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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
Engineering Design and Technology
Education in the 21st Century
J Ritter
University of London
Abstract
This paper discuses how Innovation Education (IE) has developed in the Icelandic school system; its
character, pedagogy, ideology, ethical dimensions, and practical applications. In addition it provides an
account of Iceland’s cooperation with other European countries in Innovation Education, through the
Minerva project, named InnoEd. The paper puts forward IE as a potential tool for use in the Design and
Technology education cross curriculum.
Keywords
Innovation Education, Design and Technology, Information and computer technology, InnoEd, National
Curriculum, Virtual learning environment, Creativity, practical use of knowledge, Internet, inventions,
design.
Introduction
The authors a describe model for Innovation Education, developed in Icelandic schools. The pedagogy,
ideology, ethical dimensions and practical applications are discussed. Iceland’s cooperation with other
European countries around Innovation Education, through the recently completed, InnoEd project is
presented. The paper includes considerations on whether the teaching methods used in IE could be relevant
to D&T curricula in other countries.
What is Innovation Education (IE)?
The Innovation Education (IE) model arose from Design and Craft in Iceland. It is based on a creative
emphasis (Gunnarsdottir 2001, 33); conceptual work in the broadest sense. This involves a search for
solutions to needs and problems in our environment. It can also be used to enhance or redesign current
products or solutions. IE is driven by an innovation process rather than subject content and as such is
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
cross-curricula. Students capitalize on their knowledge from all sources (Aðalnámskrá grunnskóla, 1999,
31). In addition innovation exercises can provide a context for researching further understanding.
The primary aims are:
1. To stimulate and develop the creative abilities of the students
2. To teach certain processes; from identifying a context, developing students’ own concepts and
realization with appropriate models
3. To teach students to use their creative ability in daily life
4. To encourage and develop the student’s initiative and strengthen their self image
5. To make students aware of the ethical values of “objects” while teaching them ways to improve
their environment (Thorsteinsson 1998, 143).
The IE process should not be seen as a rigid model. It is presented as a basis for
discussion. Each innovation context is different and the process adopted by any
individual is unique; one approach is not necessarily better than another.
In relation to Design and Technology in a UK context IE focuses on the ‘front-end’,
i.e. the identification of needs/problems, initial concept generation and the
development of basic solutions using simple models. It does not involve more
developed construction using materials, tools and equipment. In Iceland such work
continues in Design and Craft. IE is normally taught by class teachers in normal
classrooms. There may be close liaison with Design and Craft.
1. Finding needs
Students explore their environment beyond the school environment and identify needs or problems to
work with. Students use a notebook to write down these needs/problems. They are encouraged to speak to
people, read newspapers, watch the tv, look inside the school, go to shops or use the internet in search of
needs/problems. In most case students will actually bring initial concepts back in their note books. This
provides the opportunity for staff to discuss ways to fully explore the need/problem rather than developing
concepts without that understanding.
Finding the needs
Brainstorming
Chosing solution
Sketching & drawing
Creative relevant skills
Sketching - drawing
Presentating
Making descriptions
Making models
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
2. Brainstorming
The teacher pools the needs identified on the blackboard and students brainstorm possible solutions
together. In this way cooperative brainstorming techniques are used to expand understanding (Buzan
1985).
3. Finding the initial concept
The student chooses the concept he/she wants to work with on the basis of discussion with the teacher
4. Sketching, modelling and developing the technical solution
Sketching, modelling and discussion are good ways to understand and develop the concept towards a
solution. These involve self communication and advice from the teacher.
5. Making model / prototype
In IE the final ‘prototype’ will normally be made using materials and equipment found in a normal
classroom and not be as fully developed as in UK D&T. Models are made simply and quickly to give an
idea about the solution and sometimes a fully functional prototype can be made.
6. Making posters
In IE students are required to make a poster of their work both for display and as a basis for a presentation.
Making a poster is a good way to pull an individual’s learning together. Usually the poster includes
illustrations, drawings and some 3D drawings. These demonstrate how the solution works, who is going to
use it and where, how and where it will be used, and the materials it could be made of.
7. Presentation
Developing a presentation is a good way of deepening the student’s understanding of their concept and its
relationship with the environment and the original need/problem identified. This process also develops
communication skills. Discussion around the presentation offers valuable feedback to students.
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
Pedagogy in Innovation Education
The Innovation Process is a simple way to teach students creative skills. The flowcart (above) shows the
fundamental steps in the innovation process. It is founded on long experience through cooperation between
students and teachers in Iceland, UK, Norway and Finland. The empasis is on ‘ideation’ (Shah, Smith and
Vargas-Hernandez 2003), finding a solution to a problem or need discovered in one’s environment and
bringing it to a realisation in the form of a model (Gunnarsdottir, R. 2001). IE is process based in as much
as it aims to employ and integrate knowledge gained across the curriculum and life experience.
In innovative work the individual and his/her idea are in union as the student is working with something in
his/her environment discovered as a need by them-self. This personal identification is an important
motivational factor. The development of a model strengthens the student’s intuition and promotes a deeper
understanding of the inner reality of the prototype and its possibilities. This means that the individual
grows through innovative work and gains a new image of his or her world. In seeking to understand,
communicate and solve problems students improve their own practice (Murphy, P. Lunn, S. , Davidson, M.
2002). Eisner (1996, 15) has said that when you have fixed the idea (concept) into the material which
meditates it, you can work on it, you can refine it, you can edit it, you can improve it and strengthen it, you
can address problems.
The author’s experience shows the role of class teachers needs to be re-defined when they are working IE
classes. In IE the teacher should not judge students’ concepts but focus on the holistic manner in which
students generate and develop ideas. The teacher introduces students to the different work methods and
takes the position that these people are equals with the teacher, with abilities to generate concepts and take
decisions; the teacher helps them find solutions to the problems and functionality of the design. In IE all
ideas and concepts generated by students should be treated as valid. They will have intrinsic value for the
individual student, and it does not matter that a concept does not succeed at first. A concept holds its value
and merely awaits appropriate development before it becomes a reality. The teacher does everything to
motivate and keep alive the creative wisdom of the child. Experience indicates that a non-judgemental
approach appears to promote ideation whereas focussing on the measurement of more specific knowledge
and skills can damp down ideation. It is important to look at the child and its project as a whole.
The authors propose that basic education will become the platform for emphasizing creativity and initiative
as a building block for life skills in the future. Students must get opportunities to work with their interest,
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
be allowed to make mistakes, learn from them and estimate for themselves how far they want to go in the
process.
When a class is focused on IE lessons that have creative development as the goal, students are given an
opportunity to use their talents. It is important to emphasise that the model of IE presented is used flexibly:
it is not a prescriptive method. Students should be allowed to explore different approaches. Highly
creative children often experience negative social cues in a heterogeneous classroom because of their
offbeat approach. Their unusual perspective is sometimes misunderstood or not appreciated. Most of the
time, their unique ideas have no outlet in a classroom environment geared toward acquisition of basic skills
(Dwards, Shallcross , Maloney J, 1991, 305-309).
Each IE lesson has time built in for explanation of work and peer response. Students are generous with
feedback, knowing instinctively when something is exceptional. Often the praise takes the form of curiosity
and questions. For example, teachers of many subjects often imply that the world is just “inert material”
and that ideas are “invisible”. Yet once a 10-year-old girl asked the author a question: “Teacher, What is
an Idea?” I was put on the spot by the simplicity of the question but answered spontaneously. “Everything
is an idea. I am an idea, you are an idea and everything surrounding us are ideas.” She looked at me and
said. “Teacher, are you invisible?” I said. “No, I am a visible idea, and you are too.”. Children can ask
such complex questions based on their simple observations of life (Thorsteinsson 1997, 2). From this
example one can extrapolate that through the craft process in IE the abstract idea can become concrete and
the whole world is an idea. The world of things becomes a world of ideas. Most teachers know stories
about students with creative abilities that are drawn to the subject and spend a lot of time in the classroom.
The same students often resist structure; demonstrate fluency, flexibility or original thinking and this is
probably why the Design and Technology teacher sees individual students through different lenses than
many other subject teachers (Eisner, W, E, 1996).
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
Ideology of IE
Innovation work is based on the concept that everyone is creative. Through creative abilities the student
uses his/her creative power to form the world (Thorsteinsson, G, 1998, 309). Creativity is important as it
enhances the quality of solutions to life’s problems. Creative thinking results in original solutions to
problems that continually arise (Runco, M and Albert, R, 1999, 215-216). Everyone can utilize their
creativity if they have the opportunities to develop and mature through education in a conscious and
targeted manner. The ideology behind Innovation work concerns individual’s abilities to use their creative
powers and creative intelligence to modify their environment. Innovation projects are intended to augment
those strengths or qualities in a child's makeup and thus strengthen society in the future (Thorsteinsson, G,
1998, 309).
Ethics
Ethics is the ethical judgment of an individual. The child uses ethical values when they progress beyond
rote learning. The individual begins to acquire ethics when they can conceive their own actions and defend
them. Ethical maturation is an important element of education. This element supports an individual’s
responsibility to take part in and help shape society (Thorsteinsson, G. 1996, 11). Ethics develop through a
student’s innovation work as they are working with real world problems. Students augment their ethical
maturity and ability to utilize their creative intelligence. When that occurs the student’s self image also
strengthens. This enables them to move in a positive direction, believe in their future and feel themselves
to be an integral and independent person.
One example of how work with innovation can be a foundation for ethical growth was when a 9 year old
boy came with a problem to an innovation class. Apparently his mother was always falling asleep in front
of the television set, at night, and he was concerned. The students in class came up with a variety of
solutions to this problem; matchsticks to hold open her eyelids, a pail of water that would wet her when she
fell asleep etc., etc. When the students had worked with that issue for a while they began to analyse what
lay behind the mothers sleeping problem and eventually one of them inquired whether or not tired moms
might not be allowed to just sleep?
Another example of how ethical awareness can develop: After a tragic avalanche, in Sudavík, a small
fishing village in north-west Iceland, in 1996, students came up with an incredible number of ideas for
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
avalanche protection and searching equipment. Many students made simulations of avalanches to test their
prototypes. One student came up with a novel concept that could make it possible to find victims of an
avalanche. What struck the student was the remark, on the evening news, by a survivor, that he had called
out for help but the rescuers could not hear him. The student’s concept used a simple stick which included
certain sensors. As a concept it requires considerable development, but the point is, that for that 11 year
old student the concept was new and had a true humanitarian basis.
The Innovation process or design
In Innovation Education the student’s autonomy is highly respected and he or she is motivated to
experiment in order to find solutions to real world problems. In traditional design education in Iceland and
other countries the student is usually provided with a brief by the teacher and asked to follow a sequence of
rules and activities associated with a prescriptive view of a design process when developing their work.
With IE the teacher is more a facilitator whose role is to assist the student in the decision making process so
that the chosen solutions to such real world problems are brought to fruition by the student. The role of
knowledge is also different because in design education the student depends primarily on the application of
prior knowledge toward designing. However, in Innovation Education, the student seeks solutions to real
world problems and then seeks knowledge that would apply to the chosen solutions in a practical manner.
In other words, the student brings the solution to realisation.
In IE the concept and the student are in unity due to the direct personal identification of the student. In
design education the idea or project is often introduced by a ‘brief’ which means that the teacher has
controlled the context and issue/problem. This means that there may be less personally identification by
students with the work. As Eisner points out (1996) when the idea/problem has its independent existence,
The diagram illus trates the role of the teacher and student in IE and DT
IE: Th e studen ts auth onom y is h igly resp ected D&T: Closer d egree of teching con trol
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
because it has been set by the teacher, the student will react with it in a different manner because the
solution exists in a physical form. For example, in design education students may be asked to design a
holder for a hot paper cup from a vending machine: it is a ‘real’ issue, but was given to the students rather
than them deriving it from personal exploration. ‘Ownership’ and personal identification can be important
aspects of pedagogy. The innovation process usually ends where the design process often starts and such
processes can easily support each other.
The development of the basic model of IE
The Innovation Education project has developed in Icelandic elementary schools (age range 6-16) over the
past eleven years. This began with a meeting of several concerned individuals who wished to encourage
young innovators and help them to develop their ideas. A working group was established. The primary
goal was to connect the schools and the work place through Innovation. Interested companies were brought
on board and an incubation department started at the Technical College of Iceland, with the plan to bring
the ideas to market (Thorsteinsson 1998, 305).
The first step was to establish an after school community of interested students. It became apparent that the
content of these after school sessions should be integrated in the ordinary schoolwork and regular classes in
Innovation Education began. These classes were based on the premise that everyone is creative and it was
possible to develop that creativity through the ideation of students independent of specific ‘subject
knowledge’. The group decided to develop teaching methods in Innovation Education in the attempt to
maximise activity in all areas of elementary school education. The decision was also made to set up an
Innovation Competition to motivate schools towards Innovation Education.
The groups’ first effort was the establishment of a course for the pupils at Folda School in Reykjavik. This
course was supported by the Youth and Sport Council of Reykjavik. In response to this initiative, several
schools outside of the capital region received assistance in establishing innovation courses in their schools.
The Young Inventors Competition became an annual event in 1991. An experimental project
called The “Little Inventors School” was originally constructed as a vehicle for developing
subject materials for Innovation Education in the elementary schools. This course was a one-week
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
summer school for students age 10 -15. It was there that teaching methods were further
developed with an aim towards using them the next two winters under the direction of the author
(Thorsteinsson 1994). The result of this was many years of curriculum development supported
by several developmental funds for compulsory schools administered by the Ministry of
Education, Science and Culture, the Reykjavik Local Educational Authority and the Teachers
Association. Initial teaching of the course materials began at the Folda School in Reykjavik,
Iceland in 1994.
Built on the experiences from the Little Inventor School, Thorsteinsson wrote the course materials in
Innovation Education under the name ‘Innovation and Science’ for the elementary schools curriculum,
along with Rosa Gunnarsdottir a fellow teacher. ‘Innovation and Science’ has primarily been taught to
students between the ages of 9 to 12 years of age and later also for students up to 20 years. The last few
years have seen roughly 30 to 40 schools around Iceland include Innovation Education in their curriculum.
The main component of the subject materials is the student’s own idea work. This is based on their needs
assessment of the environment and requires of them a basic knowledge of work processes to enable them to
produce their finished concepts. The course material is process driven not content driven and follows the
ideology behind Innovation Education. The material is a clear resource for the teaching methods and
therein is discussed the pedagogy of the teacher in creative work with children (Thorsteinsson, G. 1996).
The content is:
1. Initiative-creativity, students explore and solve the needs seen in their environment.
2. Creativity-technology, how to use technical solutions to solve the needs found.
3. Ideas-Ingenuity, about production, marketing and selling the products.
4. Environment-Design, about solving the environmental problems
The Ministry of Education has established Innovation Education as a new subject in the Icelandic National
Curriculum, 1999 called ‘Innovation and practical use of knowledge’. The National Curriculum Guidelines
have come into full effect the school year 2002-2003 but will not be obligatory in the beginning. Its value
are two fold. It has an inherent value by and of itself and it also has a value that can be harnessed by the
world of work. In this age of the information superhighway the practical use of knowledge is thus
important as a type of pre-production. In this respect all knowledge is equally important. The natural
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
sciences, social sciences, economics, linguistics, philosophy, art and mathematics are, each in their own
way, the basis for the most important employment of our modern times.
The following is a quotation from the draft of the new Icelandic National Curriculum.
“Innovation and practical use of knowledge is thus a new subject. The main emphasis is to train students to
produce valuable and practical results of their knowledge through creative work. We are not proposing that
this course be required, but would be the choice of the schools instead. The goal will be, that over time the
course becomes a part of the regular school curriculum and timetable. Ideally, this course develops in co-
operation with the schools and partners in the labour market. These partners form a nucleus that will
automatically add to the wealth of knowledge and experience of the course, which will be available on the
WWW” (Aðalnámskrá grunnskóla 1999, 31).
The Innovation Education basic model developed further (InnoEd)
The Iceland University of Education is currently directing the three-year European Union project InnoEd,
which is sponsored by the Minerva Project. InnoEd is a cooperative venture of four countries in the area
of Innovation Education: Iceland, Finland, England and Norway. In this project, the course in Innovation
Education is set up on the Internet (www.innoed.is) and the students work online with their ideas in real
time instead of the earlier classroom based model. In addition the participants will develop a specialized
data driven website used for communication and teaching as well as storage and research for all
participants. Here the envelope of Information Technology will be pushed to new extremes in the area of
Innovation Education. Smartvr.com and Skyrr.is (Icelandic software and multimedia companies) will
continue to develop and oversee the Internet software and data storage for the InnoEd project. The project
is set up in three stages
1. First stage is the culture specific dimension and preparatory stage. Here the work will be aimed at
finding suitable solutions to fit the existing educational surroundings in each country
participating. It will build on the existing experience and expertises in each country, sharing
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
those experiences and structuring a flexible open distance-learning environment for teachers and
students and teacher training in the field of Innovation Education.
2. The second stage is the dissemination of Innovation Education within each country, training
teachers and setting up learning environments based on the previous stage.
3. The Third stage is a European dissemination of Innovation Education based on the experience of
the first two stages. The project is targeted towards the European educational system, teacher
trainers, teachers and students. The main outputs of the project will be learning and teaching
environment linked to a database, equipped with relevant tools for ideation and Innovation
Education. The InnoEd Project has set up a website at http://www .innoed.is where interested
parties can find more information.
Research on the new IE model
The InnoEd software was both designed for research purposes as well practical use. The author is now
preparing an action research in his PhD studies in Loughborough University. The model will be tested in
Icelandic and English secondary schools in 2003/4 mainly as an after school activity. These experiments
will be set up as case studies to develop the model further. The research aim is to see if ideation can be
improved in a Virtual Learning Environment. The InnoEd sql2000 data base software gives possibilities to
see individual student’s progress in the IE process. Students will be working in virtual workshops, using
the Internet and communicate in a Virtual reality environment that has specially been set up for the InnoEd
project.
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
The Young Inventors Competition in England
The Iceland University of Education has overseen the Icelandic Young Inventors Competition. This
competition serves as a motivator for students to be creative and inventive as well as an incentive for
teachers to increasingly direct their school activities in creative ways. Last year, 64 schools in Iceland
took part in the competition and a total of 3000 ideas were submitted for judging. The competition was
also held on the Internet for the first time last year (www.inet.is/competition), supported by SmartVR and
Skyrr. This website stores the participant’s ideas as well as providing a communication link between
students and specialists in the work force. This database will continue to grow and, besides being a
repository, will serve as a market for ideas that businesses can access in cooperation with the inventors.
The database will also serve the academic community as a repository where research can be done into
children’s imagination. The Iceland University of Education will oversee the storage and use of the
database.
Through the InnoEd project The University of Leeds has established a Young Inventors Competition in
England open to all students from 6 to 16 years old. The National Young Inventors Competitions are now
being held for the first time in conjuction with the InnoEd project.
The major aims of the competition are,
to encourage students creativity
to help student to develop their ideas
to reinforce students’ identity as inventors by making the ideas public.
Students can send their entries directly via their workshops on the InnoEd web. Further information can be found on
http://www.innoed.is
Few examples of ideas from former competitions
Organ/Piano Bench
The Organ/Piano Bench enables the musician to shift his or her body
while playing.
Designer: Birkir Örvarsson, Öldutúnsskóla.
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
Spoon Catcher
The Spoon Catcher is a small componentthat can be attached to a
spoon (or scoop), to prevent them from falling into the bowl or pot.
Designer: Thelma Rún Sigfúsdóttir, Öldutúnsskóla.
Left Hand Helper
The Left Hand Helper idea is about a protector for left handed
people that can hold the hand up from the paper. Thus it does
not drag across the freshly written words, smudge them or dirty
the hand either. The protector is a sort of armband that contains
bearings that roll across the paper surface. The market could be
the approximately ten percent of mankind that are left handed.
Designer: Elísabet Ögn Jóhannsdóttir and Berglind Sunna Stefánsdóttir, Lækjarskóla.
(Figure six should be here/fig6)
Is the Innovation Process relevant to the UK curriculum?
Modern society and its economic life are more and more built on knowledge and working with ideas. The
modern environment is rapidly changing because of new technologies and knowledge. To deal with that
modern environment the individual must be able to adapt and to see possibilities in using new knowledge to
produce new products. As design and manufacturing technologies advance it could be claimed that
traditional workshop skills are less relevant. If accepted as a premise, this implies that the approaches used
by IE are increasingly relevant in that they focus on initial ideation rather than prototyping (typically UK
GCSE syllabi allocate 60% of marks to the constructional phases of work rather than initial ideation). It
would follow, therefore, that in the future the UK, should be increasingly focussing on IE-type ideation
rather than craft based construction.
IE principles certainly fit within the National Curricula of the UK in that these encourage schools towards
creative activity. The National Curriculum for England implies that students should “learn to think
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
creatively to improve the quality of life...become autonomous and creative problem –solvers ... look for
wants, needs and opportunities and respond to them ... with an understanding of ... social and
environmental issues, function and industrial practices” (DfEE 1999). Of course IE approaches do not
cover the whole of D&T NC requirements but they could be used at appropriate points effectively.
The innovation process or methodology is simple, but a powerful tool to teach important creative skills.
After students have learned the process they can work increasingly independently and start to use
innovation methodology as a tool to solve general problems that occour in life. The IE model has not been
aimed at specific age. It has beenused in the age range of 9-16 years, but the methodology can be used in
all levels. Within the UK is could be used in primary school (see D&T 1999 p16 for Developing, planning
and communicating ideas).
Conclusion
The aim of the paper was to describe Innovation Education as it has developed in Iceland and to look at any
potential for cross-fertilisation with Design and Technology work in the UK. There are many elements of
commonality between IE and D&T, however the main differences appear to be that IE focuses on the
‘front-end’ elements of design; the student identifying problems and opportunities within their own broader
environment and then developing ideas and concepts in response. This correlates with D&T NC
‘Developing, planning and communicating ideas’ (D&T NC p 23). However IE does not ‘map-onto’ the
other 4 sub-sets of D&T.
Of particular interest are the emphases within IE on: ethical issues, the motivational potential of close
relationships with the students’ home environment, ideation, use of ICT to support and develop ideation,
communication through use of posters, presentations and internet presentations. Design and Technology
teachers across Europe could use IE principles and methods to quickly exercise students in the development
and communication of ideas, without, necessarily, going further into working with resistant materials. This
would enable more iteration of the initial phases of design. Next year the project moves forward with an
action research section in Icelandic and some UK schools using the principles of IE in the virtual learning
environment developed as a part of the InnoEd project.
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
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1477-8386.
Thorsteinsson, G., and Page, T., “Reflecting from the Literature on Constructivist
Learning in Virtual Reality in Relation to the FISTE Comenius 2.1 Project”. Educatia 21,
Colectia Stiintele Educatiei, University of Babes-Bolyia, Cluj-Napoca, Romania, Special
issue on ICT in Education: Reflections and Perspectives, June 2007, pp.95-104, ISBN:
1841-0456.
Thorsteinsson, G., and Page, T., “Computer Mediated Communication as a Collaborative
Learning Environment for In-Service Teachers’ Education”. Educatia 21, Colectia
Stiintele Educatiei, University of Babes-Bolyia, Cluj-Napoca, Romania, Special issue on
ICT in Education: Reflections and Perspectives, June 2007, pp.129-135, ISBN: 1841-
0456.
Thorsteinsson, G., and Page, T., “Computer Supportive Communication Learning
Approach to Improve In-Service Teachers’ Education in Europe”. Educatia 21, Colectia
Stiintele Educatiei, University of Babes-Bolyia, Cluj-Napoca, Romania, Special issue on
ICT in Education: Reflections and Perspectives, June 2007, pp.136-142, ISBN: 1841-
0456.
Thorsteinsson, G., and Page, T., “Implementing the FISTE Educational Technology for
Electronic Design and Technology Education Using BSCW at Loughborough
University”. Educatia 21, Colectia Stiintele Educatiei, University of Babes-Bolyia, Cluj-
Napoca, Romania, Special issue on ICT in Education: Reflections and Perspectives, June
2007, pp.158-165, ISBN: 1841-0456.
Thorsteinsson, G., and Page, T., “Piloting New Ways of Collecting Empirical Data
During the FISTE Project”. Educatia 21, Colectia Stiintele Educatiei, University of
Babes-Bolyia, Cluj-Napoca, Romania, Special issue on ICT in Education: Reflections
and Perspectives, June 2007, pp.215-226, ISBN: 1841-0456.
Thorsteinsson, G., and Page, T., “Using the BSCW to Run an On-line In-Service Teacher
Course in Europe”. Educatia 21, Colectia Stiintele Educatiei, University of Babes-
Bolyia, Cluj-Napoca, Romania, Special issue on ICT in Education: Reflections and
Perspectives, June 2007, pp.261-268, ISBN: 1841-0456.
Thorsteinsson, G., and Page, T., “Blended Learning Approach to Improve In-Service
Teacher Education in Europe through the FISTE Comenius 2.1 Project”. Educatia 21,
Colectia Stiintele Educatiei, University of Babes-Bolyia, Cluj-Napoca, Romania, Special
issue on ICT in Education: Reflections and Perspectives, June 2007, pp.291-297, ISBN:
1841-0456.
Thorsteinsson, G., Page, T., Lehtonen, M. and Niculescu A., ''Innovative Technology
Education in a Virtual reality Learning Environment: Some Findings'', Journal of Studies
in Informatics and Control, 16(3), September 2007, pp 297-306, ISBN 1220-1766.
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
Thorsteinsson, G. and Page, T., ''Computer Supported Collaborative Learning in
Technology Education Through Virtual Reality Learning Environments'', Bulletin of the
Institute of Vocational and Technical Education, Graduate School of Education and
Human Development, Nagoya University, Japan, (4), September 2007, pp 6-19, ISBN
1348-4893.
Page, T. and Thorsteinsson, G. “Technology Enhanced Learning in Design and
Technology Education. Journal of Education Technology”. Special Issue on The world
of technology where education meets boundless heights. 4(2). September 2007. pp. 23-
35. ISSN: 0973-0559.
Lehtonen, M., Thorsteinsson, G. and Page, T. “Observing Emotional Experiences in
Online Education”. Journal on Educational Psychology: Special Issue on ‘Attempt to
Explore the Mental Mechanism of Teaching and Learning’. 1(2). October 2007. pp. 28-
42, ISSN: 0973-8827.
Thorsteinsson, G. and Page, T. “BSCW as a Managed Learning Environment for
International In-Service teacher Education”, I-manager’s journal on school educational
technology. 3(2). November 2007. pp.43-48, ISSN:0973-2217.
Thorsteinsson, G., Page, T. and Lehtonen, M. “Using Virtual Reality Learning
Environment Technology for Enhanced Learning in Europe”. Educatia 21, Colectia
Stiintele Educatiei, University of Babes-Bolyia, Cluj-Napoca, Romania, 4(1), November
2007, pp.116-132, ISBN: 1841-0456.
Thorsteinsson, G., Page, T. and Lehtonen, M. “Pedagogic Development of Computer
Applications and Learning Tools in Design and Technology education”. Educatia 21,
Colectia Stiintele Educatiei, University of Babes-Bolyia, Cluj-Napoca, Romania, 4(1),
November 2007, pp.97-115, ISBN: 1841-0456.
Thorsteinsson, G., Lehtonen, M and Page, T. The Pedagogical Guiding Agent (PGA) for
Guiding Learning Through Simulation of Electronic Technology in Design and
Technology Education”. Pedagogy and Teacher’s Education, Scientific Papers,
University of Latvia, 715(1), December 2007, pp.145-157, ISBN: 1407-2157.
Page, T. and Thorsteinsson, G. “Implementing the FISTE Educational Technology for
Electronic Design and Technology Using BSCW at Loughborough University. Journal of
Education Technology”. 4(3). December 2007. pp.39-45. ISSN: 0973-0559.
Thorsteinsson, G., Page, T. and Lehtonen, M. Pedagogical Dimensions of Technology
Education. Magyar Pedagógia. Journal of the Educational Committee of the Hungarian
Academy of Sciences. 107(2), (2007), pp.95-109.
Page, T., Thorsteinsson, G., Lehtonen, M. and Niculescu A., ''A Pedagogical
Consideration of Technology Enhanced Laboratory Work in Technology Education'',
Journal of Studies in Informatics and Control, 17(1), March 2008, pp 85-94, ISBN 1220-
1766.
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
Page, T., Thorsteinsson, G., Uden, L. and Lehtonen, M. “A Methodology for the
Evaluation of Online Learning Resources”. i-manager’s journal on educational
technology”. 4(4). March 2008. pp.16-27. ISSN: 0973-0559.
Page, T. and Arunachalam, S. “Circuit Design Techniques for Electromagnetic
Compliance”, i-manager’s journal on electrical engineering, March 2008, 1(3), pp.1-6,
ISSN: 0973-8835.
Page, T., Thorsteinsson, G., Lee, J. and Ha, J. G. ''Usability Concerns in the Design of
Consumer Electronic Products'', The Journal of Digital Design. Korea Digital Design
Society, 8(2), April 2008, pp 497-515, ISSN: 1598-2319.
Ichimura, M., Arunachalam, S. and Page, T. “An Emerging Training Model for
Successful Lean Manufacturing –An Empirical Study”, I-manager’s journal on
management (Special Issue on Finance): Part 2, May 2008, 2(4), pp.29-39, ISSN: 0973-
5054.
Johnsdottir, S., Thorsteinsson, G. and Page, T. “The Ideology of Innovation Education
and its Emergence as a New Subject in Compulsory Schools”, i-manager’s journal on
school educational technology. 3(4). May 2008. pp. 66-75, ISSN: 0973-2217.
Thorsteinsson, G. and Page, T. ''Curriculum Development to Improve Creativity in
Education'', Journal of Education. Pedagogical Society of Serbia, JE Year LVII No.2,
June 2008, pp 121-135, ISSN: 0547-3330.
Uden, L and Page, T. “Development of Learning Resources to Promote Knowledge
Sharing in Problem Based Learning”. I-manager’s journal on educational technology”.
5(1). June 2008. pp.15-22. ISSN: 0973-0559.
Page, T. “Ensuring Software Quality in Engineering Environments”, I-manager’s journal
on software Engineering, June 2008, 2(4), pp.1-5, ISSN: 0973-5151.
Page, T. “The Modeling of Analogue Systems Through an Object-Oriented Design
Method”, I-manager’s journal on electrical engineering, June 2008, 1(4), pp.1-8, ISSN:
0973-8835.
Lehtonen, M., Page, T., Miloseva, L. and Thorsteinsson, G. “Development of Social
Mediation and Emotional Regulation in Virtual Learning Environment Research”.
Journal on Educational Psychology. 2(1). July 2008. pp.44-57, ISSN: 0973-8827.
Jayaram, K., Sankaranarayanasamy, J. K., Arunachalam, S and Page, T. “A Neural
Network Approach To Tolerance Synthesis and Cost Optimisation in Assembly”, I-
manager’s journal on future Engineering and Technology, July 2008, 3(4), pp.62-69,
ISSN: 0973-2632.
Page, T. and Thorsteinsson, G., “Approaches to the Application of the Unified Modelling
Language in Manufacturing Automation”, I-manager’s journal on software Engineering,
Special Issue on Networking/ Wireless Networks and Emerging Technologies,
September 2008, 3(1), pp. 1-5, ISSN: 0973-5151.
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
Page, T. and Thorsteinsson, G. “A Blended Learning Route to Improving Innovation
Education in Europe”, I-manager’s journal on school educational technology. 4(1).
August 2008. pp.18-23, ISSN:0973-2217.
Page, T. and Thorsteinsson, G. “Testing of Analogue Design Rules using a Digital
Interface”, I-manager’s journal on electrical engineering, September 2008, 2(1), pp.1-5,
ISSN: 0973-8835.
Thorsteinsson, G. and Page, T.”Innovative Technology Education using a Virtual Reality
Learning Environment”. Pedagogika, Mokslo Darbai, Vilniaus Pedagoginis
Universitetas, 90(1), August 2008, pp.26-35, ISSN: 1392-0340.
Page, T., Thorsteinsson, G. and Niculescu A., ''A Blended Learning Approach to
Enhancing Innovation'', Journal of Studies in Informatics and Control, 17(3), September
2008, pp 297-304, ISBN 1220-1766.
Asokan, P., Jerald, J., Arunachalam, S. and Page, T., ''Application of Adaptive Genetic
Algorithm and Particle Swarm Optimisation in Scheduling of Jobs and AS/RS in FMS'',
International Journal of Manufacturing Research, 3(4), 2008, pp 393-405, ISSN 1750-
0591.
Page, T. and Thorsteinsson, G. “Approaches to the Application of the Unified Modeling
Language in Manufacturing Automation”, I-manager’s journal on software Engineering,
Sept 2008, 3(1), pp.1-5, ISSN: 0973-5151.
Dhanalakshmi, V., Arunachalam, S., Sankaranarayanaswamy, K., and Page, T. ''A fuzzy
Analysis Approach to Part Family Formation in Cellular Manufacturing Systems”,
Journal of Studies in Informatics and Control, 17(4), December 2008, pp 433-440, ISBN
1220-1766.
Thorsteinsson, G. and Page, T. ”A Virtual Reality learning Environment to Improve
Ideation: An Icelandic research Project”. Pedagogika, Mokslo Darbai, Vilniaus
Pedagoginis Universitetas, 91(1), December 2008, pp.42-52, ISSN: 1392-0340.
Cucchiella, F., Gastaldi, M., Arunachalam, S. and Page, T., “Translating the Supply
Chain Uncertainty into a Firm New Value”, International Journal of Agile Systems and
Management, 3(3/4), 2008, pp 192-215, ISSN 1741-9182.
Thorsteinsson, G. and Page, T. “Camtasia as a Design Research Tool for the
Development of In-Service Teacher Education in Europe”. Menas Dizainas Meninis
Ugdymas Ieskojimai ir Aradimai. Vol. 208. 2008. pp. 89-98. University of Kaunus,
Lithuania. ISBN 978-9955-27-128-4.
Page, T., Thorsteinsson, G. and Vismantiene, R. “Adoption of Sustainable Design in the
Industrial Design Curriculum at Loughborough University”. Dizainas, Kuryba Ir
Naujosios Technologijos, November 2008. pp. 60-62. University of Vilnius, Lithuania.
ISBN 978-9955-888-14-7.
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
Thorsteinsson, G., Page, T., and Vismantiene, R. “The Application of TRIZ in Product
Design” Dizainas, Kuryba Ir Naujosios Technologijos, November 2008. pp. 71-74.
University of Vilnius, Lithuania. ISBN 978-9955-888-14-7.
Page, T., Thorsteinsson, G. and Ha, J. G. “A Feasibility Study into the Application of
CAD/CAM in a Traditional Industry Sector”. Design Knowledge, Journal of the Korean
Design Knowledge Forum. December 2008. Vol. 8. pp. 131-140. ISSN 2005-0623.
Johnsdottir, S., Page, T., Thorsteinsson, G and Niculescu, “A. An Investigation into the
Development of Innovation Education as a New Subject in Secondary School
Education”. Cognition Brain Behavior: An Interdisciplinary Journal. (Special Issue:
Mixed Methods Research). December 2008 Vol. XII, No. 4, pp. 453-468, ISSN: 1224-
8398.
Lehtonen, M., Miloseva, L., Page, T. and Thorsteinsson, G. “Towards a Psychology of
Media Education”. I-manager’s journal on educational psychology. Oct 2008. Vol. 2,
No. 2, pp. 1-8, ISSN: 0973-8827.
Budan, D. A., Vijarangan, S., Arunachalam, S. and Page, T. “An Analysis of Machining
Forces on Graphite/Epoxy, Glass/Epoxy and Kevlar/Epoxy Composites Using a Neural
Network Approach”. I-manager’s journal on future Engineering and Technology. Oct
2008. Vol. 4, No. 1, pp. 28-35, ISSN: 0973-2632.
Page, T. and Thorsteinsson, G. “Some Quality Considerations in the Design and
Implementation of Learning Objects”, I-manager’s journal on school educational
technology. 4(2). November 2008. pp. 7-13, ISSN:0973-2217.
Page, T. “Soft Systems Modelling of the New Product Development Process – A Case
Study”, I-manager’s journal on management, Nov 2008, 3(2), pp.34-38, ISSN: 0973-
5054.
Rajesh Kannan, A., Pandey, K. S., Shanmugam, S., Narayanasamy, R., Arunachalam, S.
and Page T. “Deformation Behaviour of F-0.8%C-I.O-0.8%Cu Sintered P/M Steel
During Powder Preform Forging” International Journal for Manufacturing Science and
Technology, 10(1), December 2008, pp.61-70, ISBN 1524-1548.
Murugan, M., Ghudharan, P. K., Arunachalam, S. and Page T. “Effect Of Pulsed GTA
Welding Process Parameters On Delta Ferrite Content Of Alsi 3041 Stainless Steel
Welds” International Journal for Manufacturing Science and Technology, 10(1),
December 2008, pp.71-90, ISBN 1524-1548.
Page, T. And Thorsteinsson, G.”A Methodology for the Design of Learning
Environments”. The Turkish Online I-manager’s journal on educational technology
(TOJET). (January 2009), Vol. 8, Issue 1, pp. 5-14, ISSN: 1303-6521.
Iskanius, P., Helaakoski, H. S. and Page, T., “A Collaborative Working Tool for
Information Systems Integration and Continuous improvement”, International Journal of
Business and Systems Research, 3(2), 2009, pp 202-215, ISSN 1751-200X.
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
Page, T. and Thorsteinsson, G. “Brand Power Through Effective Design”, I-manager’s
journal on management, Aug 2009, 4(1), pp.11-25, ISSN: 0973-5054.
Page, T. “A Technical Forecast for Growth in Solid-State Commercial Lighting Using
LED Devices”, I-manager’s journal on electrical engineering, September 2009, 2(4),
pp.49-64, ISSN: 0973-8835.
Page, T., Thorsteinsson, G. and Niculescu, A., ''Management of Knowledge in a Problem
Based Learning Environment'', Journal of Studies in Informatics and Control, 18(3),
September 2009, pp 225-262, ISBN 1220-1766.
Ramesh, R., Jerald, J., Page, T. and Arunachalam, S., ''Concurrent Tolerance Allocation
using an Artificial Neural Network and continuous Ant Colony Optimisation'',
International Journal of Design Engineering, 2(1), September 2009, pp. 1-25, ISBN
1751-5874.
Budan, D. A., Vijarangan, S., Arunachalam, S. and Page T. “Effect of Fibre Position and
Proportion on the machinability of GFRP composites – An FEA & Merchant’s Model”,
I-manager’s journal on future Engineering and Technology. Oct 2009. Vol. 5, No. 1, pp.
33-43, ISSN: 0973-2632.
Krishnamurthy, L, Sridhara, B. K., Abdul Budan, D., Arunachalam, S. and Page T. “A
Series of Tool-Life Studies on Aluminium Matrix Hybrid Composites”, I-manager’s
journal on future Engineering and Technology. Oct 2009. Vol. 5, No. 1, pp. 26-32, ISSN:
0973-2632.
Thorsteinsson, G., Page, T. and Olafson, B., “Moving from Craft to Technology
Education in Icelandic Schools”, Journal of Studies in Informatics and Control, 18(4),
December 2009, pp. 369-378, ISBN 1220-1766.
Budan, D. A., Vijarangan, S., Arunachalam, S. and Page, T. “An Analysis of Machining
Forces on Graphite/Epoxy, Glass/Epoxy & Kevlar/Epoxy Composites Using a Neural
Network Approach”, Journal of Modern Manufacturing Technology, 1(2), December
2009, pp. 129-140, ISBN 0794-8415.
Krishnamurthy, L., Sridhara. B. K., Abdul Budan, D., Page, T. and Arunachalam, S.
“Tool Wear Studies on Aluminium Matrix Hybrid Composites”, International Journal for
Manufacturing Science and Technology, 11(1), December 2009, pp.5-10, ISBN 1524-
1548.
Palanicharny, R., Nagaraj, P., Page, T. and Arunachalam, S. “Effect of Fin Geometry on
Heat Transfer Performance in Aluminium Circular Tube with Internal Fin and Engine
Oil Used as Coolant”, International Journal for Manufacturing Science and Technology,
11(1), December 2009, pp.11-14, ISBN 1524-1548.
Page, T., (2009) ''Feature Creep and Usability in Consumer Electronic Product Design'',
International Journal of Product Development, 9(4), pp 406-428, ISBN 1477-9056.
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
Rajkumar, M, Asokan, P., Page, T. and Arunachalam, S. “A GRASP Algorithm for the
Integration of Process Planning and Scheduling in a Flexible Job-Shop”, International
Journal of Manufacturing Research, 5(2), January 2010, pp.230-251, ISBN 1750-0591.
Page, T. “A Qualitative Performance Measurement Approach to New Product
Development”, I-manager’s journal on management, Nov 2009, 4(2), pp.63-67, ISSN:
0973-5054.
Saxena, A., Ganesh, K. and Page, T. “Partially Centralised Decisions and Information
Synchronisation in Supply Chain”, International Journal of Enterprise Network
Management, 3(3), December 2009, pp.246-267, ISBN 1748-1252.
Page, T. “The Role of Web-Based Simulations in Technology Education”, I-manager’s
journal on educational technology, Dec 2009, 6(3), pp. 20-27, ISSN: 0973-0559.
Thorsteinsson, G., Page, T. and Niculescu, A., “Using Virtual Reality for Developing
Design Communication”, Journal of Studies in Informatics and Control, 19(1), March
2010, pp. 93-106, ISBN 1220-1766.
Thorsteinsson, G. and Page, T., ''Empirical Data Collection and Analysis Using Camtasia
and Transana'', I-managers I-manager’s journal on educational technology, 6(2),
September 2009, pp. 41-49, ISBN 0973-2217.
Miloseva, L., Page, T., Lehtonen, M., Marelja, J. and Thorsteinsson, G., “Adolescents’
Computer Mediated Learning and Influences on Personal Relationships”. I-manager’s
journal on educational psychology, 3(3), January 2010, pp. 35-43, ISBN 0973-8827.
Rajkumar, M., Asokan, P., Anilkumar, N. and Page, T. (2010) “A GRASP algorithm for
flexible job-shop scheduling problem with limited resource constraints”, International
Journal of Production Research, 49(8), pp. 2409 First published on: 06 May 2010 (iFirst)
DOI: 10.1080/00207541003709544.
Rajesh Kannan, A., Pandey, K. S., Shanmugam, S., Narayanasamy, R., Arunachalam, S.
and Page, T. “Deformation Behaviour of Fe-0.8%, C-1.0%, Si-0.8% Cu Sintered P/M
Steel During Powder Preform Coating”, I-manager’s journal on future Engineering and
Technology, April 2010, 5(3), pp.55-62, ISSN: 0973-2632.
Page, T. and Thorsteinsson, G. “Predictive Analysis in VLSI Design”, I-manager’s
journal on software Engineering, June 2010, 4(4), pp.33-39, ISSN: 0973-5151.
Thorsteinsson, G., Page, T. and Niculescu, A., “Adoption of ICT in Supporting Ideation
Skills in Conventional Classroom Settings”, Journal of Studies in Informatics and
Control, 19(3), September 2010, pp. 309-318, ISBN 1220-1766.
Page, T., Thorsteinsson, G. and Ha, J. G. (2010) “Natural Sections in Product Design”.
International Journal of Contents. 6(3), October 2010, pp. 71-82, ISSN 1738-6764.
Iskanius, P., Page, T. and Anbuudayasankar, S. P. (2010) “The Traditional Industry
Sector in the Changing Business Environment – A Case Study of the Finnish Steel
Product Industry” International Journal of Electronic Customer Relationship
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
Management. 4(4) October 2010, pp. 395 – 414, ISSN: 1750-0664. (DOI:
10.1504/IJECRM.2010.036186)
Barua, M. K., Rao, J. S., Anbuudayasankar, S. P. and Page, T. (2010) “Measurement of
Surface Roughness Through RSM: Effect of Coated Carbide Tool on 6061-T4
Aluminium.” International Journal of Enterprise Network Management. 4(2) December
2010, pp. 136-153, ISSN 1748-1260. (DOI:10.1504/IJENM.2010.037931)
Page T. “Achieving Manufacturing Excellence by Applying LSSF model- A Lean Six
Sigma Framework”, I-manager’s journal on future Engineering and Technology. Oct
2010. Vol. 6, No. 1, pp. 51-64, ISSN: 0973-2632.
Sambath, S., Nagaraj, P., Selvakumar, N., Arunachalam, S. and Page, T. “Automatic
Detection of Defects in Ultrasonic Testing Using Artificial Neural Network”,
International Journal of Microstructure and Materials Properties (IJMMP) Dec 2010.
Vol. 5, No. 6, pp. 561-574, ISSN: 1741-8410. (DOI: 10.1504/IJMMP.2010.038155)
Pikka, V., Iskanius, P. and Page, T. (2011) “The Business Enabling Network – A Tool
for Regional Development”, International Journal of Innovation and Regional
Development (IJIRD), May 2011, Vol. 3, No. 3 / 4, pp. 324-344 ISSN: 1753-0660.
Paul, S.S., Maiya, A., Resmi, A. T. and Page, T. (2011) “Antecedents of Work Related
Muscoskeletal Disorders in Software Professionals”. International Journal of Enterprise
Network Management, (IJENM), August 2011, Vol. 4, No. 3, pp. 247-260, ISSN 1748-
1252.
Page, T., (2011) ''Interaction and usability considerations in the design of mobile
phones'', Journal of Design Research, 9(3), September 2011, pp.281-300, ISSN 1748-
3050.
Page, T. (2011) “Prospects for the Design of Electronic Products in Second Life”,
Journal of Studies in Informatics and Control, Vol. 20, No. 3, September 2011, pp. 293-
303, ISSN 1220-1766.
Sezhiyan, D. M., Page, T. and Iskanius, P. (2011) “The impact of supply effort
management, logistics capability, and supply chain management strategies on firm
performance”, International Journal of Electronic Transport, Vol. 1, No. 1, pp. 26-44,
(October 2011), ISSN 1742-6960.
Ganesh, K., Anbuudayasankar. S. P., Barua, M. K., Page, T. (2011) “Empirical,
Experimental, Exploratory and Analytical Research for the Smarter Supply Chain –
Service and Manufacturing Industry, International Journal of Value Chain Management,
Vol. 5, No.3/4, pp. 171-174, (October 2011), ISSN 1741-5365.
Padmanabhan S., Srinivasa-Raman; V., Asokan, P.; Arunachalam, S and Page, T. (2011)
“Design Optimisation of Bevel Gear Pair”. International Journal of Design Engineering,
Vol. 4, No. 4, pp. 364 – 393, (December 2011), ISSN 1751-5874. DOI:
10.1504/IJDE.2011.048133.
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
Suresh, S., Chandrasekar, M., Selvakumar, P. and Page, T. (2012) “Experimental Studies
on Heat Transfer and Friction Factor Characteristics of AL203/Water Nanofluid under
Laminar Flow with Spiraled Rod Inserts”, International Journal of Nanoparticles (IJNP),
Vol. 5, No.1, pp. 37-55, (February 2012), ISSN 1753-2507.
Page, T., Thorsteinsson, G. and Ha, J. G. (2012) “Using Colours to Alter Consumer
Behaviour and Product Success”, International Journal of Contents, Vol. 8, No.1, pp. 69-
73, (March 2012), ISSN 1738-6764.
Page, T., (2013) Usability of Text Input Interfaces in Smartphones'', Journal of Design
Research, 11(1), January 2013, pp.39-56, ISSN 1748-3050.
Page, T (2013) Integrating Mobile Device Applications into Designers' Workflow,
Studies in Informatics and Control, 22(2), pp.195-204, ISSN: 1220-1766.
Page, T (2013) Use of Mobile Device Apps in Product Design, International Journal of
Green Computing, 4(1), pp.18-34, ISSN: 1948-5018. DOI: 10.4018/jgc.2013010102.
Page, T (2013) Smartphone Technology, Consumer Attachment and Mass
Customisation, International Journal of Green Computing, 4(2), pp.38-57, ISSN: 1948-
5018. DOI: 10.4018/jgc.2013070104.
Page, T (2014) Application Based Mobile Devices in Design Education, International
Journal of Mobile Learning and Organisation, 8(2), pp.96-111, DOI:
10.1504/IJMLO.2014.062347.
Page, T (2014) Skeuomorphism or Flat Design: Future Directions in Mobile Device User
Interface (UI) Design Education, International Journal of Mobile Learning and
Organisation, 8(2), pp.130-142, DOI: 10.1504/IJMLO.2014.062350.
Page, T (2014) Touchscreen Mobile Devices and Older Adults: A Usability Study,
International Journal of Human Factors and Ergonomics, 3(1), pp.65-85, DOI:
10.1504/IJHFE.2014.062550.
Karthikeyan, S, Asokan, P, Nickolas, S, Page, T (2014) A hybrid discrete firefly
algorithm for solving multi-objective flexible job shop scheduling problems,
International Journal of Bio-Inspired Computation, 6(4), pp.1-18.lboro tom page
Page, T (2014) Notions of Innovation in Healthcare Services and Products, International
Journal of Innovation and Sustainable Development, 8(3), pp.217-231, ISSN: 1740-
8822.
Page, T (2014) Product attachment and replacement: implications for sustainable design,
International Journal of Sustainable Design, 2(3), pp.256-282.
Page, T (2014) Skeuomorphism or Flat Design: Future Directions in Mobile Device User
Interface (UI) Design Education, International Journal of Mobile Learning and
Organisation, 8(2), pp.130-142, DOI: 10.1504/IJMLO.2014.062350.
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
Page, T. (2009) “Disruptive Innovation – A Strategy for New Product Development?”,
Lambert Academic Publishing, ISBN: 978-3-8383-3135-5.
Page, T. (2010) “Prospects for Microgeneration: Energy use, the environment and the
wider community”, Lambert Academic Publishing, ISBN: 978-3-8383-0517-2.
Page, T. and Thorsteinsson, G. (2010) “Product Design Considerations for Automated
Manufacturing”, Lambert Academic Publishing, ISBN: 978-3-8383-7713-1.
Thorsteinsson, G., and Page, T. (2010) “How healthy is your lighting?: An investigation
into the possible health risks posed by artificial lighting in the workplace” Lambert
Academic Publishing, ISBN: 978-3-8383-4790-5.
Thorsteinsson, G., and Page, T. (2010) “An Examination of the Impact of Modern
Technology on Sport?: Why do we need to develop sports technology?” Lambert
Academic Publishing, ISBN: 978-3-8383-8125-1.
Thorsteinsson, G., and Page, T. (2010) “Innovative Packaging Design for Fast Moving
Consumer Goods?” Lambert Academic Publishing, ISBN: 978-3-8383-5547-4.
Page, T. (2010) “A Methodology for Decision-Support in Electronic Product Design”
Lambert Academic Publishing, ISBN: 978-3-8383-8246-3.
Page, T. (2010) “Carbon Emission in Domestic Energy Use” Lambert Academic
Publishing, ISBN: 978-3-8433-5863-7.
Thorsteinsson, G., and Page, T. (2010) “Can Water Become More Appealing Through
Enhanced Design and Marketing?” Lambert Academic Publishing, ISBN: 978-3-8433-
5822-4.
Page, T. and Thorsteinsson, G. (2010) “The Relationship Between Symmetry and Appeal
in Product Design”, Lambert Academic Publishing, ISBN: 978-3-8433-6138-5.
Thorsteinsson, G., and Page, T. (2010) “Innovation and Marketing of Fast Moving
Consumer Goods” Lambert Academic Publishing, ISBN: 978-3-8433-6648-9.
Page, T. and Thorsteinsson, G. (2010) “Technology in Sport: A Debate” Lambert
Academic Publishing, ISBN: 978-3-8433-7127-8.
Thorsteinsson, G. and Page, T. (2010) Improving In-Service Teacher Training across
Europe: Implementing ICT and ODL to develop the Pedagogy of In-Service Teacher
Training?”, Lambert Academic Publishing, ISBN 978-3-8433-6829-2.
Thorsteinsson, G. and Page, T. (2010) “An Examination of the Impact of Modern
Technology on Sport?, Why do we need to develop sports technology?”, Lambert
Academic Publishing, ISBN: 978-3-8383-8125-1.
Page, T., Ichimura, M. and Arunachalam, S., (2011) “A Novel Workforce Training
Model for Lean Manufacturing: Training to be Lean” Lambert Academic Publishing,
ISBN: 978-3-8433-7886-4.
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
Page, T. (2011) “Can High Tech Swimwear Help You Swim Faster?” Lambert
Academic Publishing, ISBN: 978-3-8433-9128-3.
Page, T. (2011) “A Growth Model in the Use of LEDs in Commercial Lighting Design”
Lambert Academic Publishing, ISBN: 978-3-8443-0783-2.
Page, T. (2011) “Emotive Design Methods in Product Branding: Brand and Emotion and
their Relationship with Product Design” Lambert Academic Publishing, ISBN: 978-3-
8443-1067-2.
Arunachalam, S., Page T. & Thorsteinsson, G. (2011) “The Design and Marketing of
Power Tools: Examining the Role of Design Strategy in Garden Power Tool
Companies”, Lambert Academic Publishing, ISBN: 978-3-8443-2335-1.
Arunachalam, S. and Page T. (2011) “An Application of Data Mining Techniques in
Data Warehousing: A Case-Based Approach”, Lambert Academic Publishing, ISBN:
978-3-8433-8037-9.
Thorsteinsson, G. and Page, T. (2011) “Technology Mediated Learning for Teacher's
Professional Development: Innovative ideas to improve In-Service Teacher Education”,
Lambert Academic Publishing, ISBN: 978-3-8433-8043-0.
Thorsteinsson, G. and Page, T. (2011) “Practical Based Subjects for The Wider
Curricula: Society's Attitude to Practical Based Education”, Lambert Academic
Publishing, ISBN: 978-3-8465-4877-6.
Thorsteinsson, G. and Page, T. (2011) “The Evolution of Rowing Technology: The
Future Innovation of Rowing”, Lambert Academic Publishing, ISBN: 978-3-8465-9517-
6.
Arunachalam, S. and Page T. (2011) “Development of a Compressor Circuit for an
Automatic Sound Desk”, Lambert Academic Publishing, ISBN: 978- 3-8433-8567-1.
Page, T. and Thorsteinsson, G. (2011) “Playful Learning”, Lambert Academic
Publishing, ISBN: 978-3-8454-0665-7.
Page, T. (2011) “Influence of Social Networking in Electronic Product Design” Lambert
Academic Publishing, ISBN: 978-3-8465-1590-7.
Page, T. (2011) “Brand Identity in Consumer-driven Electronic Product markets”
Lambert Academic Publishing, ISBN: 978-3-8465-2238-7.
Page, T. (2011) “Design for Additive Manufacturing” Lambert Academic Publishing”,
Lambert Academic Publishing, ISBN: 978-3-8473-2294-8.
Page, T. (2011) “Radio Frequency Identification in Electronic Product Design”, Lambert
Academic Publishing, ISBN: 978-3-8465-9331-8.
Page, T. (2011) “Sustainable Product Development or Marketing Hype?”, Lambert
Academic Publishing, ISBN: 978-3-8433-6637-3.
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
Page, T. and Thorsteinsson, G. (2011) “Social Networking Technologies and Their
Implications for Commerce”, Lambert Academic Publishing, ISBN: 978-3-8465-4573-7.
Page, T. (2011) “Brand Innovation in FMCG”, Lambert Academic Publishing, ISBN:
978-3-8443-1611-7.
Page, T. (2011) “Electronic Product Design of Home Entertainment Systems: A Study of
Consumer issues in Electronic Product Design”, Lambert Academic Publishing, ISBN:
978-3-8465-3789-3.
Page, T. (2011) “Social Networking Technologies and Their Implications for
Commerce”, Lambert Academic Publishing, ISBN: 978-3-8465-4573-7.
Page, T. (2012) “Sci Fi and Electronic Product Design: Futurism in Design”, Lambert
Academic Publishing, ISBN: 978-3-8465-9656-2.
Page, T. (2012) “The Challenges of Sustainable Product Design: Studies in Electronic
Products”, Lambert Academic Publishing, ISBN: 978-3-8473-7122-9.
Page, T. (2012) “Electronic Product Design of Sports Equipment: Proliferation of
Technology in Sport”, Lambert Academic Publishing, ISBN: 978-3-8465-8524-5.
Page, T. (2012) “Light Emitting Diode (LED) Technology in Industrial Lighting Design:
A Study of Lighting Design”, Lambert Academic Publishing, ISBN: 978-3-8433-6073-9.
Page, T. (2012) “The Influence of Mobile Devices and Apps on Product Design: Design
Tools on the Move”, Lambert Academic Publishing, ISBN: 978-3-659-11120-4.
Page, T. (2012) “Sustainability in the Design of Electronic Consumer-Based Products:
Models and materials”, Lambert Academic Publishing, ISBN: 978-3-8484-0280-9.
Page, T. (2012) “Mobile Apps as Design Practice Tools in Education and Practice:
Electronic Product Design”, Lambert Academic Publishing, ISBN: 978-3-659-11733-6.
Page, T. (2012) “Healthcare Innovations: Service and Product Design”, Lambert
Academic Publishing, ISBN: 978-3-659-12465-5.
Page, T. (2012) “Technology of Car Crime Prevention: Evaluation of Anti-Theft
Devices”, Lambert Academic Publishing, ISBN: 978-3-8465-5344-2.
Page, T. (2012) “Intellectual Property and Business Competitiveness”, Lambert
Academic Publishing, ISBN: 978-3-659-15569-7.
Page, T. (2012) “Developing Technologies in Mobile Applications”, Lambert Academic
Publishing, ISBN: 978-3-659-15757-8.
Page, T. (2012) “Battery Technology in the Development of Power Tools”, Lambert
Academic Publishing, ISBN: 978-3-659-16369-2.
Page, T. (2012) “A Study of Smartphone Text Input Methods”, Lambert Academic
Publishing, ISBN: 978-3-659-16826-0.
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
Thorsteinsson, G and Page, T. (2012) “Developing Shoes to Support Sport”, Lambert
Academic Publishing, ISBN: 978-3-659-16828-4.
Thorsteinsson, G and Page, T. (2012) “The Value of Good Toy Design for Children:
Toys Can Support Child Development”, Lambert Academic Publishing, ISBN: 978-3-
659-17237-3.
Page, T. (2012) “Scientific and Technological Diffusion in Engineering Design:
Technology Transfer and New Futures”, Lambert Academic Publishing, ISBN: 978-3-
659-17429-2.
Thorsteinsson, G and Page, T. (2012) “Chronological Age of Cars: The Importance of
Developing Sustainable Automotive Systems”, Lambert Academic Publishing, ISBN:
978-3-659-18341-6.
Thorsteinsson, G and Page, T. (2012) “Developing Shoes to Support Sport Performance:
The Importance of Using Preferable Shoes in Athletics”, Lambert Academic Publishing,
ISBN: 978-3-659-16828-4.
Thorsteinsson, G and Page, T. (2012) “The Future of Car Making: Improving
Automotive Systems for the Future”, Lambert Academic Publishing, ISBN: 978-3-659-
19262-3.
Page, T. (2012) “A Usability Study of Automotive Control Screen Displays”, Lambert
Academic Publishing, ISBN: 978-3-8465-9722-4.
Page, T. and Thorsteinsson, G. (2013) “Electronic Product Design: A Case Study In
Cellular Device design”, Lambert Academic Publishing, ISBN: 978-3-659-44943-7.
Page, T. and Thorsteinsson, G. (2013) “Innovation, Creativity and Success: A Case
Study”, Lambert Academic Publishing, ISBN: 978-3-659-45253-9.
Page, T., ''Transmission End Beep Tone'', Radio Communication, 72(1), 1996, pp 42-43,
ISSN 0033-7803.
Page, T., ''Automatic Tape Switch'', Radio Communication, 72(7), 1996, pp 35-36, ISSN
0033-7803.
Page, T. and Milburn, R., ''Causes of Misregistration in Multilayer PCBs during Prepreg
Bonding'', Electronics Manufacturing Engineering: Society of Manufacturing Engineers,
Dearborn, MI, USA, 181, 2004, pp 12-18.
Bohemia, E., Harman, K. and Page T., “Editorial on special issue on Futures of Design
Education.” Journal of Design Research. Vol. 7, No. 3, Month 2009, Inderscience
Publishers, ISSN: 1748-3050.
Ganesh, K., Nagarajan, S., Malairajan, R.A., and Page, T. “Special Issue on Heuristics
and Meta-Heuristics for Integrated Supply Chain Optimization Problems”. International
Journal of Information Systems and Supply Chain Management, 6(2), pp.iv-viii, April-
June 2013.
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
Page, T. and Gilliatt, J., ''An Approach to the Assessment of Engineering Design Activity
as Practiced in the UK'', Advances in Manufacturing Technology, Proceedings of the 7th
National Conference on Production Research, Hatfield, UK, 1991, pp 162-166, ISBN 0-
900458-46-1.
Page, T. and Parkinson, B., ''Functional Design'', Advances in Manufacturing
Technology VII, Proceedings of the 9th National Conference on Manufacturing
Research, University of Bath, UK, 1993, pp 1-5, ISBN 1-85790-005-7.
Page, T., ''Concurrent Engineering: Implications for a New Material Supplier/Customer
Relationship'', Advances in Manufacturing Technology VII, Proceedings of the 9th
National Conference on Manufacturing Research, University of Bath, UK, 1993, pp 1-5,
ISBN 1-85790-005-7.
Page, T., ''Concurrent Engineering: Simultaneous Design and Manufacture'', Advances in
Manufacturing Technology VII, Proceedings of the 9th National Conference on
Manufacturing Research, University of Bath, UK, 1993, pp 1-5, ISBN 1-85790-005-7.
Page, T. and Parkinson, B., ''Concurrent Engineering: An Educational Perspective'',
Proceedings of the 2nd International Conference on Concurrent Engineering &
Electronic Design Automation, Poole, UK, 1994, pp 208-212, ISBN 1-56555-074-9.
Page, T. and Beamish, J.C., ''A Knowledge-Based Tool for Conducting Design for
Manufacture in a Surface Mount Technology Environment'', Advances in Manufacturing
Technology IX, Proceedings of the 11th National Conference on Manufacturing
Research, De Montfort University, UK, 1995, pp 125-129, ISBN 0-7484-0400-7.
Page, T., Loke, S. and Arunachalam, S., ''The Integration of a Knowledge-Based System
and a Gantt Chart Scheduling Application for Solving the Machine Shop Scheduling
Problem'', Advances in Manufacturing Technology XII, Proceedings of the 14th National
Conference on Manufacturing Research, University of Derby, UK, 1998, pp 727-732,
ISBN 1-86058-172-2.
Page, T., ''Implementation of Sample Design Rules in a Commercially Used PCB Design
Application'', Advances in Manufacturing Technology XIV, Proceedings of the 16th
National Conference on Manufacturing Research, University of East London, UK, 2000,
pp 125-129, ISBN 1-86058-267-2.
Page, T., ''A Knowledge-Based Methodology for Guidelines and Rules in the Design for
Assembly of Printed Circuit Boards (PCBs)'', Advances in Manufacturing Technology
XIV, Proceedings of the 16th National Conference on Manufacturing Research,
University of East London, UK, 2000, pp 131-135, ISBN 1-86058-267-2.
Page, T., ''A Declarative Representation of Component Selection Guidelines and the
Rules in the Design for Assembly of Printed Circuit Boards'', Advances in
Manufacturing Technology XIV, Proceedings of the 16th National Conference on
Manufacturing Research, University of East London, UK, 2000, pp 137-141, ISBN 1-
86058-267-2.
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
Page, T., ''A Review of Information Requirements for Conducting Design for Assembly
in Surface Mount Technology'', Advances in Manufacturing Technology XiV,
Proceedings of the 16th National Conference on Manufacturing Research, University of
East London, UK, 2000, pp 215-219, ISBN 1-86058-267-2.
Page, T. and Milburn, R., ''Causes of Misregistration in Multi-layer Printed Circuit
boards during Prepreg bonding'', Knowledge driven manufacturing, CIT Press, Cork
Ireland, The 20th International Manufacturing Conference IMC20, Cork Institute of
Technology, 2003, pp 274-279, ISBN 0 9545736 0 9.
Page, T., ''Knowledge-Based Computer-Aided Process Planning Approaches in
Electronics Manufacturing'', Knowledge Driven Manufacturing, CIT Press, Cork Ireland,
The 20th International Manufacturing Conference IMC20, Cork Institute of Technology,
2003, pp 296-301, ISBN 0 9545736 0 9.
Page, T., Koliza, V., Pearce, D. and Khoudian, P., ''Soft Systems Methodology applied in
the New Product Introduction (NPI) Process'', Knowledge Driven Manufacturing, CIT
Press, Cork, Ireland, The 20th International Manufacturing Conference, IMC20, Cork
Institute of Technology, 2003, pp 575-581, ISBN 0 9545736 0 9.
Page, T. and Thorsteinsson, G., ''The Application of Internet-based Tutorials and a
Managed Learning Environment in Support of the Teaching and Learning of
CAD/CAM'', Technology Education and Educational Technology E-Training Practices
Proceedings of TEKA/FATE Symposium 2003, Lehtonen, M., Kannanoja, T., and
Thorsteinsson, G. (eds), Finnish Association for Research in Technology Education,
University of Lapland, Centre for Media Pedagogy, TEKA/FATE Symposium 2003,
Helsinki & Lahti, Finland, 2003, p 28, ISSN 1459 6873.
Page, T., Koliza, V., Pearce, D. and Khoudian, P., ''Formulation of a calculation for
identifying actual and potential costs incurred by delays in the New Product Introduction
Process'', Proceedings of the 19th National Conference on Manufacturing Research,
Professional Engineering Publishing, 19th National Conference on Manufacturing
Research, Strathclyde University, 2003, pp 229-234, ISBN 1 86058 412 8.
Page, T., ''Embodiment of fine-pitch design for manufacturing guidelines and rules in
printed circuit board (PCB) design software'', Proceedings of the 19th National
Conference on Manufacturing Research, Professional Engineering Publishing, 19th
National Conference on Manufacturing Research, Strathclyde University, 2003, pp 259-
264, ISBN 1 86058 412 8.
Page, T., ''A case study in the use of internet-based tutorials and a managed learning
environment in support of the teaching and learning of CAD/CAM'', Proceedings of the
19th National Conference on Manufacturing Research, Professional Engineering
Publishing, 19th National Conference on Manufacturing Research, Strathclyde
University, 2003, pp 303-308, ISBN 1 86058412 8.
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
Page, T., ''Embodiment of fine-pitch design for manufacturing guidelines and rules in
printed circuit board (PCB) design software'', Advances in Manufacturing Technology
XVII, Professional Engineering Publishing, First International Conference on
Manufacturing Research, Strathclyde University, 2003, pp 259-264, ISBN 1 86058 412
8.
Page, T., ''A case study in the use of internet-based tutorials and a managed learning
environment in support of the teaching and learning of CAD/CAM'', Advances in
Manufacturing Technology XVII, Professional Engineering Publishing, First
International Conference on Manufacturing Research, Strathclyde University, 2003, pp
303-308, ISBN 1 86058 412 8.
Page, T., Koliza, V., Pearce, D. and Khoudian, P., ''Formulation of a calculation for
identifying actual and potential costs caused by delays in the new product introduction
process'', Advances in Manufacturing Technology XVII, Professional Engineering
Publishing, First International Conference on Manufacturing Research, Strathcylde
University, 2003, pp 229-234, ISBN 1 86058 412 8.
Thorsteinsson, G. and Page, T., ''Internet Based Tutorials in support of Teaching and
Learning Computer-Aided Engineering'', TEKA/FATE Symposium, Educational
Technology, Lahti, Finland, 2003, pp 81-92, ISSN: 1459-6830.
Baguley, P., Bramall, D., Marpoulos, P. and Page, T., ''The automation of sustainability
via re-use, modularization and fuzzy logic'', Design and manufacture for sustainable
development 2004, Bhamra, T. and Hon, B. (eds), Professional Engineering Publishing
Ltd, UK, Loughborough University, 2004, pp 65-74, ISBN 1 86058 470 5.
Page, T. and Lehtonen, M., ''Internet-based Tutorials and a Managed Learning
Environment in Teaching Microcontroller Interfacing'', Proceedings of the TEKA/FATE
Symposium on Technology Education 2004, Kananoja, T. (ed), TEKA/FATE
Symposium, Turku, Finland, 2004, pp 201-207, ISBN 951-634-884-8.
Page, T. and Lehtonen, M., ''Internet-based Tutorials and a Managed Learning
Environment in Teaching Microcontroller Interfacing'', Technology Education and
Educational Technology and Training Practices 2004, Kananojo, T. (ed), TEKA/FATE
Symposium, Turku, Finland, 2004, pp 313-319, ISSN 1459-6830.
Clegg, B. and Page, T., ''The Commercial-Financial Perspective of the Extended
Enterprise Matrix'', 10th International Conference on Concurrent Enterprising, Escuela
Superior de Ingenieros, Seville, Spain, 2004, Poster Presentation.
Page, T. and Thorsteinsson, G., ''Application of Internet-Based Tutorials and a Managed
Learning Environment for CAD/CAM Teaching'', Technology Education and
Educational Technology and Training Practices. Proceedings of TEKA/FATE
Symposium, Helsinki, Finland, 2004, pp 341-352, ISBN: 951-634-884-8.
Thorsteinsson, G. and Page, T., ''Innovative Design and Technology in a Virtual
Learning Environment'', International Research and UK Education Conference, The
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
Design and Technology Association (DATA), Sheffield Hallam University, 2004, pp
185-189, ISBN 1 989 788 685.
Koliza, V., Pearce, D., Khoudian, P., O'Sullivan, J. and Page, T., ''Performance
Measurement of the New Product Introduction'', Proceedings of the 20th National
Conference on Manufacturing Research, Sheffield Hallam University, 2004, pp 294-298.
Koliza, V., Pearce, D., Khoudian, P., O'Sullivan, J. and Page, T., ''Performance
Measurement of the New Product Introduction Process'', Advances in Manufacturing
Technology, Proceedings of the 2nd International Conference on Manufacturing
Research, Sheffield Hallam University, 2004, pp 294-298, ISBN 1 84387 088 6.
Baguley, P., Page, T., Koliza, V. and Maropoulos, P., ''Time to Market Prediction Using
Type-2 Fuzzy Sets'', Proceedings of the 20th National Conference on Manufacturing
Research, Sheffield Hallam University, 2004, pp 299-304.
Baguley, P., Page, T., Koliza, V. and Maropoulos, P., ''Time to Market Prediction Using
Type-2 Fuzzy Sets'', Advances in Manufacturing Technology. Proceedings of the 2nd
International Conference on Manufacturing Research, Sheffield Hallam University,
2004, pp 299-304, ISBN 1 84387 088 6.
Baguley, P., Page, T. and Maropoulos, P., ''Sophisticated Cost Modelling'', Proceedings
of the 20th National Conference on Manufacturing Research, Sheffield Hallam
University, 2004, pp 305-309.
Baguley, P., Page, T. and Maropoulos, P., ''Sophisticated Cost Modelling'', Advances in
Manufacturing Technology, Proceedings of the 2nd International Conference on
Manufacturing Research, Sheffield Hallam University, 2004, pp 305-309, ISBN 1 84387
088 6.
Page, T., ''An Application of Internet-Based Tutorials and a Managed Learning
Environment in Support of Microcontroller Interfacing'', Proceedings of the 20th
National Conference on Manufacturing Research, Sheffield Hallam University, 2004, pp
459-464.
Page, T., ''An Application of Internet-Based Tutorials and a Managed Learning
Environment in Support of Teaching and Learning in Microcontroller Interfacing'',
Advances in Manufacturing Technology, Proceedings of the 2nd International
Conference on Manufacturing Research, Sheffield Hallam University, 2004, pp 459-464,
ISBN 1 84387 088 6.
Page, T., ''An Analysis of Registration Errors in High Density Interconnects Caused
During Bonding of Multi-Layer Printed Circuit Boards (PCBs)'', Proceedings of the 20th
National Conference on Manufacturing Research, Sheffield Hallam University, 2004, pp
67-72.
Page, T., ''An Analysis of Registration Errors in High Density Interconnects Caused
during Bonding of Multi-layer Printed Circuit Boards (PCBs)'', Advances in
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
Manufacturing Technology, Proceedings of the 2nd International Conference on
Manufacturing Research, Sheffield Hallam University, 2004, pp 67-72, ISBN 1 84387
088 6.
Page, T., Thorsteinsson, G. and Lehtonen, M., ''Simulations as Mental Tools for
Network-based Group Learning in Innovation and Electronics Technology'', First
International InnoEd Conference, Technologies for Learning, University of Leeds, 2004,
pp 224-232.
Thorsteinsson, G. and Page, T., ''Use of On Line Facilities In InnoEd'', First International
InnoEd Conference: Dimensions of Flexibility & Creativity for Preferable Futures,
University of Leeds, 2004, pp 301-309.
Koliza, V., Pearce, D., Khoudian, P., O'Sullivan, J. and Page, T., ''Qualitative Analysis of
the New Product Introduction (NPI) related Issues'', Proceedings of the 21st International
Manufacturing Conference IMC21, University of Limerick, 2004, pp 27-32, ISBN 1
8746537 7 1.
Page, T. and Baguley, P., ''Prevention of Electromagnetic Interference (EMI) through
Design for Assembly of Printed Circuit Boards'', Proceedings of the 21st International
Manufacturing Conference IMC21, University of Limerick, 2004, pp 321-328, ISBN 1
8746537 7 1.
Page, T., ''Embodiment of Fine-Pitch Design Rules in a PCB Design Application'',
Proceedings of the 21st International Manufacturing Conference IMC21, University of
Limerick, 2004, pp 553-558, ISBN 1 8746537 7 1.
Baguley, P., Page, T., Maropoulos, P.G. and Koliza, V., ''Type 2 Fuzzy Sets used in
Evaluating a New Product Introduction Process'', Proceedings of the 21st International
Manufacturing Conference IMC21, University of Limerick, 2004, pp 635-642, ISBN 1
8746537 7 1.
Page, T. and Thorsteinsson, G., ''Internet-Based Tutorials and a Managed Learning
Environment in CAD/CAM Teaching'', Proceedings of the 21st International
Manufacturing Conference IMC21, University of Limerick, 2004, pp 699-704, ISBN 1
8746537 7 1.
Page, T., Baguley, P. and Schaefer, D., ''Maintaining Electromagnetic Compatibility
through Design for Fabrication & Assembly of Printed Circuit Boards (PCBs)'',
ECAD/ECAE 2004, Proceedings of the lst International Conference on
Electrical/Electromechanical Computer Aided Design & Engineering, Maropoulos, P.G.
& Schaefer, D. (eds), ECAD/ECAE 2004, University of Durham, November 2004, pp
101-105, ISBN 0-953555-3-6.
Page, T., Baguley, P. and Schaefer, D., ''Ensuring Electromagnetic Compliance in
Printed Circuit Boards Through Design for Assembly Guidelines'', ECAD/ECAE 2004,
Proceedings of the lst International Conference on Electrical/Electromechanical
Computer-Aided Design & Engineering, Maropoulos, P.G. & Schaefer, D. (eds),
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
ECAD/ECAE 2004, University of Durham, November 2004, pp 106-110, ISBN 0-
953555-3-6.
Baguley, P., Schaefer, D. and Page, T., ''Costing Issues Regarding Product Variant
Design'', ECAD/ECAE 2004, Proceedings of the lst International Conference on
Electrical/Electromechanical Computer-Aided Design & Engineering, Maropoulos, P.G.
& Schaefer. D. (eds), ECAD/ECAE 2004, University of Durham, November 2004, pp
41-45, ISBN 0-9535558-3-6.
Iskanius, P., Page, T. and Haapasalo, H., ''Moving Toward an Agile Supply Chain - A
Case Study from a Traditional Industry Sector'', ICAM 2005 International Conference on
Agile Manufacturing 2005 Proceedings, International Society of Agile Manufacturing
(ISAM), ICAM 2005, Helsinki University of Technology, 2005, pp 179-188.
Iskanius, P. and Page, T., ''Development Road Map towards e-business - A Case Study'',
Proceedings of the 22nd International Manufacturing Conference IMC22, Vickery, J.
(ed), 22nd International Manufacturing Conference, Institute of Technology Tallaght,
Ireland, 2005, pp 493-500, ISBN 0-9551218.
Koliza, V., Khoudion, P., Pearce, O., O'Sullivan, J. and Page, T., ''A Sensitivity Analysis
on Organisations with Different Characteristics of New Product Introduction and Time
To Market Variations'', Proceedings of the 22nd International Manufacturing Conference
- IMC 22, Vickery, John (ed), 22nd International Manufacturing Conference IMC22,
Tallaght, Ireland, 2005, pp 613-618, ISBN 0-9551218-0-9.
Lehtonen, M., Thorsteinsson, G., Page, T. and Ruokamo, H., ''A Virtual Learning
Environment for the Support of Teaching, Studying and Learning in Technology
Education (Winner of best paper prize)'', Proceedings of Fourth IASTED International
Conference on Web-based Education, Dr Vladimir Uskov (Ed), ACTA Press, WBE
2005, Grindelwald, Switzerland, February 2005, pp 109-118, ISBN: 0-88968-480-2.
Page, T., ''A Learner Centred Evaluation of Hypermedia-based Learning Resources in
Blended Learning in Microcontroller Product Design'', Proceedings of DATA
International Research Conference 2005, Norman, E.W.L., Spendlove, D. and Grover, P.
(eds), Design and Technology Association, Inspire and Educate, DATA International
Research Conference 2005, Sheffield Hallam University, July 2005, pp 147-151, ISBN
1-898788-75-8.
Page, T., ''A Hypermedia-based Learning Environment in Support of Blended Learning
in Electronic Product Design'', Proceedings of the third International Conference on
Engineering and Product Design Education EPD05, Engineering and Product Design
Education 2005, Napier University, Edinburgh, September 2005, pp 497-502.
Lehtonen, M., Page, T., Vahtivuori-Hanninen, S. and Thorsteinsson, G., ''Emotionality
Considerations in Virtual Reality an Simulation Based Learning'', Proceedings of the
2005 Interlearn Conference, Helsinki University Press, Interlearn, 2005, Helsinki,
Finland, December 2005, pp 106-113.
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
Lehtonen, M., Page, T. and Thorsteinsson, G., ''Simulations and Virtual Realities as
Modern Tools in Technology Education - Looking for Proper Pedagogical Models'',
Proceedings of the first Interlearn Conference, Helsinki University Press, Interlearn,
2005, Helsinki, Finland, December 2005, pp 138-147.
Lehtonen, M., Page, T. and Thorsteinsson, G., ''Emotionality Considerations in Virtual
Reality and Simulation Based Learning'', Cognition and Exploratory Learning in Digital
Age (CELDA 2005), Kinshak, Demetrios G. Sampson, Pedro Isaias, Iadis Press, CELDA
2005, Porto, Portugal, December 2005, pp 26-36, ISBN 972-8924-05-4.
Lehtonen, M., Page, T. and Thorsteinsson, G., ''Simulations and Virtual Realities as
Modern Tools in Technology Education: Looking for Appropriate Pedagogical Models'',
Proceedings of the Workshop on Human Centered Technology (HCT06), Multisilta, J. &
Happaranta, H. (eds), Tampere University, Human Centered Technology (HCT056),
Tampere University, Pori Campus, Pori, Finland, June 2006, pp 60-70, ISBN 952-15-
1601-1.
Lehtonen, M, Ruokamo, H, Page, T. and Hepburn, M, ''MobIT: Empowering media
environment for all?'', International Design for All Conference, European Design for All
e-Accessibility Network (EDeAV) & the Finnish Design for All Network, International
Design for All Conference, University of Lapland, Finland, September 2006, 156-171
pp.
Lehtonen, M., Thorsteinsson, G., Page, T. and Miloseva, L., ''Simulations and Virtual
Reality Learning Environments as Sociomental Tools in Technology Education'',
Proceedings of the 9th Conference on Lifelong Learning in Europe (LLinE), Professor
Hamalainen, K., KVS Foundation & Finnish Adult Education Research Society, 9th
International Conference on Lifelong Learning in Europe, University of Lapland,
Rovaniemi, Finland, January 2007, pp 134-145.
Lehtonen, M., Page, T., Thorsteinsson, G., and Miloseva, L., “Simulations and Virtual
Reality Tools in Technology Learning: Results from Two Case Studies (Winner of best
paper prize)'', Proceedings of Sixth IASTED International Conference on Web-based
Education, Dr Vladimir Uskov (Ed), ACTA Press, WBE 2007, Chamonix, France,
March 14-16th 2007, pp 233-240, ISBN: 978-0-88986-650-8.
Thorsteinsson, G. and Page, T., Directions for Future Technology Education –Innovative
Technology Education in a Virtual Reality Learning Environment, International
Conference for the Association for Teacher Education in Europe. (ATEE 2007),
Changing Education in a Changing Society, Klaipeda University, Lithuania, May 3rd -
6th, pp 13-21, ISSN 1822-2196.
Thorsteinsson, G., Page, T. and Vismantiené, R., Virtual Reality as a Tool for
Technology Enhanced Learning in Design Education: Case-Based Research,
International Conference for the Association for Teacher Education in Europe. (ATEE
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
2007), Changing Education in a Changing Society, Klaipeda University, Lithuania, May
3rd -6th, pp 283-292, ISSN 1822-2196.
Thorsteinsson, G and Page, T., Computer Mediated Communication as a Collaborative
Learning Environment for In-Service Teacher’s Education. Proceedings of FISTE- A
Future Way for In-Service Teacher Training Across Europe –Dissemination Seminar,
Academia Nationala De Educatie Fizica Si Sport – Bucharest, Romania. June 14th-16th
2007.
Thorsteinsson, G and Page, T., Using the BSCW to Run a Multinational On-Line In-
Service Teacher course in Europe. Proceedings of FISTE- A Future Way for In-Service
Teacher Training Across Europe –Dissemination Seminar, Academia Nationala De
Educatie Fizica Si Sport – Bucharest, Romania. June 14th-16th 2007.
Thorsteinsson, G and Page, T., Implementing the FISTE Educational technology for
Electronic Design using BSCW at Loughborough University. Proceedings of FISTE- A
Future Way for In-Service Teacher Training Across Europe –Dissemination Seminar,
Academia Nationala De Educatie Fizica Si Sport – Bucharest, Romania. June 14th-16th
2007.
Thorsteinsson, G and Page, T., Computer Supportive Communication Learning
Approach Towards In-service Teacher’s Education in Europe. Proceedings of FISTE- A
Future Way for In-Service Teacher Training Across Europe –Dissemination Seminar,
Academia Nationala De Educatie Fizica Si Sport – Bucharest, Romania. June 14th-16th
2007.
Thorsteinsson, G.. and Page, T., Using a Virtual Reality Learning Environment to Meet
Future Needs of Innovative Product Design Education’: 9th International Conference on
Engineering & Product Design Education (EPDE07), Northumbria University,
Newcastle Upon Tyne, UK, Sept 12th to 14th, pp 367-372, ISBN 978-0-9553942-1-8.
Valiusaityte, I., Rajabally, E., and Page, T., ‘Mathematical Means for Assessing Military
Aircraft Performance as Applied to Training Effectiveness’, Proceedings of Simulations
Interoperability Standards Organisation (SISO): Simulation Interoperability Workshop
Fall 2008, Paper ref: 08F-SIW-013, (TRAIN Forum), Orlando, Florida, USA, September
2008, pp. 771-781.
Bingham, D., Southee, D. and Page, T. “An Integrated Approach for the Teaching of
Mechanics and Electronics in a Design Context” Proceedings of EPDE 2013. The 15th
International Conference on Engineering and Product Design Education. Dublin, Ireland,
September 2013, pp. 170-175.
Page, T., ''Development of a Database for the Analysis of Non-Linear Materials within a
Finite Element Modelling Package'', Non-Linear Applications in Finite Element
Analysis, Institute of Mechanical Engineers, London, 2001, pp1-5.
Page, T. and Thorsteinsson, G., ''Managed Learning Environment in support of Teaching
and Learning of CAD/CAM'', Technology Education and Education Technology.
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
Proceedings of Annual TEKA/FATE Symposium, Helsinki, Finland, 2004, pp 214-225,
ISBN: 951-634-885-8.
Page, T. and Baguley, P., ''Preservation of Electromagnetic Compatibility Through
Effective Design for Manufacturing of Printed Circuit Boards (PCBs)'', October 2004, pp
1-10, Society of Manufacturing Engineer, Dearborn, MI, USA, Technical Paper:
TP04PUB292.
Maropoulos, P.G., Baguley, P., Page, T. and Koliza, V., ''Evaluation and Performance
Measurement of the New Product Development Process'', October 2004, pp 1-10,
Society of Manufacturing Engineers, Dearborn, MI, USA, Technical Paper:
TP04PUB300.
Page, T. and Baguley, P., ''Sustainable Design and Manufacturing Implications Through
Re-Use, Modularization and Fuzzy Logic'', October 2004, pp 1-12, Society of
Manufacturing Engineers, Dearborn, MI, USA, Technical Paper: TP04PUB299.
Page, T., ''Design for Assembly Constraints in Surface Mount Technology'', October
2004, pp 1-7, Society of Manufacturing Engineers, Dearborn, MI, USA, Technical
Paper: TP04PUB295.
Page, T., ''Knowledge-Based Support for the Provision of Design for Assembly
Guidelines and Rules in Electronics Manufacturing'', October 2004, pp 1-7, Society of
Manufacturing Engineers, Dearborn, MI, USA, Technical Paper: TP04PUB296.
Page, T., ''Development and Integration of a Non-Linear Materials Database for Finite
Element Analysis (FEA)'', October 2004, pp 1-7, Society of Manufacturing Engineers,
Dearborn, MI, USA, Technical Paper: TP04PUB297.
Page, T., ''Representation of Component Selection Rules for Design for Assembly of
Printed Circuit Boards'', October 2004, pp 1-7, Society of Manufacturing Engineers,
Dearborn, MI, USA, Technical Paper: TP04PUB298.
Baguley, P., Maropoulos, P., Page, T. and Koliza, V., ''The Reduction of Product
Development Lead-Time Using Type-2 Fuzzy Sets'', October 2004, pp 1-8, Society of
Manufacturing Engineers, Dearborn, MI, USA, Technical Paper: TP04PPUB304.
Page, T., ''A Review of Knowledge-Based Computer-Aided Process Planning
Approaches in Electronics Manufacturing'', October 2004, pp 1-8, Society of
Manufacturing Engineers, Dearborn, MI, USA, Technical Paper: TP04PUB293.
Baguley, P., Maropoulos, P. and Page, T., ''Cost Engineering for New Product Design
and Innovation'', October 2004, pp 1-8, Society of Manufacturing Engineers, Dearborn,
MI, USA, Technical Paper: TP04PUB302.
Koliza, V., Page, T. and Pearce, D., ''Classification of Actual & Potential Cost Formulae
Caused by Delays in the New Product Development (NPD) Process'', October 2004, pp
1-8, Society of Manufacturing Engineers, Dearborn, MI, USA, Technical Paper:
TP04PUB303.
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
Page, T., ''Thick Film Microelectronic Packaging Technology'', October 2004, pp 1-8,
Society of Manufacturing Engineers, Dearborn, MI, USA, Technical Paper:
TP04PUB341.
Page, T., ''A Demonstration of the Implementation of Fine Pitch Design Rules in a PCB
Design Application'', October 2004, pp 1-8, Society of Manufacturing Engineers,
Dearborn, MI,USA, Technical Paper: TP04PUB294.
Pearce, D., Khoudian, P., Page, T. and Koliza, V., ''Application of the Soft Systems
Methodology in the New Product Development (NPD) Process'', October 2004, pp 1-9,
Society of Manufacturing Engineers, Dearborn, MI, USA, Technical Paper:
TP04PUB301.
Haapasalo, H., Iskanius, P. and Page, T., ''Order Delivery Process in Manufacturing
Network Deploying Manufacturing Philosophies in the Steel Product Industry'',
November 2004, pp 1-10, Society of Manufacturing Engineers, Dearborn, MI, USA,
Technical Paper: TP04PUB319.
Haapasalo, H., Iskanius, P. and Page, T., ''The Development of a Design and
Manufacturing Collaboration Agreement'', November 2004, pp 1-12, Society of
Manufacturing Engineers, Dearborn, MI, USA, Technical Paper: TP04PUB322.
Alaruikka, A.M., Iskanius, P. and Page, T., ''Data Translations in Information Flow in a
Finnish Steel Product Industry Network'', November 2004, pp 1-15, Society of
Manufacturing Engineers, Dearborn, MI, USA, Technical Paper: TP04PUB318.
Iskanius, P., Page, T. and Pikka, V., ''The Influence that the Focal Company has over its
Supply Network - A Case Study in Steel Product Design & Manufacture'', November
2004, pp 1-16, Society of Manufacturing Engineers, Dearborn, MI, USA, Technical
Paper: TP04PUB321.
Iskanius, P., Uusipaavalniemi, S. and Page, T., ''Steel Product Design & Manufacturing -
A Case Study in Agility'', November 2004, pp 1-18, Society of Manufacturing Engineers,
Dearborn, MI, USA, Technical Paper: TP04PUB316.
Iskanius, P., Uusipaavalniemi, S. and Page, T., ''The Development of a Collaborative
Venture in an Agile Supply Chain - A Case Study in Steel Product Design'', November
2004, pp 1-20, Society of Manufacturing Engineers, Dearborn, MI, USA, Technical
Paper: TP04 PUB317.
Budan, A,, Arunachalam, S. and Page, T., ''The Use of a Simulated Annealing Algorithm
for Design Optimization of Steel and Composite Leaf Springs'', November 2004, pp 1-
28, Society of Manufacturing Engineers, Dearborn, MI, USA, Technical Paper:
TP04PUB313.
Clegg, B. and Page, T., ''The Use of the Extended Enterprise Matrix to Derive Costs in
Product Development'', November 2004, pp 1-6, Society of Manufacturing Engineers,
Dearborn, MI, USA, Technical Paper: TP04PUB339.
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
Arunachalam, S., Sankaranarayanaswamy, K., Page, T. and Dhanalakshmi, V., ''Optimal
Part Family Formation Using a Realistic Fuzzy Set Theoretic Approach in Cellular
Manufacturing'', November 2004, pp 1-7, Society of Manufacturing Engineers,
Dearborn, MI, USA, Technical Paper: TP03PUB314.
Sankaranarayanaswamy, K., Arunachalam, S., Page, T. and Dhanalakshmi, V.,
''Automatic Evaluation of alternate Tool Access Directions (TADs) using STEP for
Minimal Set-up Changes'', November 2004, pp 1-8, Society of Manufacturing Engineers,
Dearborn, MI, USA, Technical Paper: TP04PUB315.
Koliza, V., Khoudian, P., Pearce, D., Page, T. and O'Sullivan, J., ''Monitoring of
Performance in the New Product Development (NPD) Process: Qualitative Analysis of
Benchmarks'', November 2004, pp 1-8, Society of Manufacturing Engineers, Dearborn,
MI, USA, Technical Paper: TP04PUB320.
Page, T., ''Supply Chain Management - A Review of Integrated Design & Manufacture'',
November 2004, pp 1-9, Society of Manufacturing Engineers, Dearborn, MI, USA,
Technical Paper: TP04PUB324.
Page, T., ''A Case Study in the Implementation of an Enterprise Resource Planning
(ERP) System'', November 2004, pp 1-9, Society of Manufacturing Engineers, Dearborn,
MI, USA, Technical Paper: TP04PUB325.
Page, T., ''A Discussion of Quality Management Systems Implementation - A European
Context'', November 2004, pp 1-9, Society of Manufacturing Engineers, Dearborn, MI,
USA, Technical Paper: TP04PUB326.
Page, T., ''Modern Photoplotting Formats'', November 2004, pp 1-9, Society of
Manufacturing Engineers, Dearborn, MI, USA, Technical Paper: TP04PUB340.
Page, T., ''A Specification for Design for Assembly Support in Surface Mount
Technology Utilizing a Knowledge-Based System'', December 2004, pp 1-25, Society of
Manufacturing Engineers, Dearborn, MI, USA, Technical Paper: TP04PUB359.
Page, T., ''The Design of a Manifold Tract Component Through the Analysis of Solid-
Fluid Interaction Using F.E.A.'', December 2004, pp 1-29, Society of Manufacturing
Engineers, Dearborn, MI, USA, Technical Paper: TP04PUB360.
Page, T., ''A Description of the Design, Fabrication and Assembly of Printed Circuit
Boards (PCBs) Using Surface Mount Technology (SMT) & Plated Through Hole (PTH)
Technology'', December 2004, pp 1-45, Society of Manufacturing Engineers, Dearborn,
MI, USA, Technical Paper: TP04PUB357.
Page, T., ''Design Guidelines and Rules for Effective Yield in Manufacturing &
Assembly of Printed Circuit Boards Utilizing Surface Mount Technology'', December
2004, pp 1-45, Society of Manufacturing Engineers, Dearborn, MI, USA, Technical
Paper: TP04PUB358.
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
Page, T., ''An Appraisal of Database Technologies in Support of Manufacturing
Operation Decision Making'', 2005, pp 1-10, Society of Manufacturing Engineers,
Dearborn, MI, USA, Technical Paper TP05PUB155.
Mohanasumdaram, K., Arunachalam, S. and Page, T., ''An Application of Performance
Measurement in an Assembly Job Shop Environment - A Case Study'', 2005, pp 1-12,
Society of Manufacturing Engineers (SME), Dearborn, MI, USA, Technical Paper
TP05PUB33.
Arunachalam, S. and Page, T., ''Criteria for Successful Implementation of Decision
Support Systems'', February 2005, pp 1-10, Socieity of Manufacturing Engineers,
Dearborn, MI, USA, Technical Paper: TP05PUB19.
Page, T., ''Implementation Issues in Data Warehousing'', February 2005, pp 1-12, Society
of Manufacturing Engineers, Dearborn, MI, USA, Technical Paper: TP05PUB14.
Page, T., ''A Classification of Data Mining Techniques'', February 2005, pp 1-12, Society
of Manufacturing Engineers, Dearborn, MI, USA, Technical Paper: TP05PUB16.
Arunachalam, S. and Page, T., ''Engineering Optimization Using Genetic Algorithms'',
February 2005, pp 1-12, Society of Manufacturing Engineers, Dearborn, MI, USA,
Technical Paper: TP05PUB18.
Page, T., ''The Use of Topological Optimization Within a Finite Element Package for the
Design of a Structural Component'', February 2005, pp 1-13, Society of Manufacturing
Engineers, Dearborn, MI, USA, Technical Paper: TP05PUB9.
Page, T., ''Design of a Bracket Fixture for Vibrational Analysis of a Fluid-Filled
Manifold Tract Utilizing Modal Analysis in FEA'', February 2005, pp 1-14, Society of
Manufacturing Engineers, Dearborn, MI, USA, Technical Paper: TP05PUB8.
Senthil, P., Arunachalam, S. and Page, T., ''A Novel Algorithm for Parallel Machine
Scheduling'', February 2005, pp 1-17, Society of Manufacturing Engineers, Dearborn,
MI, USA, Technical Paper: TP05PUB12.
Page, T., ''Engineering Design Methods - A Review and Classification of Sources'',
February 2005, pp 1-24, Society of Manufacturing Engineers, Dearborn, MI, USA,
Technical Paper: TP05PUB13.
Page, T., ''A Demonstration of the Decision Support System Utilized in Support in the
Design for Assembly of Printed Circuit Boards'', February 2005, pp 1-27, Society of
Manufacturing Engineers, Dearborn, MI, USA, Technical Paper: TP05PUB6.
Sundararaj, G., Arunachalam, S. and Page, T., ''A Review of Experimental Techniques
Applied in Cryogenic Treatment of Cutting Tols and Metals'', February 2005, pp 1-35,
Society of Manufacturing Engineers, Dearborn, MI, USA, Technical Paper:
TP05PUB11.
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
Page, T., ''A Representation of Design Guidelines and Rules in Electronic Design for
Manufacturing Utilizing Knowledge Representation Schema'', February 2005, pp 1-57,
Society of Manufacturing Engineers, Dearborn, MI, USA, Technical Paper: TP05PUB5.
Arunachalam, S., Loke, S. and Page, T., ''Solving the Machine Shop Scheduling Problem
Through the Integration of a Knowledge-based System and a Gantt Chart Scheduling
Application'', February 2005, pp 1-6, Society of Manufacturing Engineers, Dearborn, MI,
USA, Technical Paper: TP05PUB10.
Page, T., ''An Introduction to Multi-Agent Systems'', February 2005, pp 1-8, Society of
Manufacturing Engineers, Dearborn, MI, USA, Technical Paper: TP05PUB17.
Miller, J. and Page, T., ''Optimization Formulae for Multi-Station Assembly Systems'',
February 2005, pp 1-9, Society of Manufacturing Engineers, Dearborn, MI, USA,
Technical Paper: TP05PUB15.
Brown, C.C., MacNair Smith, H., Miller, J. and Page, T., ''The Design and Development
of a Robotic Assembly System for Consumer Products Assisted by Voice Control'',
March 2005, pp 1-8, Society of Manufacturing Engineers (SME), Dearborn, MI, USA,
Technical Paper TP05PUB32.
Page, T., ''Conversion of Analogue Signals to Digital Signals for Input to
Microcontroller Devices'', June 2005, pp 1-10, Socieity of Manufacturing Engineers,
Dearborn, MI, USA, Technical Paper TP05PUB91.
Thorsteinsson, G. and Page, T., ''The Need for Neutral File Formats in the Translation of
CAD Data'', June 2005, pp 1-10, Society of Manufacturing Engineers, Dearborn, MI,
USA, Technical Paper TP05PUB69.
Sankaranarayanasamy, K., Arunachalam, S., Page, T. and Dhanalakshmi, V., ''A Novel
Approach to Part Family Formation in Cellular Manufacturing Using Fuzzy Analysis in
CAD/CAM'', June 2005, pp 1-12, Society of Manufacturing Engineers, Dearborn, MI,
USA, Technical Paper TP05PUB67.
Page, T., ''Approaches to the Design of Digital Systems Using Very Large Scale
Integration (VLSI) CAD'', June 2005, pp 1-16, Society of Manufacturing Engineers,
Dearborn, MI, USA, Technical Paper TP05PUB90.
Page, T., ''Activity-Based Costing (ABC) - A Guide to Implementation and Use for
Manufacturing Engineering Operations'', June 2005, pp 1-7, Society of Manufacturing
Engineers, Dearborn, MI, USA, Technical Paper TP05PUB68.
Page, T., ''The Modeling of Three-Dimensional Assemblies in CAD'', June 2005, pp 1-7,
Society of Manufacturing Engineers, Dearborn, MI, USA, Technical Paper TP05PUB70.
Page, T., ''Decision Making for Capacity Planning'', June 2005, pp 1-8, Society of
Manufacturing Engineers, Dearborn, MI, USA, Technical Paper TP05PUB92.
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
Page, T., ''A Methodology for the Rationalization of Investment in Advanced
Manufacturing Technology'', June 2005, pp 1-9, Society of Manufacturing Engineers,
Dearborn, MI, USA, Technical Paper TP05PUB66.
Page, T., ''The Formulation of a Product Design Specification (PDS) with Emphasis on
Design for Assembly'', August 2005, pp 1-10, Society of Manufacturing Engineers,
Dearborn, MI. USA, Technical Paper TP05PUB173.
Thorsteinsson, G. and Page, T., ''Implications of Quality Measures on the Product Design
Process'', August 2005, pp 1-11, Society of Manufacturing Engineers (SME), Dearborn,
MI, USA, Technical Paper TP05PUB191.
Thorsteinsson, G. and Page, T., ''Representation of Product Form Through Drafting &
Tolerancing'', August 2005, pp 1-11, Society of Manufacturing Engineers (SME),
Dearborn, MI, USA, Technical Paper TP05PUB192.
Thorsteinsson, G. and Page, T., ''CIM - Implications for the Management of Product
Data within Design and Manufacturing'', August 2005, pp 1-12, Society of
Manufacturing Engineers, Dearborn, MI, USA, Technical Paper TP05PUB131.
Page, T., ''Enabling Technologies for Effective Management of Product Development in
the 21st Century'', August 2005, pp 1-19, Society of Manufacturing Engineers, Dearborn,
MI, USA, Technical Paper TP05PUB132.
Thorsteinsson, G. and Page, T., ''Computer-Aided Manufacturing & Rapid Prototyping
Techniques'', August 2005, pp 1-5, Society of Manufacturing Engineers (SME),
Dearborn, MI, USA, Technical Paper TP05PUB113.
Thorsteinsson, G. and Page, T., ''Parametric Modelling in 3D CAD Systems Using
Constraint and Variational Based Techniques'', August 2005, pp 1-5, Society of
Manufacturing Engineers, Dearborn, MI, USA, Technical Paper TB05PUB157.
Thorsteinsson, G. and Page, T., ''A Managerial Classification of Cellular Manufacturing
Systems to Facilitate Cycle' Time Reduction'', August 2005, pp 1-7, Society of
Manufacturing Engineers, Dearborn, MI (USA), Technical Paper TB05PUB133.
Page, T., ''Material Removal Through Drilling & Hole Making Processes'', August 2005,
pp 1-8, Society of Manufacturing Engineers, (SME), Dearborn, MI, USA, Technical
Paper TP05PUB193.
Page, T., ''The Modelling of Curve Entities in 3D CAD'', August 2005, pp 1-8, Society of
Manufacturing Engineers, Dearborn, MI, USA, Technical Paper TP05PUB154.
Page, T., ''Graphical Aides and Tools for the Implementation of Continuous
Improvement'', August 2005, pp 1-8, Society of Manufacturing Engineers, Dearborn, MI,
USA, Technical Paper TP05PUB156.
Thorsteinsson, G. and Page, T., ''Hardware Requirements for Modern Computer Aided
Engineering Applications'', August 2005, pp 1-9, Society of Manufacturing Engineers
(SME), Dearborn, MI, USA, Technical Paper TP05PUB114.
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
Page, T., ''Design and Analysis Software Applications for Engineering Design and
Manufacture'', August 2005, pp 1-9, Society of Manufacturing Engineers (SME),
Dearborn, MI, USA, Technical Paper TP05PUB194.
Page, T., ''The Use of Manufacturing Information Systems in Support of E-Commerce
Activities'', October 2005, pp 1-10, Society of Manufacturing Engineers (SME),
Dearborn, MI, USA.
Page, T., ''An Account of the Use of DFA/DFM Tools in Modern Manufacturing
Enterprises'', October 2005, pp 1-10, Society of Manufacturing Engineers (SME),
Dearborn, MI, USA, Technical Paper (TP05PUB214).
Page, T., ''Where is the Future for Networking and Data Communication Technologies'',
October 2005, pp 1-17, Society of Manufacturing Engineers (SME), Dearborn, MI, USA,
Technical Paper (TP05PUB220).
Page, T., ''A Strategy for Globalized Manufacturing Operations'', October 2005, pp 1-6,
Society of Manufacturing Engineers (SME), Dearborn, MI, USA, Technical Paper
(TP05PUB215).
Page, T., ''Strategies for the Location of Multi-Plant Networks'', October 2005, pp 1-6,
Society of Manufacturing Engineers (SME), Dearborn, MI, USA, Technical Paper
(TP05PUB217).
Page, T., ''To provide for Process Variability Through the Specification of Tolerances in
Modern 3D CAD'', October 2005, pp 1-7, Society of Manufacturing Engineers (SME),
Dearborn, MI, USA, Technical Paper (TP05PUB212).
Page, T., ''A Consideration of Manufacturing Issues in the Strategic Management of
Operations'', October 2005, pp 1-8, Society of Manufacturing Engineers (SME),
Dearborn, MI, USA.
Page, T., ''Technologies for Automation in Manufacturing'', October 2005, pp 1-8,
Society of Manufacturing Engineers (SME), Dearborn, MI, USA, Technical Paper
(TP05PUB218).
Page, T., ''Embedded Microprocessor Product Design'', October 2005, pp 1-9, Society of
Manufacturing Engineers (SME), Dearborn, MI, USA, Technical Paper (TP05PUB219).
Thorsteinsson, G. and Page, T., ''Semiconductor Logic Families Used in Electronic
Product Design'', December 2005, pp 1-10, Society of Manufacturing Engineers (SME)
Dearborn, Mi, USA, Technical Paper: TP05PUB250.
Thorsteinsson, G. and Page, T., ''The Use of VHDL-1 in Digital Electronic Product
Design'', December 2005, pp 1-10, Society of Manufacturing Engineers (SME)
Dearborn, Mi, USA, Technical Paper: TP05PUB251.
Thorsteinsson, G. and Page, T., ''Logic Device Design Methods for Encoding, Decoding
and Arithmetic Operator Implementations'', December 2005, pp 1-12, Society of
Manufacturing Engineers (SME), Dearborn, Mi, USA, Technical Paper: TP05PUB252.
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
Page, T., ''Combinational Circuit Design Using Discrete Bistable Devices'', December
2005, pp 1-6, Society of Manufacturing Engineers (SME), Dearborn, Mi, USA,
Technical Paper: TP05PUB254.
Pearce, D., O'Sullivan, J,, Khoudian, P., Page, T. and Koliza, V., ''An Application of
Sensitivity Analysis on New Product Development Projects with Time to Market
Variations'', December 2005, pp 1-7, Society of Manufacturing Engineers (SME),
Dearborn, Mi, USA, Technical Paper: TP05PUB248.
Pearce, D., O'Sullivan, J., Khoudian, P., Page, T. and Koliza, V., ''New Product
Introduction and Time to Market with Emphasis on Business Profitability - A Survey'',
December 2005, pp 1-7, Society of Manufacturing Engineers (SME), Dearborn, Mi,
USA, Technical Paper: TP05PUB249.
Thorsteinsson, G. and Page, T., ''The Representation of Time Factor Delays in High
Speed IC Design using VHDL'', December 2005, pp 1-7, Society of Manufacturing
Engineers (SME), Dearborn, Mi, USA, Technical Paper: TP05PUB253.
Thorsteinsson, G. and Page, T., ''Discrete Combinational Circuit Implementations for
Electronic Product Design'', December 2005, pp 1-9, Society of Manufacturing
Engineers (SME), Dearborn, Mi, USA, Technical Paper: TP05PUB255.
Page, T., ''Implementation Issues in Quality Systems'', 2006, pp1-7, Society of
Manufacturing Engineers (SME), Dearborn, Mi, USA, Technical Paper (TP06PUB120).
Page, T., ''The Abstraction of Manufacturing Features from Surface Models in CAD'',
March 2006, pp 1-11, Society of Manufacturing Engineers (SME), Dearborn, Mi, USA,
Technical Paper TP06PUB6.
Page, T., ''Geometric Modelling and Representation of Curve and Surface Operations in
3D CAD'', March 2006, pp 1-12, Society of Manufacturing Engineers (SME), Dearborn,
Mi, USA, Technical Paper TP06PUB13.
Page, T., ''A Collaborative Design Methodology for the Design of Embedded Control
Systems'', March 2006, pp 1-12, Society of Manufacturing Engineers (SME), Dearborn,
Mi, USA, Technical Paper TP06PUB14.
Page, T., ''A Direct Translation Technique for Transferring Data Between Electronic and
Mechanical CAD Systems'', March 2006, pp 1-12, Society of Manufacturing Engineers
(SME), Dearborn, Mi, USA, Technical Paper TP06PUB5.
Page, T., ''Algorithms for Collision Avoidance in Machine Tool Path Verification'',
March 2006, pp 1-13, Society of Manufacturing Engineers SME, Dearborn, Mi, USA,
Technical Paper TP06PUB9.
Page, T., ''Traditional Industry Competition - Development of an Agile Supply Chain'',
March 2006, pp 1-14, Society of Manufacturing Engineers (SME), Dearborn, Mi, USA,
Technical Paper TP06PUB7.
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
Page, T., ''The Application of Geometric Tree Structures in Constructing and Modifying
3-D Models in CAD'', March 2006, pp 1-15, Society of Manufacturing Engineers (SME),
Dearborn, Mi, USA, Technical Paper TP06PUB4.
Thorsteinsson, G. and Page, T., ''Methods for Hardware and Software Systems Design'',
March 2006, pp 1-16, Society of Manufacturing Engineers (SME), Dearborn, Mi, USA,
Technical Paper TP06PUB18.
Page, T., ''Representation Schemes Used in Geometric Modelling of Solids and Surfaces
in CAD'', March 2006, pp 1-20, Society of Manufacturing Engineers (SME), Dearborn,
Mi, USA, Technical Paper TP06PUB17.
Page, T., ''Pragmatic Considerations in Design for Production'', March 2006, pp 1-7,
Society of Manufacturing Engineers (SME), Dearborn, Mi, USA, Technical Paper
TP06PUB12.
Page, T., ''A Group Technology Approach to Computer-Aided Process Planning
Systems'', March 2006, pp 1-7, Society of Manufacturing Engineers (SME), Dearborn,
Mi, USA, Technical Paper TP06PUB8.
Page, T., ''Approaches to Focussed Manufacturing'', March 2006, pp 1-8, Society of
Manufacturing Engineers (SME), Dearborn, Mi, USA, Technical Paper TP06PUB10.
Page, T., ''Enabling Technologies for Effective Computer-Aided Manufacturing'', March
2006, pp 1-8, Society of Manufacturing Engineers (SME), Dearborn, Mi, USA,
Technical Paper TP06PUB11.
Page, T., ''An Overview of Production Control Systems for Kanban Operation'', March
2006, pp 1-9, Society of Manufacturing Engineers (SME), Dearborn, Mi, USA,
Technical Paper TP06PUB15.
Page, T., ''Key Features of Lean Production'', March 2006, pp 1-9, Society of
Manufacturing Engineers (SME), Dearborn, Mi, USA, Technical Paper TP06PUB16.
Page, T., ''Mechatronic Systems Used in Control'', June 2006, pp 1-10, Society of
Manufacturing Engineers (SME), Dearborn, Mi, USA, Technical Paper TP06PUB94.
Thorsteinsson, G. and Page, T., ''An Introduction to VLSI for Electronic Product
Design'', June 2006, pp 1-13, Society of Manufacturing Engineers (SME), Dearborn, Mi,
USA, Technical Paper: TP06PUB93.
Page, T. and Thorsteinsson, G., ''MOSFET Technologies for Logic Functions in
Electronic Product Design'', October 2006, pp1-12, Society of Manufacturing Engineers
(SME) Dearborn, Mi, USA., Technical Paper (TP06PUB118).
Page, T., ''Introduction to Bezier and NURBS Representation Schemes in Surface
Modelling'', October 2006, pp1-27, Society of Manufacturing Engineers (SME)
Dearborn,Mi, USA., Technical Paper (TP06PUB134).
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
Baloglu, A., Arunachalam, S. and Page, T., ''Re-Engineering the Supply Chain in
Internet Age: A Case Study ABB Turkey'', October 2006, pp1-27, Society of
Manufacturing Engineers (SME), Dearborn, Mi, USA., Technical Paper (TP06PUB119).
Page, T., ''Algorithms Used for Routing and Placement in VLSI'', November 2006, pp 1-
10, Society of Manufacturing Engineers (SME), Dearborn, Mi, USA, Technical Paper
(TP06PUB153).
Page, T., ''Linear Programming Techniques for Floorplanning in VLSI'', November 2006,
pp 1-12, Society of Manufacturing Engineers (SME), Dearborn, Mi, USA, Technical
Paper (TP06PUB155).
Page, T., ''Programmable Techniques for Transmission Line Optimization in VLSI'',
November 2006, pp 1-5, Society of Manufacturing Engineers (SME), Dearborn, Mi,
USA, Technical Paper (TP06PUB154).
Page, T., ''Non-Slicing Floorplan Representation Used in Linear Programming in VLSI'',
November 2006, pp 1-6, Society of Manufacturing Engineers (SME), Dearborn, Mi,
USA, Technical Paper (TP06PUB156).
Page, T., ''A Justification for Relevance in Performance Measurement Criteria'',
November 2006, pp 1-7, Society of Manufacturing Engineers (SME), Dearborn, Mi,
USA, Technical Paper (TP06PUB152).
Thorsteinsson, G. and Page, T., ''VLSI Circuit Partitioning at System, Board and
Component Level'', March 2007, pp 1-23, Society of Manufacturing Engineers (SME),
Dearborn, Mi, USA, Technical Paper (TP07PUB13).
Thorsteinsson, G. and Page, T., ''Methodologies for Placement, Floorplanning and
Clustering in VLSI Design'', March 2006, pp 1-20, Society of Manufacturing Engineers
(SME), Dearborn, Mi, USA, Technical Paper (TP07PUB14).
Ichimura, M., Arunachalam, S. and Page, T., ''Critical Training Requirements for Lean
Manufacturing'', March 2007, pp 1-16, Society of Manufacturing Engineers (SME),
Dearborn, Mi, USA, Technical Paper (TP07PUB15).
Kannan, A.R., Pandey, K., Narayanasamy, R., Arunachalam, S., Shanmugan, S. and
Page, T., ''The Performance of Deformation of Fe-0.8%C-1.0%Si-0.8%Cu Sintered
Powder Metallurgy Specimens Throughout Preform Forging '', March 2007, pp 1-21,
Society of Manufacturing Engineers (SME), Dearborn, Mi, USA, Technical Paper
(TP07PUB16).
Thorsteinsson, G. and Page, T., ''Agent-based Simulations in Engineering Education'',
July 2007, pp 1-13, Society of Manufacturing Engineers (SME), Dearborn, Mi, USA,
Technical Paper (TP07PUB73).
Iskanius, P. and Page, T., ''A Case Study in E-Business and Supply Chain Integration'',
July 2007, pp 1-9, Society of Manufacturing Engineers (SME), Dearborn, Mi, USA,
Technical Paper (TP07PUB74).
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
Thorsteinsson, G. and Page, T., ''Circuit Optimization Techniques in VLSI Design'', July
2007, pp 1-10, Society of Manufacturing Engineers (SME), Dearborn, Mi, USA,
Technical Paper (TP07PUB75).
Thorsteinsson, G. and Page, T., ''CMOS Logic Construction in VLSI'', July 2007, pp 1-
17, Society of Manufacturing Engineers (SME), Dearborn, Mi, USA, Technical Paper
(TP07PUB76).
Page, T., ''Computer Graphics in CAD/CAM'', July 2007, pp 1-7, Society of
Manufacturing Engineers (SME), Dearborn, Mi, USA, Technical Paper (TP07PUB77).
Page, T., ''Design Process: A Case Study in Product Improvement'', July 2007, pp 1-10,
Society of Manufacturing Engineers (SME), Dearborn, Mi, USA, Technical Paper
(TP07PUB78).
Thorsteinsson, G. and Page, T., ''Innovative Technology Education'', July 2007, pp 1-14,
Society of Manufacturing Engineers (SME), Dearborn, Mi, USA, Technical Paper
(TP07PUB79).
Thorsteinsson, G. and Page, T., ''Detailed Routing Considerations in VLSI'', July 2007,
pp 1-10, Society of Manufacturing Engineers (SME), Dearborn, Mi, USA, Technical
Paper (TP07PUB80).
Page, T., ''Effective Computer-Aided Manufacturing'', July 2007, pp 1-7, Society of
Manufacturing Engineers (SME), Dearborn, Mi, USA, Technical Paper (TP07PUB81).
Thorsteinsson, G. and Page, T., ''Global Routing Techniques in VLSI'', July 2007, pp 1-
7, Society of Manufacturing Engineers (SME), Dearborn, Mi, USA, Technical Paper
(TP07PUB82).
Page, T. and Thorsteinsson, G., ''Innovative and Practical Use of Knowledge is the Key
to the Future'', July 2007, pp 1-9, Society of Manufacturing Engineers (SME), Dearborn,
Mi, USA, Technical Paper (TP07PUB83).
Page, T. and Thorsteinsson, G., ''Maze Routing Methods in VLSI'', July 2007, pp 1-9,
Society of Manufacturing Engineers (SME), Dearborn, Mi, USA, Technical Paper
(TP07PUB84).
Thorsteinsson, G., Page, T. and Lehtonen, M., ''Network-Based Group Learning in
Innovative Product Engineering'', July 2007, pp 1-6, Society of Manufacturing Engineers
(SME), Dearborn, Mi, USA, Technical Paper (TP07PUB85).
Page, T. and Thorsteinsson, G., ''Process Planning in Machine Tool Metal Cutting'', July
2007, pp 1-12, Society of Manufacturing Engineers (SME), Dearborn, Mi, USA,
Technical Paper (TP07PUB86).
Page, T. and Thorsteinsson, G., ''Product Development Technologies'', July 2007, pp 1-7,
Society of Manufacturing Engineers (SME), Dearborn, Mi, USA, Technical Paper
(TP07PUB87).
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
Page, T., ''Production Levelling and Scheduling'', July 2007, pp 1-8, Society of
Manufacturing Engineers (SME), Dearborn, Mi, USA, Technical Paper (TP07PUB88).
Page, T. and Thorsteinsson, G., ''Rendering Techniques in Geometric Modelling'', July
2007, pp 1-11, Society of Manufacturing Engineers (SME), Dearborn, Mi, USA,
Technical Paper (TP07PUB89).
Page, T. and Thorsteinsson, G., ''Routing Techniques in VHDL'', July 2007, pp 1-8,
Society of Manufacturing Engineers (SME), Dearborn, Mi, USA, Technical Paper
(TP07PUB90).
Page, T. and Thorsteinsson, G., ''Setup-Time Reduction and Equipment Maintenance'',
July 2007, pp 1-7, Society of Manufacturing Engineers (SME), Dearborn, Mi, USA,
Technical Paper (TP07PUB91).
Page, T., Thorsteinsson, G. and Hasari, M., ”Technical Creativity in a Virtual Reality
Learning Environment'', July 2007, pp 1-12, Society of Manufacturing Engineers (SME),
Dearborn, Mi, USA, Technical Paper (TP07PUB92).
Page, T., Thorsteinsson, G. and Lehtonen, M. ''A Virtual Reality Learning for the
Support of Learning in Engineering Education'', July 2007, pp 1-16, Society of
Manufacturing Engineers (SME), Dearborn, Mi, USA, Technical Paper (TP07PUB94).
Page, T. and Thorsteinsson, G., ''Product Data Management and Standardization in
Computer-Aided Engineering Data'', July 2007, pp 1-9, Society of Manufacturing
Engineers (SME), Dearborn, Mi, USA, Technical Paper (TP07PUB95).
Page, T. ''Assembly modelling in Computer-Aided Engineering'', July 2007, pp 1-6,
Society of Manufacturing Engineers (SME), Dearborn, Mi, USA, Technical Paper
(TP07PUB96).
Page, T. ''Activity-Based Costing (ABC) in Operations management'', July 2007, pp 1-6,
Society of Manufacturing Engineers (SME), Dearborn, Mi, USA, Technical Paper
(TP07PUB97).
Page, T. ''Components of Lean Production'', July 2007, pp 1-8, Society of Manufacturing
Engineers (SME), Dearborn, Mi, USA, Technical Paper (TP07PUB98).
Page, T. ''Analogue to Digital Conversion in Embedded Devices'', July 2007, pp 1-9,
Society of Manufacturing Engineers (SME), Dearborn, Mi, USA, Technical Paper
(TP07PUB99).
Arreymbi, J., Arunachalam, S. and Page, T., ''Evaluating the Effects of Radio Frequency
identification (RFID) Applications in Manufacturing and Business'', July 2007, pp 1-12,
Society of Manufacturing Engineers (SME), Dearborn, Mi, USA, Technical Paper
(TP07PUB100).
Page, T. and Thorsteinsson, G., ''Data and Information Management in Design and
Manufacturing'', July 2007, pp 1-11, Society of Manufacturing Engineers (SME),
Dearborn, Mi, USA, Technical Paper (TP07PUB101).
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
Page, T. and Thorsteinsson, G., ''Constraint and Variational Techniques in Solid
Modelling'', July 2007, pp 1-4, Society of Manufacturing Engineers (SME), Dearborn,
Mi, USA, Technical Paper (TP07PUB102).
Page, T. ''Concurrent Engineering in the Era of Mass Customization'', July 2007, pp 1-
18, Society of Manufacturing Engineers (SME), Dearborn, Mi, USA, Technical Paper
(TP07PUB103).
Page, T. ''VLSI Digital Design Techniques'', July 2007, pp 1-15, Society of
Manufacturing Engineers (SME), Dearborn, Mi, USA, Technical Paper (TP07PUB104).
Page, T. and Thorsteinsson, G., ''Computer-Aided Engineering Firmware Needs'', July
2007, pp 1-8, Society of Manufacturing Engineers (SME), Dearborn, Mi, USA,
Technical Paper (TP07PUB105).
Page, T. and Thorsteinsson, G., ''Cycle Time Reduction in Cellular Manufacturing
Systems'', July 2007, pp 1-6, Society of Manufacturing Engineers (SME), Dearborn, Mi,
USA, Technical Paper (TP07PUB106).
Page, T., ''Strategic Level Decision-Making in Capacity Planning'', July 2007, pp 1-7,
Society of Manufacturing Engineers (SME), Dearborn, Mi, USA, Technical Paper
(TP07PUB107).
Page, T. and Thorsteinsson, G., ''The Effect of CAD/CAM in Casting'', July 2007, pp 1-
4, Society of Manufacturing Engineers (SME), Dearborn, Mi, USA, Technical Paper
(TP07PUB108).
Page, T. and Thorsteinsson, G., ''Operational Issues in Supply Chain Management'', July
2007, pp 1-6, Society of Manufacturing Engineers (SME), Dearborn, Mi, USA,
Technical Paper (TP07PUB109).
Page, T. and Thorsteinsson, G., ''Geometric Modelling of Curves in CAD'', July 2007, pp
1-7, Society of Manufacturing Engineers (SME), Dearborn, Mi, USA, Technical Paper
(TP07PUB110).
Page, T. and Thorsteinsson, G., ''DFA/DFM Tools for Successful Product Development'',
August 2007, pp 1-9, Society of Manufacturing Engineers (SME), Dearborn, Mi, USA,
Technical Paper (TP07PUB187).
Page, T. and Thorsteinsson, G., ''Design Specifications: Emphasis on Design fir
Assembly'', August 2007, pp 1-10, Society of Manufacturing Engineers (SME),
Dearborn, Mi, USA, Technical Paper (TP07PUB188).
Thorsteinsson, G. and Page, T., ''Via Minimisation Techniques in IC Design'', December
2007, pp 1-14, Society of Manufacturing Engineers (SME), Dearborn, Mi, USA,
Technical Paper (TP07PUB201).
Thorsteinsson, G. and Page, T., ''A Methodology for Digital Design'', December 2007, pp
1-10, Society of Manufacturing Engineers (SME), Dearborn, Mi, USA, Technical Paper
(TP07PUB202).
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
Thorsteinsson, G. and Page, T., ''Placement Considerations in Gate Array Design'',
December 2007, pp 1-11, Society of Manufacturing Engineers (SME), Dearborn, Mi,
USA, Technical Paper (TP07PUB203).
Thorsteinsson, G. and Page, T., ''2D Placement Constraints in Digital Design'', December
2007, pp 1-6, Society of Manufacturing Engineers (SME), Dearborn, Mi, USA,
Technical Paper (TP07PUB204).
Page, T., ''The Role of Manufacturing in E-Commerce'', December 2007, pp 1-10,
Society of Manufacturing Engineers (SME), Dearborn, Mi, USA, Technical Paper
(TP07PUB205).
Page, T., ''Applications of Design and Analysis'', December 2007, pp 1-9, Society of
Manufacturing Engineers (SME), Dearborn, Mi, USA, Technical Paper (TP07PUB206).
Thorsteinsson, G. and Page, T., ''Multi-Dimensional Tolerance Assignment'', December
2007, pp 1-11, Society of Manufacturing Engineers (SME), Dearborn, Mi, USA,
Technical Paper (TP07PUB207).
Muhos, M., Iskanius, P. and Page, T., ''Agility in the Finnish Metal Industry'', December
2007, pp 1-11, Society of Manufacturing Engineers (SME), Dearborn, Mi, USA,
Technical Paper (TP07PUB208).
Helaakoski, H., Peltomaa, I., Iskanius, P. and Page, T., ''A Roadmap towards E-
Commerce in the Steel Product Industry'', December 2007, pp 1-10, Society of
Manufacturing Engineers (SME), Dearborn, Mi, USA, Technical Paper (TP07PUB209).
Helaakoski, H., Iskanius, P. and Page, T., ''A Computer-Supported Collaborative Tool
for Continuous Improvement'', December 2007, pp 1-14, Society of Manufacturing
Engineers (SME), Dearborn, Mi, USA, Technical Paper (TP07PUB210).
Page, T., ''Performance Measurement in the Product Design Process'', December 2007,
pp 1-11, Society of Manufacturing Engineers (SME), Dearborn, Mi, USA, Technical
Paper (TP07PUB211).
Page, T., ''Tolerance Assignment in 3D-CAD'', December 2007, pp 1-7, Society of
Manufacturing Engineers (SME), Dearborn, Mi, USA, Technical Paper (TP07PUB212).
Page, T., ''Quality Measures in Product Design'', December 2007, pp 1-11, Society of
Manufacturing Engineers (SME), Dearborn, Mi, USA, Technical Paper (TP07PUB213).
Helaakoski, H., Peltomaa, I., Kipina, J., Iskanius, P. and Page, T., ''A Business Model in
Support of Agility in the Steel Industry Sector'', December 2007, pp 1-8, Society of
Manufacturing Engineers (SME), Dearborn, Mi, USA, Technical Paper (TP07PUB214).
Thorsteinsson, G. and Page, T., ''Advanced Design Rules in Routing'', December 2007,
pp 1-8, Society of Manufacturing Engineers (SME), Dearborn, Mi, USA, Technical
Paper (TP07PUB215).
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
Thorsteinsson, G. and Page, T., ''Technology Mapping of Functions in IC design'',
December 2007, pp 1-8, Society of Manufacturing Engineers (SME), Dearborn, Mi,
USA, Technical Paper (TP07PUB216).
Thorsteinsson, G. and Page, T., ''Routing Techniques in IC Design'', December 2007, pp
1-9, Society of Manufacturing Engineers (SME), Dearborn, Mi, USA, Technical Paper
(TP07PUB217).
Thorsteinsson, G. and Page, T., ''Routing and Cell design Rules'', December 2007, pp 1-
9, Society of Manufacturing Engineers (SME), Dearborn, Mi, USA, Technical Paper
(TP07PUB218).
Thorsteinsson, G. and Page, T., ''Maze Routing in IC Design'', December 2007, pp 1-11,
Society of Manufacturing Engineers (SME), Dearborn, Mi, USA, Technical Paper
(TP07PUB219).
Thorsteinsson, G. and Page, T., ''Detailed Routing Design Rules'', December 2007, pp 1-
13, Society of Manufacturing Engineers (SME), Dearborn, Mi, USA, Technical Paper
(TP07PUB220).
Thorsteinsson, G. and Page, T., ''Global Routing in IC Design'', December 2007, pp 1-8,
Society of Manufacturing Engineers (SME), Dearborn, Mi, USA, Technical Paper
(TP07PUB221).
Thorsteinsson, G. and Page, T., ''Enhanced Productivity Through Focused Production
Methods”, January 2008, pp 1-9, Society of Manufacturing Engineers (SME), Dearborn,
Mi, USA, Technical Paper (TP08PUB19).
Thorsteinsson, G. and Page, T., “Process Modelling in a Product Development Project'',
January 2008, pp 1-9, Society of Manufacturing Engineers (SME), Dearborn, Mi, USA,
Technical Paper (TP08PUB20).
Hepburn, M. R. and Page, T., Development and Evaluation of Ubiquitous M-Learning
Tools for Support of Design and Technology Education. July 2006, Poster Presentation
at the Design and Technology International Research Conference 2006. 'Designing the
Future'.
Gísli Þorsteinsson (1993). Sumarskóli í nýsköpun, Heimili og skóli, 2, 31–33.
Gísli Þorsteinsson. (1995). Nýsköpun er lífið sjálft, Handmennt, 1, 14–16.
Thorsteinsson, G. (1996). Nyskapelse i islandske grunnskoler, Håndarbejde i skolen, 1,
22–23.
Thorsteinsson, G. (1997). Nyskapelse i islandske grunnskoler, Handarbejde, 1, 55-58.
Gísli Þorsteinsson. (1998). Nýsköpun og tækni. Æskan, 8, 42.
Gísli Þorsteinsson. (1998). Nýsköpun og tækni. Æskan, 10, 32.
Gísli Þorsteinsson. (1997). Nýsköpunarstarf í grunnskóla, Uppeldi og menntun, 6, 41–48.
Gísli Þorsteinsson. (1999). Smíðar og upplýsingatækni, Handmennt, 14, 18–19.
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
Thorsteinsson, G. (2000). Skolen i idéernes tidsalder, Nyskabelse i islandske grundskoler.
Vi i Norden/ Entreprenörskab, 2, 7-8.
Denton H. & Thorsteinsson G. (2003). The Development of Innovation Education in
Iceland: a Pathway to Modern Pedagogy and Potential Value in the UK”. The Data
Journal, 8(3), 172-179. ISSN 1360-1431.
Martin, J., Dakers, J., Duvernet, L., Kipperman., Kumar, K., Kin., Siu, M.,
Thorsteinsson, G., Welch, M. (2003). In Search for a Sustainable Future: An
International Overview of the Contribution from Design and Technology Education. The
Data Journal, 8(3), 137-149. ISSN 1360-1431.
Thorsteinsson, G., Denton, H.G., Page, T. and Yokoyama, E. (2005). Innovation
Education within the Technology Curriculum in Iceland , Bulletin of Institute of
Vocational and Technical Education, Graduate School of Education and Human
Development, 2(1), 1-9. Nagoya University, Japan. ISSN 1348-4893.
Thorsteinsson, G., Page, T., Lehtonen, M., Yokoyama, E. and Ruokamo, H. (2005). A
Virtual Learning Environment in Support of Blended and Distance Learning in
Technology and Design Education, Bulletin of Institute of Vocational and Technical
Education, Graduate School of Education and Human Development, Nagoya University,
Japan , 2(1), pp 10-20, ISSN 1348-4893.
Lehtonen, M., Page, T. and Thorsteinsson, G. (2005). Simulations and Virtual Realities
as Modern Tools in Technology Education: Looking for Proper Pedagogical Models, in
Multidisciplinary Approaches to Learning, Latva-Karjamaa, R. and Outinen, H. (eds),
Helsinki University Press, Helsinki , pp. 138-139.
Lehtonen, M., Page, T., Vahtivuori-Hanninen, S. and Thorsteinsson, G. (2005).
Emotionality Considerations in Virtual Reality on Simulation Based Learning, in
Multidisciplinary Approaches to Learning, Latva-Karjamaa, R. and Outinen, H., Helsinki
University Press, Helsinki , December 2005, pp. 106-107.
Lehtonen, M., Thorsteinsson, G., Page, T. and Ruokamo, H. (2005). A Virtual Learning
Environment for the Support of Learning in Technology Education, Advanced
Technology for Learning. Helsinki: ACTA Press, 2(3), 129-139. ISSN 1710
Lehtonen, M., Thorsteinsson, G., Page, T. and Ruokamo, H. (2006). A Virtual Learning
Environment for the Support of Learning in Technology Education. Advanced
Technology for Learning, ACTA Press, 2(3), 129-139. ISSN 1710-2251.
Thorsteinsson, G., Denton, H.G., Page, T. and Yokoyama, E. (2006). Innovation
Education within the Technology Curriculum in Iceland, Bulletin of Institute of
Vocational and Technical Education, Graduate School of Education and Human
Development, Nagoya University, Japan, 2(1), 1-9. ISSN 1348-4893.
Page, T., Lehtonen, M., Thorsteinsson, G., Yokoyama, E. and Ruokamo, H. (2006). A
Virtual Learning Environment in Support of Blended and Distance Learning in
Technology and Design Education, Bulletin of Institute of Vocational and Technical
Education, Graduate School of Education and Human Development, Nagoya University,
Japan, 2(1), 10-20. ISSN 1348-4893.
Page, T., Lehtonen, M. and Thorsteinsson, G. (2006). The web-orientation agent (WOA)
for simulated learning in technology education, International Journal of Learning
Technology, 2(1), 62-76, ISSN1477-8386.
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
Page, T., Ha, J.G. and Thorsteinsson, G. (2006). An Evaluation of the Effectiveness of
Blended Learning Using a Virtual Learning Environment in Support of Computer Aided
Engineering, The Journal of the Korea Digital Design Association, 11(2), 492-503.
Page, T., Thorsteinsson, G., Lehtonen, M. and Ha, J.G. (2006). Design and Technology
Education Supported by a Virtual Reality Learning Environment, Journal of Asia-Pacific
Society of Design: Design Forum, 2(5), 175-186. ISSN1975-2946.
Thorsteinsson, G. and Page, T. (2006). Innovation and Practical Use of Knowledge is a
Way to Future Education, Bulletin of the Institute of Vocational and Technical Education
: Graduate School of Education and Human Development, Nagoya University, Japan,
3(1) 103-111. ISBN 1348-4893.
Thorsteinsson, G., Page, T. and Hasari, M. (2006). Creativity, Intelligence and Emotions
in InnoEd, Bulletin of the Institute of Vocational and Technical Education, Graduate
School of Education and Human Development, Nagoya University, Japan, 3(1), 93-102.
ISBN 1348-4893.
Thorsteinsson, G., Page, T. and Lehtonen, M. (2006). An Orientation Assistant (OA) for
Guiding Learning through Simulation of Electronics Technology in Technology
Education, Studies in Informatics and Control, 15(2), 181-192. ISSN 1220-1766.
Thorsteinsson, G., Page, T. and Lehtonen, M. (2006). Orientation of Learning in
Technology Education Through Assistive Simulations in Electronics Technology, I-
manager’s Journal of Educational Technology, 3(2), 38-48. ISBN 0973-0559.
Thorsteinsson, G. and Page, T. (2006). Computer-Aided Manufacturing & Rapid
Prototyping Techniques. August 2005, pp 1-5. Society of Manufacturing Engineers
(SME), Dearborn. Dearborn: Society of Manufacturing Engineers. SME Technical Paper:
TP05PUB69.TP05PUB113.
Thorsteinsson, G. and Page, T. (2006). Parametric Modelling in 3D CAD Systems Using
Constraint and Variational Based Techniques. August 2005, pp 1-5. Society of
Manufacturing Engineers (SME), Dearborn. Dearborn: Society of Manufacturing
Engineers. SME Technical Paper: TP05PUB69.TB05PUB157.
Page, T., Hepburn, M., Lehtonen, M., Thorsteinsson, G. and Arunachalam, S. (2007).
Emotional and Aesthetic Factors of Virtual Mobile Learning Environments, International
Journal of Mobile Learning and Organisation, 1(2), 140-158. ISBN 1746-725X.
Thorsteinsson, G. and Page, T. (2007). Creativity in Technology Education Facilitated
Through Virtual Reality Learning Environments – A Case Study, i-manager’s Journal of
Educational Technology, 3(4), 74-86. ISBN 0973-0559.
Page, T., Thorsteinsson, G. and Ha, J.G. (2007). Technology Enhanced Learning in
Design Education Through the Use of Virtual Reality Learning Environments, Journal of
Asia-Pacific Society of Design: Design Forum, 4(5), 213-224. ISBN 1975-2946.
Lehtonen, M., Page, T., Thorsteinsson, G. and Hepburn, M. (2007). An Application of a
Virtual Learning Environment in Support of Teaching and Learning for Design and
Technology Education, International Journal of Learning Technology, 3(2), 133-151.
ISBN 1477-8386.
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
Thorsteinsson, G., Page, T., Lehtonen, M. and Niculescu, A. (2007). Innovative
Technology Education in a Virtual Reality Learning Environment, Journal of Studies in
Informatics and Control, 16(3), 297-306. ISBN 1220-1766.
Thorsteinsson, G. and Page, T. (2007). Computer Supported Collaborative Learning in
Technology Education Through Virtual Reality Learning Environments, Bulletin of the
Institute of Vocational and Technical Education, Graduate School of Education and
Human Development, Nagoya University, Japan, 4(1), 6-19. ISBN 1348-4893.
Thorsteinsson, G. and Page, T. (2007). FISTE: A European Project for In-Service
Teacher Education, CETA Magazine, Jornadas Pedagógicas Para La Enseñanza De
Inglés, 9(5), 30-35. ISSN1578-5807.
Page, T., Thorsteinsson, G. (2007). Practitioner-Based Approach to Virtual Reality
Learning Environment Research. i-Managers’ Journal of Educational Technology. 4(1),
53-65. ISBN: 0973-0559.
Lehtonen, M., Page, T. and Thorsteinsson, G. (2007). Simulations and Virtual Realities
as Modern Tools in Technology Education: Looking for Proper Pedagogical Models, in
Multidisciplinary Approaches to Learning, Latva-Karjamaa, R. and Outinen, H. (eds),
Helsinki University Press, Helsinki, December 2007, pp 138-139.
Lehtonen, M., Thorsteinsson, G. and Page, T. (2007). Observing Emotional Experiences
in Online Education, Journal on Educational Psychology Special Issue on ‘Attempt to
explore the mental mechanism of teaching & learning’, 1(2), 28-42, ISBN 0973-8827.
Thorsteinsson, G. and Page, T. (2007). Pedagogic Development of Computer
Applications and Learning Tools in Design and Technology Education. Educatia 21
Journal, 4(1), 97-116, ISSN 1841-0456.
Thorsteinsson, G. and Page, T. (2007). Using Virtual Reality Learning Environment
Technology for Enhanced Learning in Europe. Educatia 21 Journal, Nr. 4(1), 116-133,
Cluj. ISSN 1841-0456.
Thorsteinsson, G., Page, T., and Lehtonen, M. (2007). The pedagogical-guiding agent
(PGA) for guiding learning through simulation of electronic technology in design and
technology education. Pedagogija un skolotaju izglitiba, Pedagogy and
Teachers´Education, 715(1), 145-157. University of Latvia.ISBN 978-9984-802-75-6,
ISSN1407-2157.
Thorsteinsson, G. (2007). Nýsköpunarnám í sýndarumhverfi, Rannísblaðið 2(4), 9.
Page, T. and Thorsteinsson, G. (2007). Technology Enhanced Learning in Design and
Technology Education. Journal of Education Technology. Special Issue on The world of
technology where education meets boundless heights, 4(2), 23-35. ISSN: 0973-0559.
Thorsteinsson G. and Page T. (2007).“BSCW as a Managed Learning Environment for
International In-service Teacher Education. I-manager’s Journal on School Educational
Technology, 3( 2), 37-44.
Thorsteinsson G. and Page T. (2007).“Implementing the Fiste Educational Technology
for Electronic Design and Technology Education using BSCW at Loughborough
University. i-manager’s Journal on School Educational Technology, 4(3), 21-28.
Thorsteinsson, G., and Page, T. (2008). “Reflecting from the Literature on Constructivist
Learning in Virtual reality in Relation to the FISTE Comenius 2.1 Project”. Educatia 21,
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
Special issue on ICT in Education: Reflections and Perspectives, 95-104. Cluj-Napoca:
University of Babes-Bolyia, ISBN: 1841-0456.
Thorsteinsson, G., and Page, T. (2008). Computer Mediated Communication as a
Collaborative Learning Environment for In-Service Teachers’ Education. Educatia 21,
Special issue on ICT in Education: Reflections and Perspectives, 129-135. Cluj-Napoca:
University of Babes-Bolyia. ISBN: 1841-0456.
Thorsteinsson, G., and Page, T. (2008). Computer Supportive Communication Learning
Approach to Improve In-Service Teachers’ Education in Europe. Educatia 21, Special
issue on ICT in Education: Reflections and Perspectives, 136-142. Cluj-Napoca:
University of Babes-Bolyia. ISBN: 1841-0456.
Thorsteinsson, G., and Page, T. (2008). Implementing the FISTE Educational
Technology for Electronic Design and Technology Education Using BSCW at
Loughborough University. Educatia 21, Special issue on ICT in Education: Reflections
and Perspectives, 158-165. Cluj-Napoca: University of Babes-Bolyia. ISBN: 1841-0456.
Thorsteinsson, G., and Page, T. (2008). Piloting New Ways of Collecting Empirical Data
During the FISTE Project. Educatia 21, Special issue on ICT in Education: Reflections
and Perspectives, 215-226. Cluj-Napoca: University of Babes-Bolyia. ISBN: 1841-0456.
Thorsteinsson, G., and Page, T. (2008). Using the BSCW to run an multinational on-line
in-service teacher course in Europe. Educatia 21, Special issue on ICT in Education:
Reflections and Perspectives, 261-268. Cluj-Napoca: University of Babes-Bolyia. ISBN:
1841-0456.
Thorsteinsson, G., and Page, T. (2008). Blended Learning Approach to Improve In-
Service Teacher Education in Europe through the FISTE Comenius 2.1 Project. Educatia
21, Special issue on ICT in Education: Reflections and Perspectives, 291-297. Cluj-
Napoca: University of Babes-Bolyia. ISBN: 1841-0456.
Page, T. and Thorsteinsson, G. (2008). Implementing the FISTE Educational Technology
for Electronic Design and Technology Using BSCW at Loughborough University.
Journal of Education Technology, 4(3), 39-45. ISSN: 0973-0559.
Thorsteinsson, G., Page, T. and Lehtonen, M. (2008). Pedagogical Dimensions of
Technology Education. Magyar Pedagógia. Journal of the Educational Committee of the
Hungarian Academy of Sciences, 107(2), 95-109.
Page, T., Thorsteinsson, G., Lehtonen, M. and Niculescu A. (2008). A Pedagogical
Consideration of Technology Enhanced Laboratory Work in Technology Education,
Journal of Studies in Informatics and Control, 17(1), 85-94. ISBN 1220-1766.
Page, T., Thorsteinsson, G., Uden, L. and Lehtonen, M. (2008). A Methodology for the
Evaluation of Online Learning Resources. Journal of Educational Technology. 4(4), 16-
27. ISSN: 0973-0559.
Page, T., Thorsteinsson, G., Lee, J. and Ha, J.G. (2008). Usability Concerns in the Design
of Consumer Electronic Products, The Journal of Digital Design. Korea Digital Design
Society, 8(2), 497-515. ISSN: 1598-2319.
Jonsdottir, S., Thorsteinsson, G. and Page, T. (2008). The Ideology of Innovation
Education and its Emergence as a New Subject in Compulsory Schools, Journal of
School Educational Technology. 3(4), 66-75. ISSN:0973-2217.
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
Thorsteinsson, G. and Page, T. (2008). Curriculum Development to Improve Creativity in
Education, Journal of Education. Pedagogical Society of Serbia, 3(2), pp 121-135. ISSN:
0547-3330.
Lehtonen, M., Page, T., Miloseva, L. and Thorsteinsson, G. (2008). Development of
Social Mediation and Emotional Regulation in Virtual Learning Environment Research.
Journal on Educational Psychology. 2(1), 44-57, ISSN: 0973-8827.
Page, T. and Thorsteinsson, G. (2008). Approaches to the Application of the Unified
Modelling Language in Manufacturing Automation, Journal of Software Engineering,
Special Issue on Networking/ Wireless Networks and Emerging Technologies, 3(1), n-n,
ISSN: 0973-5151.
Page, T. and Thorsteinsson, G. (2008). A Blended Learning Route to Improving
Innovation Education in Europe, Journal of School Educational Technology. 4(1), 18-23.
ISSN:0973-2217.
Thorsteinsson, G., and Page, T. (2008). Innovative Technology Education using a Virtual
Reality Learning Environment. Pedagogika, Mokslo Darbai, Vilniaus Pedagoginis
Universitetas, 90(1), 26-35. ISSN: 1392-0340.
Thorsteinsson, G., and Page, T. (2008). A Virtual Reality Learning Environment to
improve ideation: An Icelandic action research project. Pedagogika 2008, Mokslo Darbai,
Vilniaus Pedagoginis Universitetas, 91(3), 42-53. ISSN: 1392-0340.
Thorsteinsson, G. and Denton, H.G. (2008). Developing an understanding of the
pedagogy of using a Virtual Reality Learning Environment (VRLE) to support
Innovation Education (IE) in Iceland: a literature survey, Design and Technology
Education: An International Journal, 13(2), 15-26. ISBN 1360-1431.
Page, T., Thorsteinsson, G. and Niculescu A. (2008). A Blended Learning Approach to
Enhancing Innovation, Journal of Studies in Informatics and Control, 17(3), 297-304.
ISBN 1220-1766.
Page, T. and Thorsteinsson, G. (2008). Testing of Analogue Design Rules using a Digital
Interface, Journal of Electrical Engineering, 2(1), 5-9. ISSN: 0973-8835.
Page, T. and Thorsteinsson, G. (2008). Approaches to the Application of the Unified
Modeling Language in Manufacturing Automation, Journal of Software Engineering,
3(1), 1-5. ISSN: 0973-5151.
Thorsteinsson, G. and Page, T. (2008). Camtasia as a Design Research Tool for the
Development of In-Service Teacher Education in Europe. Menas Dizainas Meninis
Ugdymas Ieskojimai ir Aradimai, 208(1), 89-98. University of Kaunus, Lithuania. ISBN
978-9955-27-128-4.
Page, T., Thorsteinsson, G. and Vismantiene, R. (2008). Adoption of Sustainable Design
in the Industrial Design Curriculum at Loughborough University. Dizainas, Kuryba Ir
Naujosios Technologijos, 11(1), 60-62. University of Vilnius, Lithuania. ISBN 978-9955-
888-14-7.
Thorsteinsson, G., Page, T., and Vismantiene, R. (2008). The Application of TRIZ in
Product Design. Dizainas, Kuryba Ir Naujosios Technologijos. November Issue, 71-74.
University of Vilnius, Lithuania. ISBN 978-9955-888-14-7.
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
Page, T., Thorsteinsson, G., Lorna Uden and Miika Lehtonen. (2008). A methodology for
evaluation of online resources. Journal of School Educational Technology. 4(4), 16-27.
ISSN:0973-0559.
Johnsdottir, S., Page, T., Thorsteinsson, G and Niculescu, A. (2008). An Investigation
into the Development of Innovation Education as a New Subject in Secondary School
Education. Cognition Brain Behaviour: An Interdisciplinary Journal. (Special Issue:
Mixed Methods Research), 12(4), 453-468. ISSN:1224-8398.
Page, T., Thorsteinsson, G. and Ha, J. G. (2008). A. Feasibility Study into the
Application of CAD/CAM in a Traditional Industry Sector. Design Knowledge, Journal
of the Korean Design Knowledge Forum. 8, 131-140. ISSN 2005-0623.
Thorsteinsson, G. and Page, T. (2008). Enhanced Productivity Through Focused
Production Methods, January 2008, pp 1-9, Society of Manufacturing Engineers (SME),
Dearborn, Mi, USA, Technical Paper (TP08PUB19).
Thorsteinsson, G. and Page, T. (2008). Process Modelling in a Product Development
Project, January 2008, 1-9, Society of Manufacturing Engineers (SME), Dearborn, Mi,
USA, Technical Paper (TP08PUB20).
Thorsteinsson, G., Hönnun og smíði. Rannsókn á verkefnavali grunnskólanemenda.
Skólavarðan. Málgagn Kennarasambands Íslands 7(8), 22-24.
Page, T., G. Thorsteinsson, M. Lehtonen and Niculescu, A. (2009). Management of
Knowledge in a Problem Based Learning Environment. Studies in Informatics and
Control, 18(3), 255-262. ISSN 1220-1766.
Thorsteinsson, G., Page, T. and Olafson, B. (2009). Moving from Craft to Technology
Education in Icelandic Schools, Journal of Studies in Informatics and Control, 18(4),
369-378. ISBN 1220-1766.
Thorsteinsson, G. and Page, T. (2009). A Computer Supported Cooperative Learning
Course to Support the Use of ICT in Practical and Creative Education, I-managers
Journal on School Educational Technology, 4(3), 6-12. ISBN 0973-2217.
Page, T. and Thorsteinsson, G. (2009). Brand Power Through Effective Design, Journal
of Management, 4(1), 11-25. ISSN: 0973-5054.
Thorsteinsson, G., and Olafsson, B. (2009). Design and Craft Education in Iceland,
Pedagogical Background and Development: A literature review. Design and Technology
Education: An International Journal, 14(2), 10-24. ISBN 1360-1431.
Thorsteinsson, G. and Page, T. (2009). Empirical Data Collection and Analysis Using
Camtasia and Transana, I-managers Journal of Educational Technology, 6(2), 41-49.
ISBN 0973 2217.
Thorsteinsson, G., Olafsson, B., Yokoyama E. and Hiroshi, N.
(2009).アイスランドにおける手工教育の起源. (Þýðing af innsendri grein: Icelandic
Craft Education. Bulletin of the Institute of Vocational and Technical Education, Nagoya
University: Graduate School of Education and Human Development, , Japan, (6)1, 51-60.
ISBN 1348-4893.
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
Page, T. and Thorsteinsson, G. (2009). A Methodology for the Design of Learning
Environments. The Turkish Online Journal of Educational Technology (TOJET). (8)1, 5-
14, ISSN: 1303-6521.
Page, T. and Thorsteinsson, G. (2009). An Electronic Design Methodology For Adaptive
Control Systems. i-manager’s Journal on Electrical Engineering, 21(3).
Thorsteinsson, G., Olafsson, B. and Yokoyama, E. (2009). The Origin of Icelandic Craft
Education. Bulletin of the Institute of Vocational and Technical Education, Graduate
School of Education and Human Development, Nagoya University, Japan, (6)1, 40-51.
ISBN 1348-4893.
Page, T. and Thorsteinsson, G. (2009). A Methodology For The Design Of Learning
Environments. The Turkish Online Journal of Educational Technology – TOJET, 8(1), 5-
14. ISSN: 1303-6521. Accessed 25.10. 2013 from the www:
http://www.tojet.net/articles/v8i1/811.pdf
Thorsteinsson, G., Page, T. and Niculescu, A. (2019). Using Virtual Reality for
Developing Design Communication, Journal of Studies in Information and Control,
19(1), 93-106. ISBN 1220-1766.
Thorsteinsson, G, Page, T. and Niculescu, A. (2010). Adoption of ICT in supporting
ideation skills in conventional classroom settings, Journal of Studies in Informatics and
Control, 193(3), 309-318. ISSN 1200-1766.
Miloseva, L., Page, T., Lehtonen, M., Marelja, J. and Thorsteinsson, G. (2010).
Adolescents’ Computer Mediated Learning and Influences on Personal Relationships,
Journal of Educational Psychology, 3(3), 35-43. ISBN 0973-8827.
Olafsson, B. and Thorsteinsson G. (2010). Examining Design and Craft Education in
Iceland. Curriculum development and present situation. Formakademisk, 3(2), 39-50.
Oslo.
Thorsteinsson, G. and Page, T., The FISTE Project from a Teacher’s Perspective, i-
manager’s Journal on School Educational Technology, 5(3), 18-25. ISBN0973-2217.
Page, T. and Thorsteinsson, G. (2010). Predictive Analysis in VLSI Design, Journal of
Software Engineering, 4(4), 33-39. ISBN 0973 5151.
Braslauskiene R., Vismantine, R and Thorsteinsson, G. (2010). Condition of safe
environment creation in preschool Educational institutions and its development prospects.
i-manager’s Journal on School Educational Technology, 6(1), 41-60.
Page, T., Thorsteinsson, G. and Ha, J.G. (2010). Natural sections in product design,
International Journal of Contents, 7(2), 71-82. ISSN 1738-6764.
Ha, J.G., Thorsteinsson, G. and Page, T. (2011). A Study on Technophobia and Mobile
Device Design. International Journal of Contents, 7(2), 17-25. The Korea Contents
Society.
Thorsteinsson, G. and Page, T. (2011). Encouraging innovativeness through Computer-
Assisted Collaborative Learning. Journal on School Educational Technology. 12(4). 22-
31. ISSN: 0973-8827.
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
Thorsteinsson, G. and Olafsson, B. (2011). A survey on students design decisions in
Design and Craft education in Icelandic schools. Techne Serien, Forskning i
slöjdpedagogik och slöjdvetenskap, 18(1). 153-162. ISSN: 1893-1774.
Olafsson, B. and Thorsteinsson, G. (2011). Hönnun og smíði. Hugmyndafræðilegur
bakgrunnur og þróun námsgreinar. Uppeldi og menntun. 20(1), 51-74.
Olafsson, B. and Thorsteinsson, G. (2011). The intelligence of the hands: studying the
origin of pedagogical craft education. Journal on School Educational Phychology, 5(3),
1-9.
Thorsteinsson, G. and Page, T. (2011). A survey on students opportunity to form their
own ideas in Design and Craft education in Iceland? Journal on School Educational
Technology, 6(3),153-162.
Thorsteinsson, G. and Page, T. (2011). Digital Age Teaching & Learning for K-12
Education. Vol. Journal on School Educational Technology, 6(3).
Thorsteinsson, G. (2012). Piloting a Use of Graphic Tablets to Support Students Drawing
within a Secondary School in Iceland, Studies in Informatics and Control, 21(2), 201-
208. ISSN 1220-1766.
Gísli Þorsteinsson og Brynjar Ólafsson. (2012). Kennaraskólinn í Nääs og fyrstu íslensku
nemendur hans í uppeldismiðaðri smíðakennslu [The teacher collage in Naas and the first
Icelandic students in sloyd]. Tímarit um menntarannsóknir, 9(1).
Page, T, Thorsteinsson, G, and Ha, J.G. (2012). Using colours to alter consumer
behaviour and product success, International Journal of Contents, 8(1), 69-73. ISSN:
1738-6764.
Thorsteinsson, G. and Niculescu, A. (2012). Using Mobile Technology for Problem Need
Identification in School-aged Children Environment, Studies in Informatics and Control,
21(4), 431-438. ISSN 1220-1766,
Thorsteinsson, G. and Olafsson, B. (2012). Design and Craft Education in Icelandic
Schools. Bulletin of Institute of Technology and Vocational Education, 9(1), 59-70.
Japan: Nagoya. ISSN: 1348-4893.
Autio, O., Thorsteinsson, G. and Olafsson, B. (2012). A Comparative Study of Finnish
and Icelandic Craft Education Curriculums and Students’ Attitudes towards Craft and
Technology in Schools, Procedia – Social and Behavioral Sciences, 45(1), 114-124, ISSN
1877-0428.
Thorsteinsson, G., Olafsson, B. & Autio, O. (2012). Student’s attitudes towards craft and
technology in Iceland and Finland. i-Managers’ Journal of Educational Technology. 9(2),
53-65. ISBN: 0973-0559.
Thorsteinsson, G. Innovation Education to Improve Social Responsibility through
General Education.Tiltai, Bridges-Brucken, 4(61), 71-78. Klaipeda: Klaipeda University.
Thorsteinsson, G. (2012). Reinforcing In-Service Teachers Education Via ICT. i-
Managers’ Journal of Educational Technology. 8(1), 1-5 ISBN: 0973-0559.
Brynjar, O. and Thorsteinsson, G. (2012). The Intelligence of the Hands: Studying the
Origin tf Pedagogical Craft Education. i-manager’s Journal on Educational Psychology.
8(1), 1-5. ISBN: 0973-0559.
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
Thorsteinsson, G. and Page, T. Encouraging innovativeness through Computer-Assisted
Collaborative Learning. i-Managers’ Journal of Educational Technology. 8(1), 15-20.
ISBN: 0973-0559.
Thorsteinsson, G. (2012). Using ICT for Training Teachers in Design and Technology
Education (TTDTE). Special issue of i-manager’s Journal of Educational Technology,
9(3), 53-65. ISSN Print: 0973-0559. ISSN Online: 2230-7125.
Gisli Þorsteinsson (2013). Examining Teachers’ Role in Using Virtual Learning
Environment to Support Conventional Education in Icelandic Schools. i-manager’s
Journal on School Educational Technology, 9(2), pp. 5-112. ISSN:0973-2217, E-
ISSN:2230-7133.
Gisli Thorsteinsson (2013). Ideation Training via Innovation Education to Improve
Students’ Ethical Maturation and Social Responsibility. i-manager’s Journal on
Educational Psychology, 6 (4), pp.1-7. Nagercoil: i-manager Publications. ISSN-0973-
8827.
Gísli Þorsteinsson og Brynjar Ólafsson. (2013). Upphaf kennaramenntunar í
uppeldismiðuðum handmenntum á Íslandi frá 1892 til 1939. Uppeldi og menntun. 22(2),
bls. 101-121.
Gísli Þorsteinsson og Brynjar Ólafsson. (2013). Viðhorf kennara til ákvarðanatöku
nemenda í hönnun og smíði. Viðhorf kennara til ákvarðanatöku nemenda í hönnun og
smíði. Netla – Veftímarit um uppeldi og menntun. Sótt 24. október 2013 af
http://netla.hi.is/greinar/2013/ryn/002.pdf.
Thorsteinsson, G. and Niculescu, A. (2013). Examining Teachers’ Mindset and
Responsibilities in Using ICT, Studies in Informatics and Control, 22(3), 315-322. ISSN
1220-1766.
Thorsteinsson, G. & Ólafsson, B. (2013). Otto Salomon in Nääs and his first Icelandic
students in Nordic Sloyd. History of Education, 42(5), pp. 495-513. Taylor and Francis.
London: Routledge. (http://dx.doi.org/10.1080/0046760X.2013.835451).
Thorsteinsson, G. and Olafsson, B. and Yokoyama, E. (2014). The Establishment of
Danish School Sloyd and the Beginning of Sloyd Education in Iceland. Bulletin of
Institute of Technology and Vocational Education, 10(1), ISBN: 1348-4893. Japan:
Nagoya.
Thorsteinsson, G. and Olafsson, B. (2014). Reading Woods with Teachers in the 21.
Century, in Icelandic Schools. Design and Technology Education: An International
Journal, 14(2), 10-24. ISBN 1360-1431.
Thorsteinsson, G. and Page, T. (2014). User Attachment to Smartphones and Design
Guidelines. International Journal of Mobile Learning and Organisation (IJMLO), 8(3),
pp.201-215. DOI: 10.1504/IJMLO.2014.067020
Ólafsson, B., Þorsteinsson, G. and Autio, O. (2014). Viðhorf grunnskólanemenda á
Íslandi og í Finnlandi til tækni og námsgreinarinnar hönnunar og smíði. Tímarit um
menntarannsóknir / Journal of Educational Research (Iceland). 11(1), pp. 45–66.
Gisli Þorsteinsson (2014). ICT to Support Ideation via General Education. i-manager’s
Journal on School Educational Technology, 9(3), pp. 29-39. ISSN:0973-2217, E-
ISSN:2230-7133.
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
Thorsteinsson, G. and Page, T. (2014). Electronic Circuit Design for Electromagnetic
Compliance Through Problem-Based Learning. Volume 2. No. 2, pp. 1-5. i-manager’s
Journal on Circuits and Systems, 2(2). A preacticum for recent advancements in the
Design of circuits. ISSN-2321-7502.
Gisli Þorsteinsson (2014). Impact of Computer Technology on Design and Craft
Education. i-manager’s Journal on School Educational Technology, 10(4), pp. 1-5.
ISSN:0973-2217, E- ISSN:2230-7133.
Thorsteinsson, G., Page, T. and Ha, J. G. (2014). Creativity in Design and Craft
Education. Proceedings of The KODDCO 2014 Conference: Design for Social Change,
Ansan, Korea, 23. – 25. May, 2014 (pp. 405-408). Ansan: Korea Digital Design Council.
Thorsteinsson, G. and Olafsson, B. (2015). Piloting technological understanding and
reasoning in Icelandic schools. International Journal of Technology and Design
Education. 25(1). ISSN: 0957-7572 (Print) 1573-1804 (Online). DOI: 10.1007/s10798-
015-9301-8.
Autio, O., Soobik, M., Thorsteinsson, G. & Olafsson, B. (2015). The development of
craft and technology education curriculums and students’ attitudes towards technology in
Finland, Estonia and Iceland. International Journal of Contemporary Educational
Research, 2(1), 22-34. ISSN: 2148-3868.
Gísli Þorsteinsson. (1980). Hljóðfærasmíði sem rannsóknarstarf í tengslum við tónmennt.
Rit er fjallar um samþættingu tónmenntar og smíða í gegnum smíði hefðbundinna og
óhefðbundinna hljóðfæra og notkun þeirra við tónlistarflutning í skapandi skólastarfi.
Gefið út af höfundi í Reykjavík.
Gísli Þorsteinsson. (1993). Litli uppfinningaskólinn, Íþrótta og tómstundaráð
Reykjavíkur.
Gísli Þorsteinsson og Rósa Gunnarsdóttir. (1996). Frumkvæði-sköpun. Nýsköpun og
náttúruvísindi.
Gísli Þorsteinsson og Rósa Gunnarsdóttir. (1996). Nýsköpun-tækni. Nýsköpun og
náttúruvísindi.
Gísli Þorsteinsson og Rósa Gunnarsdóttir. (1996). Hugmyndir-hugvit. Nýsköpun og
náttúruvísindi.
Gísli Þorsteinsson og Rósa Gunnarsdóttir. (1998). Umhverfi-útlit. Nýsköpun og
náttúruvísindi.
Gísli Þorsteinsson, et al,. (1999). Skýrsla forvinnuhóps um nýtt námsvið
Upplýsingatækni og tæknimennta fyrir grunn- og framhaldsskóla. Reykjavík:
Menntamálaráðuneytið.
Gísli Þorsteinsson og Valdór Bóasson. (1999). Námskrá fyrir “Hönnun og smíði” sem
tæknimenntargrein í íslenskum grunnskóla. Reykjavík: Menntamálaráðuneytið.
Gísli Þorsteinsson, Bjarni Þór Kristjánsson, Guðmundur Magnússon, Ólafur Oddsson og
Stefán Bergmann. (2001). Skógurinn og nýting hans. Safnrit. Handbók fyrir kennara.
Reykjavík: Námsgagnastofnun.
Gísli Þorsteinsson og Rósa Gunnarsdóttir. (2005). Útgáfa á minnisbók fyrir unga
uppfinningamenn á fjórum eftirtöldum tungumálum:
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
a) Finnsku “Nuret Keksijat”.
b) Ensku ”The Inventors Notebook”.
c) Íslensku “Nýsköpun”.
d) Norsku “Inventorens notatbog”.
Gísli Þorsteinsson. (2007). Kennsluefni fyrir íslenska grunn- og framhaldsskóla: ”Tónlist
fyrir alla. Hönnun og smíði hljóðfæra fyir fólk á öllum aldri. Reykjavík: inet.is. ISBN
978-9979-70-405-8.
Thorsteinsson, G. and Page, T. (2010). Technology Mediated Learning for Teacher’s
Professional Development: Innovative ideas to improve In-Service Teacher Education.
Saarbrücken: Lap Lambert Academic Publishing. ISBN-10: 3843380430.160557-4359.
Thorsteinsson, G. and Page, T. (2012). The Value of Good Toy Design for Children:
Toys Can Support Child Development. Saarbrücken: Lap Lambert Academic Publishing.
ISBN-10: 365972375. ISBN-13: 3659172373.
Page, T. and Thorsteinsson, G. (2011). Playful Learning: Toys for learning. Saarbrücken:
Lap Lambert Academic Publishing. ISBN-10: 3845406658. ISBN-13: 978-3845406657.
Thorsteinsson, G., Page, T. and Subramaniam, A. (2011). The Design and Marketing of
Power Tools: Examining the Role of Design Strategy in Garden Power Tool Companies.
Saarbrücken: Lap Lambert Academic Publishing. ISBN-10: 384432335X. ISBN-13: 978-
3844323351.
Thorsteinsson, G. and Page, T. (2011). Practical Based Subjects for The Wider Curricula:
Society’s Attitude to Practical Based Education. Saarbrücken: Lap Lambert Academic
Publishing. ISBN-10: 3846548774. ISBN-13: 978-3846548776.
Thorsteinsson, G., Braslauskiene, R. and Vismantiene, R. (2011). Forming a Save
Environment for Early Childhood Development: Examining Health and Safety in
Lithuanian Pre-schools. Saarbrücken: Lap Lambert Academic Publishing ISBN-10:
3844317406. ISBN-13: 978-3844317404.
Thorsteinsson, G. (2013). Developing an Understanding of the Pedagogy of Using a
Virtual Reality Learning Environment (VRLE) to Support Innovation Education, pp. 456-
470. In The Routledge International Handbook of Innovation Education. Edited by L.V.
Shavinina. Oxford: Routledge. ISBN-10: 0415682215 | ISBN-13: 978-0415682213.
Thorsteinsson, G. og Olafsson, B. (2013). The Origin of Educational Sloyd in Iceland. In
The International Impact and Legacy of Educational Sloyd: Head and hands in harness,
pp. 323-363. Edited by David Whittaker. Oxford: Routledge.
Thorsteinsson, G., Nýsköpun í íslenskum grunnskóla (Innovation project in icelandic
grade schools). Erindi flutt á alþjóðlegri ráðstefnu um tengsl skóla og atvinnulífs í
Þrándheimi sumarið 27 júní-1 júlí.
Thorsteinsson, G., Innovation and practical use of knowledge. Data International
Research Conference í júlí í Warwick in Englandi.
Thorsteinsson, G., The construction of the InnoEd project. Ráðstefna í Brussel um
evrópuverkefni á vegum Minervu, febrúar.
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
Thorsteinsson, G., Evaluation on children ideas in Innovation Education. Ráðstefna í
Leeds, 22.-25. mars.
Thorsteinsson, G., The history of the Innovation Education Competition in Iceland.
Ráðstefna í Leeds, 22.-25. mars.
Thorsteinsson, G., Innovation and practical use of knowledge in Entrepreneuership
education. Erindi á ráðstefnunni Entrepreneurship Education 2002 haldin á vegum norska
menntamálaráðuneytisins, í Lilleström í Noregi, 9.-10. október.
Thorsteinsson, G., The dissemination of the InnoEd project in Europe. Ráðstefna í
Brussel um evrópuverkefni á vegum Minervu, 11.-12. október.
Thorsteinsson, G., Innovation and practical use of knowledge.”, Data International
Research Conference 5-7 July 2002, Evaluation on children ideas in Innovation
Education.”
Thorsteinsson, G., The history of the Innovation Education Competition in Iceland”.
Concerence in Leeds 22.03-25.0 2003. http://www.innoed.is.
Thorsteinsson, G. and Page, T.Internet Based Tutorials in support of Teaching and
Learning Computer-Aided Engineering, TEKA/FATE Symposium, Educational
Technology , Lahti, Finland, 2003, pp 81-92, ISSN: 1459-6830
Page, T. and Thorsteinsson, G., The Application of Internet-based Tutorials and a
Managed Learing Environment in Support of the Teaching and Learning of CAD/CAM ,
Technology Education and Educational Technology E-Training Practices Proceedings of
TEKA/FATE Symposium 2003 , Lehtonen, M., Kannanoja, T.and Thorsteinsson, G.
(eds), Finnish Association for Research in Technology Education, University of Lapland,
Centre for Media Pedagogy, TEKA/FATE Symposium 2003 , Helsinki & Lahti, Finland,
2003, p 28, ISSN 1459 6873 .
Thorsteinsson, G., Keynote in The Data International Conference: Martin J., Dakers J.,
Duvernet L., Kipperman., Kumar K., Kin., Siu M., Thorsteinsson G.Welch M., In
Search for a Sustainable Future: An International Overview of the Contribution from
Design and Technology Education”. Warwick, 7. July 2004.
Thorsteinsson, G., About InnoEd http://www.innoed.is my European project in an
conference in Brussels February 2004.
Thorsteinsson, G., Keynote, Innovation Education – Consideration and practice”. For the
Danish Ministry of Education. Copenhagen 22 November 2004.
Thorsteinsson, G., Nordic project on inventive technological education”. Proceedings of
Annual TEKA/FATE Symposium , Helsinki, Finland 2004.
Thorsteinsson, G., Innovative Design and Technology in a Virtual Learning
Environment, International Research and UK Education Conference, The Design and
Technology Association (DATA) , Sheffield Hallam University. UK 2004.
Page, T., Thorsteinsson, G. and Lehtonen, M., Simulations as Mental Tools for Network-
based Group Learning in Innovation and Electronics Technology, First International
InnoEd Conference, Technologies for Learning, University of Leeds, 2004, pp 224-232 .
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
Thorsteinsson, G. and Page, T., Use of On Line Facilities In InnoEd , First International
InnoEd Conference: Dimensions of Flexibility & Creativity for Preferable Futures ,
University of Leeds, 2004, pp 301-309 .
Page, T. and Thorsteinsson, G., Internet-Based Tutorials and a Managed Learning
Environment in CAD/CAM Teaching, Proceedings of the 21st International
Manufacturing Conference IMC21 , University of Limerick, 2004, pp 699-704, ISBN 1
8746537 7 1 .
Thorsteinsson, G., Managed Learning Environment in support of Teaching and Learning
of CAD/CAM , Technology Education and Education Technology. Proceedings of
Annual TEKA/FATE Symposium, Helsinki, Finland 2004.
Page, T. and Thorsteinsson, G., Application of Internet-Based Tutorials and a Managed
Learning Environment for CAD/CAM Teaching , Technology Education and Educational
Technology and Training Practices. Proceedings of TEKA/FATE Symposium, Helsinki,
Finland, 2004.
Thorsteinsson, G., Nordic project on inventive technological education”. Conference held
by Fate The Finish Association of Technology Education. Turku. 1.November 2004.
Thorsteinsson, G., Emotionality Considerations in Virtual Reality on Simulation Based
Learning. The International Conference The first Interlearn Conference”, in Helsinki
Finland, 1. December 2005.
Thorsteinsson, G. IADIS International Conference on Cognition and Exploratory
Learning in Digital Age Celda 2005. The lecture name was Emotionality Considerations
in Virtual Reality an Simulation Based Learning, Considerations in Virtual Reality an
Simulation Based Learning.
Thorsteinsson, G., A Virtual Learning Environment for the Support of Teaching,
Studying and Learning in Technology Education (Winner of best paper prize).
International conference in Grindelwald, Switzerland. Advanced Technology for
Learning, Web-Based Education, in 23. February 2005.
Thorsteinsson, G. Lehtonen M., and Page T., Tampere University in Pori, Finland 23.
June at the conference Human Centered Technology. The lecture name was: Simulations
and Virtual Realities as Modern Tools in Technology Education: Looking for
Appropriate Pedagogical Models.
Thorsteinsson, G. Innovative Design and Technology in a Virtual Learning Environment,
International Research and UK Education Conference. The Design and Technology
Association (DATA), Sheffield Hallam University. UK 2004.
Thorsteinsson, G., What is Innovation Education in the Icelandic context?” International
Research and UK Education Conference, The Design and Technology Association
(DATA) , Sheffield Hallam University. UK, 2004.
Lehtonen, M., Page, T. and Thorsteinsson, G., Simulations and Virtual Realities as
Modern Tools in Technology Education – Looking for Proper Pedagogical Models ,
Proceedings of the first Interlearn Conference , Helsinki University Press, Interlearn,
2005 , Helsinki, Finland, December 2005, pp 138-147.
Lehtonen, M., Page, T., Vahtivuori-Hanninen, S. and Thorsteinsson, G. Emotionality
Considerations in Virtual Reality an Simulation Based Learning, Proceedings of the 2005
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Ritter, J. (2016) Engineering Design and Technology Education in the 21st Century.
Journal of Engineering Design Education, 79(6), 589-609.
Interlearn Conference, Helsinki University Press, Interlearn, 2005 , Helsinki, Finland,
December 2005, pp 106-113.
Mettas A., Thorsteinsson G. and Norman E., Design Decisions in Design and Technology
Education: A research project undertaken in Cyprus, Iceland, and England. The Design
and Technology Association International Research Conference 2007, Norman, E.W.L.,
Spendlove, D. and Owen-Jackson, G. (eds), DATA, The Design and Technology
Association International Research Conference 2007, Telford, July 2007.
Thorsteinsson, G., Innovation Education to Improve Social Capital via General
Education. Keynote lecture at the International conference: Quality of Social Education
as Strengthening Factor for Equal Opportunities and Social Cohesion. Klaipeda. 1st of
December 2011.
Thorsteinsson, G., The Innovation policy at the University of Iceland and it’s impact on
the schools new international status. Keynote lecture in a conference at Siauliai
University in Lithuania 15th of December, 2011.
Autio, O, Thorsteinsson, G & Olafsson, B. (2012). A Comparative Study of Finnish and
Icelandic Craft Education Curriculums and Students’ Attitudes towards Craft and
Technology in Schools5th Intercultural Arts Education Conference: Design Learning 10.-
11. Department of Teacher Education. University of Helsinki.
Thorsteinsson, G., Page, T. and Ha, J. G. (2014). Creativity in Design and Craft
Education. The KODDCO 2014 Conference: Design for Social Change, Ansan, Korea,
23. – 25. May, 2014. Ansan: Korea Digital Design Council.