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Postgradu

ate

study

2011

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Sciencewww.hull.ac.uk 1

Introduction to the faculty | 2

Biological sciences | 5

Computer science | 13

Digital media | 25

Engineering | 33

Geography | 49

Physical sciences | 63

Psychology | 77

Sport, health and exercise science | 89

Science plays animportant part inthe life of theUniversity. Ourscientists havealways enjoyed avibrant and activeresearch ethos,and this continuesto grow anddevelop thanks tothe enthusiasm

and scholarship ofour staff andstudents.

Contents

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Science2

Welcome to the Faculty of Science

I hope that this guide helps you to choose a programme ofstudy or research that suits your interests and enables you tofurther your scholarship and education.

The faculty offers full-time taught MSc and MA programmes andresearch degrees, including one-year Masters degrees by research,in the following subjects:

biological and biomedical sciences environmental and marine sciences computer science engineering physical and human geography chemistry physics psychology sport, health and exercise science

Science plays an important part in the life of the University. Wehave always enjoyed a vibrant and active research ethos, and thiscontinues to grow and develop thanks to the enthusiasm andscholarship of our academic staff and student community. Wepride ourselves on the fact that new research students areimmediately welcomed into research groups within theirdepartments and are encouraged to work as team members,contributing to scholarship in their chosen discipline, alongsideour eminent professors and lecturers.

In the 2008 Research Assessment Exercise, many of ourdisciplines were recognised as being of international standingand valued alongside the best in the UK.

We are also proud of our first-class facilities. Over the last fiveyears the University has invested more than 12 million inrefurbishing laboratories and in state-of-the-art technology andequipment in the science subjects to enhance research and theexperience of its graduate researchers. In sport science, ourbiomechanics laboratory is generally viewed as one of the best inthe UK; our biomedical science facilities have undergone a 2million remodelling programme; our chemistry research andteaching laboratories have been newly refurbished; and a new

Microscopy Suite incorporates the latest in transmission electronmicroscopy (TEM) and scanning electron microscopy (SEM)equipment.

Whatever your chosen specialism, we can guarantee a learningenvironment of exceptional quality.

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Such investment is essential for research at the cutting edge. Weuse the latest technologies and contemporary methodologies toinform our research alongside more traditional academic theoriesand techniques. We also enjoy good links with business andindustry and work in partnership with many blue-chip companiesof international standing as well as national and local businesses

and organisations.

International scholarshipsAs part of the planned growth and expansion of our scienceactivity we have created a number of International Scholarshipsin Science for taught Masters programmes, for which studentsfrom countries outside the EU can apply, to assist with thepayment of tuition fees.

Each scholarship is valued at 1,500 and is available on acompetitive basis to anyone seeking to study for a taught MScdegree offered by the Faculty of Science. As the number of these

scholarships is limited, early application is recommended.

For details of how to apply, see www.hull.ac.uk/science.

Students seeking to study for a PhD should contact the relevantdepartment for details of any scholarship opportunities whichmay be available.

Top university in YorkshireSo why not continue your graduate studies here with us? We offerexcellent research facilities and academic mentoring, and we willwork with you to fulfil your academic ambitions in a friendly and

supportive environment.

It really matters to us that your experience of postgraduate studyis the best it can possibly be. We have been a top-20 university forstudent satisfaction for six years in a row in the National StudentSurvey, so we are confident that we can provide an exceptionallygood experience as well as an exceptionally good education. But

you dont have to take our word for it find out for yourself byenrolling with us for your graduate studies.

If you have any queries or would like further information, pleaseemail [email protected].

Derek WillsDean of Faculty

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Introduction to the department | 6

Research in Biological Sciences | 7

Higher degrees in biology | 9

Taught degree programmes | 10MSc in Biomedical Science

MSc in Molecular Medicine

Biologicalsciences

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The

Departme

nto

fBiolog

ical

Sc

iences Our research was assessed as world-leading and

internationally excellent, with almost all research carried outin the department classified as internationally recognised, inthe UK-wide 2008 Research Assessment Exercise. In the light ofthis continued research success the University has made majorinvestments, totalling several million pounds, with a complete

refurbishment of our research and teaching laboratories andthe establishment of dedicated core facilities.

This solid reputation for high-quality research, coupled with theexcellent research infrastructure, means that after joining thedepartment you will become part of a vibrant, forward-thinkingresearch community which provides an excellent academicatmosphere for your future studies on either our taught MSc orour PhD/MSc research degree programmes.

Our modern facilities include

a Genome Analysis Suite with automated DNA sequencers,

robotic stations and mutation detection HPLC a Bioinformatics Laboratory for powerful computational

analysis a Microscopy Suite with light microscopes (confocal and

bright field), scanning and transmission electron microscopes,and an atomic force microscope

a Chromatography Analysis Suite with GC-MS and HPLC,integrated in a new aquatic eco-toxicology laboratory

NMR facilities, in collaboration with the ChemistryDepartment

a Clean Lab facility for the isolation and study of ancient andsensitive DNA

a Containment Laboratory (Level 3) for the culture andanalysis of pathogenic micro-organisms

Fluorescence Activated Cell Sorter (FACS) facilities tissue-culture facilities plant-culture facilities such as controlled growth chambers

and a large area of glasshouses at the Universitys BotanicGarden

extensive marine and freshwater aquaria with supportingfacilities

An experienced team of technicians and laboratory supervisorsensure that facilities, laboratories and experiments are fullysupported.

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Our research wasassessed asworld-leadingandinternationallyexcellent, withalmost all of itclassified asinternationallyrecognised, in the

2008 ResearchAssessmentExercise.

Research in Biological Sciences

Our research is grouped into four broad themes. As a postgraduate research student,

or as a taught MSc student during the project phase of your degree, you will join a

research group embedded within

Biomedical Sciences

Aquatic Ecology and Resource Management

Functional Ecology

Evolutionary Biology

Biomedical SciencesCuring, managing and preventing human diseases depend upon a thorough

understanding of the molecular and cellular mechanisms that underlie such

diseases. It is the necessity for this understanding that drives our research into a

variety of important human conditions, such as cardiovascular disease and ageing,

cancer, respiratory diseases, diabetes, and infectious disease. Our research has

greatly benefited from recent investments by the University aimed at promoting

translational health research, which have accommodated the needs of this growing

research area. Our research is highly collaborative, and we have close links withcolleagues from the Hull York Medical School (HYMS), in the Clinical Biosciences

Institute and at local hospitals.

More details of our current research projects and MSc/PhD opportunities can be

found at www.hull.ac.uk/biosci.

Aquatic Ecology and Resource ManagementThe balance between human development and human-induced environmental

change is arguably the most important issue that human society faces today. Our

research is geared towards monitoring human impacts and advising on how

development can be sustainable in important aquatic environments such as rivers,

lakes, estuaries and seas. Research within this theme is mainly carried out in three

internationally recognised institutes.

Hull International Fisheries Institute (HIFI) undertakes a wide range of training,

consultancy and research work both within the UK and internationally.

The Institute of Estuarine and Coastal Studies (IECS) is a multidisciplinary research

and consultancy organisation with facilities and expertise in coastal science and

management.

The Centre for Environmental and Marine Sciences (CEMS), based at the

Scarborough Campus, offers access to stunning terrestrial and intertidal field sites,

well-equipped ecological labs, a controlled temperature aquarium and a histology

suite.

More details of our research projects and MSc/PhD opportunities can be found at

www.hull.ac.uk/hifi, www.hull.ac.uk/iecs and www.hull.ac.uk/cems.

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Functional EcologyHow organisms interact with their environment and how physical factors influence

ecology and evolution are the fundamental questions that drive our research. Current

questions include the role of chemoreception in communication in aquatic animals;

the influence of diet on the evolution of vertebrate skull shape; and how the laws of

physics constrain organismal adaptation. We approach this research using a wide

variety of techniques, including behavioural assays, identification of chemical

signals, shape analyses of morphology, and engineering methods.



Evolutionary BiologyWhat processes lead to the amazing diversity of species, their highly variable

lifestyles and their relationships with their competitors and parasites? These

questions underpin our research, which aims to understand fundamental

evolutionary processes at the individual, population and species levels. Molecular

genetic methods are key to our research, so we benefit greatly from the departments

superb facilities, such as the Genome Analysis Suite, the Bioinformatics Laboratory,

and a dedicated Ancient DNA lab. Our research falls under the following headings:

Bioinformatics and Molecular Evolution

Colonisation and Dispersal

Conservation and Biodiversity

European Phylogeography

Evolutionary Biology of Functional Traits



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Contact detailsMrs Emma M Doy

Departmental Postgraduate

Admissions

+44 (0)1482 466169

[email protected]

Dr Bernd Haenfling

Director of PostgraduateStudies

[email protected]

Mrs Gillian Dennison

Departmental Office

+44 (0)1482 465198

[email protected]

Department of Biological

Sciences

University of Hull

Hull, HU6 7RX, UK

Alternatively, contact theAdmissions Office

([email protected]).

Higher degrees in biology

PhDYou will spend three years doing in-depth, novel research under the advice and

direction of at least two experienced academic researchers. The emphasis will be on

doing high-quality research that leads to publications in internationally recognised

scientific journals. At the end of your degree you will submit a research thesis forevaluation by a panel of experts, including an external examiner.

MSc by ResearchYou will spend one year on a research project closely advised by your research

supervisor. At the end of your project you will be required to submit a research thesis,

which will be evaluated by a research panel.

Research training and topic selectionAll research students are required to undertake the University Postgraduate

Certificate in Research Training. This programme, taken alongside your research, will

provide you with valuable skills and training, which will be useful both for your

studies and for your subsequent professional career. As either a PhD or an MSc by

Research student you will be encouraged to present work in scientific papers and at

international conferences.

PhD and MSc by Research topics should be relevant to the research themes described

on pages 78. Our website (www.hull.ac.uk/biosci) gives contact information for

members of each research theme so that you can discuss a research idea with a

potential supervisor.

Taught MScYou will undertake a two-semester taught programme to attain the level of

Postgraduate Diploma, followed by a one-semester research project to complete the

MSc stage of the degree (see details of specific programmes on pages 1011). Research

projects are carried out with the advice and supervision of academic research staff.

Eligibility and how to applyFor admission to the taught MSc, MSc by Research or PhD programmes, you will

normally need a minimum of a second class Honours degree in biology or a related

subject. Exceptionally, we may consider other qualifications for admission.

International students should also have an appropriate standard of English language

competence at IELTS 6.0, TOEFL 550 or equivalent.

Details of how to apply for a PhD, MSc by Research or taught MSc can be found at

www.hull.ac.uk/postgraduate.

Duration

Taught MSc 1 calendar year full-time / 2 calendar years part-time MSc by Research 1 calendar year full-time / 2 calendar years part-time

PhD 3 calendar years full-time (part-time to be determined by the department)

Fees and scholarshipsUp-to-date information about fees can be found at www.hull.ac.uk/money.

Scholarships are limited, but when available these are advertised through the

departments website and scientific journals. Academic supervisors may also be able

to assist you with applications for scholarships from funding bodies and

organisations.


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MSc in Biomedical Science

FastFacts

Duration | 1 year

Attendance | Full-time

Entry requirements | A minimum 2.2 Honours degree

(or equivalent qualification) and a basic grounding in two

or more clinical disciplines from medical microbiology,

clinical chemistry, cell pathology and haematology.

Applicants with non-standard qualifications may apply,

as appropriate experience will be taken into account.

An English language score of IELTS 6.0, TOEFL 550 or

equivalent is also required of international students

whose first language is not English

Fees | www.hull.ac.uk/money

Location | Hull Campus

Contact | Dr Camille Ettelaie, Department of Biological

Sciences, University of Hull, Hull, HU6 7RX, UK |

T +44 (0)1482 465528 | F +44 (0)1482 465458 |

[email protected]

About the programmeThe programme aims to upgrade the knowledge and

skills of students in clinical and laboratory aspects of

modern biomedical science. By the end of the course,

you will

be familiar with the advanced skills required for both

hospital pathology services and research inpharmaceutical or academic environments

have a better awareness of the overlap between the

various disciplines

be conversant with recent developments in the field of

biomedical science

Programme contentAcademic staff from the Department of Biological

Sciences and clinical staff from local hospitals teach this

programme. Students are allocated a personal tutor and

have contact with researchers working in the biomedical

field.

The first and second semesters make up the taught

element of the programme and add up to 120 credits,

which constitute the Postgraduate Diploma stage.

Successful completion of the 60-credit laboratory project

in the third semester leads to the award of the MSc

degree.

Core modules

Semester 1

Research Skills and Case Studies

Semester 2

Advanced Regulation of Gene Expression

Communication Skills in the Biosciences

Semester 3

Research project with submission of thesis based on

the equivalent of six months of original research on a

chosen aspect of biomedical science

Optional modules

Semester 1

A choice of modules from

Clinical Chemistry

Haematology

Cellular Pathology

Medical Microbiology

Advanced Techniques

Applications of Genetic Manipulation

Semester 2

A choice of lecture modules from

Health Services and Their Management

Advanced Antimicrobial Agents

Applications of Biomedical Science to the Treatment ofDisease: Research-Led Clinical Practice

AssessmentAssessment involves short reports, written examinations,

continual assessment, practical assessments and oral

presentations.

Special featuresThe departments facilities include a wide range of

instrumentation, up-to-date equipment for genome

analysis and the study of cellular processes, and a

network of computers with access to the internet and

online information services.

Some research projects may be undertaken in a clinical

laboratory.

International applicants may be eligible for an

International Science Scholarship, awarded by the

faculty. See page 3.

Research areasFor an outline of the departments main research

interests, see pages 78.

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MSc in Molecular Medicine

FastFacts

Duration | 1 year (45 weeks)

Attendance | Full-time

Entry requirements | A minimum 2.2 Honours degree (or

equivalent qualification). Applicants with non-standard

qualifications may apply, as appropriate experience will

be taken into account during the selection process.

Proficiency in English language to the level of IELTS 6.0 or

TOEFL 550 is required of international students whose

first language is not English



Contact | Dr Camille Ettelaie, Department of Biological

Sciences, University of Hull, HU6 7RX, UK |

T +44 (0)1482 465528 | F +44 (0)1482 465458 |

[email protected]

About the programmeThe aim of this programme is to expand the knowledge

and skills of students in the molecular and bioinformatics

aspects of biomedicine-related sciences. You will become

familiar with the advanced skills required for research in

academic and pharmaceutical environments, including

knowledge of state-of-the-art technologies applied to

medically related science

recent developments in the molecular aspects ofmedical research and application of these in the

understanding of symptoms and diagnosis of

pathological conditions

theoretical and practical knowledge of DNA

technologies, databank searching and analysis in a

setting that is relevant to medical research

familiarisation with the molecular techniques

associated with recombinant DNA and cell biology and

the ability to manipulate these techniques and to

interpret generated data

By the end of the programme, you will be equipped with

theoretical and practical skills and knowledge that maypermit you to conduct academic or industrial research

work.

Programme contentThere are six modules spread over two 15-week semesters.

At the end of the taught element, students attain the level

of Postgraduate Diploma. Successful completion of the

diploma stage allows progression to the MSc stage of the

programme, which comprises a research project and

completion of a thesis in Semester 3.

Core modules

Semester 1

Practical DNA Sequencing and Bioinformatics

Clinical Topics in Molecular Medicine

Advanced Applied Molecular Biology and Regulation of

Gene Expression

Semester 2

Research Skills in Bioscience

Semester 3

Research Project and Dissertation

Optional modulesIn Semester 2, you will have a choice of two modules from

the following list:

Advanced Muscle Fitness and Failure

Advanced Infection Control

Advanced Reviews in Biology and Biomedical Science

Introduction to Drug Discovery

AssessmentAssessment includes a range of written examinations,

essays and short answer papers, presentations,

assignments, practical reports, computer-based

workshop reports and a project dissertation.

Special features

The departments facilities include a range ofinstrumentation, up-to-date equipment for genome

analysis and study of cellular processes, state-of-the art

microscopy facilities, well-equipped laboratories

supported by expert technicians, and networks of

computers with internet and online information services.

Some research projects may be undertaken in a clinical

environment.

ScholarshipsInternational applicants may be eligible for an

International Science Scholarship. See page 3 for details.


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The Hull Immersive Visualization Environment (see page 16).

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Research in Computer Science | 15

Higher degrees in computing | 17

Taught degree programmes | 19MSc in Computer Graphics Programming

MSc in Games Programming.NET MSc in Distributed Systems Development

MSc in .NET Financial Systems Development

MSc in Computer Science

Computerscience

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The

Departm

ento

fComputer

Sc

ience The Department of Computer Science prides itself on its

excellent staffstudent relations. We are small enough tomaintain a friendly and purposeful atmosphere, yet largeenough to offer a range of postgraduate opportunities.

The department has an active group of 75 postgraduate students,supervised by 22 academic staff. Well-equipped laboratories and

fully networked office accommodation support our teaching andresearch programmes.

The Faculty of Science encourages coordinated teaching andresearch within the science disciplines. The department has aninternational reputation for its research activities, with a solidrecord of industrial and public grant funding. Of particular noteare our achievements in computer graphics, image-guidedsurgery, radiotherapy training, and safety-critical embedded anddistributed information systems.

Postgraduate research opportunities are detailed in what follows.

Information about our taught Masters programmes can be foundon pages 1923.

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The departmenthas aninternationalreputation for itsresearchactivities, with asolid record of

industrial andpublic grantfunding.

Research in Computer Science

The Department of Computer Science undertakes high-quality international research

in applied, niche areas of the subject domain. Much of this research is

multidisciplinary, involving members of the Faculty of Science, universities,

commercial organisations or health care providers. A key element of our research

strategy is a significant involvement with national and international researchnetworks.

The departments research is organised within two groups: Dependable, Reliable,

Intelligent Systems (DRIS) and Simulation and Visualization (SimVis). Each of these

groups has dedicated laboratory space with facilities to support research by academic

staff, research associates and assistants, and postgraduate research students. The

department also houses the Hull Immersive Visualization Environment (HIVE), which

provides a focus for interdisciplinary research.

Dependable, Reliable, Intelligent Systems (DRIS)Dr Yiannis Papadopoulos (leader), Dr Leonardo Bottaci, Dr Mike Brayshaw Dr

Darryl Davis, Dr Neil Gordon, Dr David Grey, Dr Chandra Kambhampati, Dr Peter

Robinson, Eur Ing Brian Tompsett and Dr Bing Wang

DRIS performs internationally recognised research in the area of distributed, reliable

and intelligent control and cognitive systems, with a focus on safety-critical

embedded and distributed information systems. We develop and apply advanced

software engineering and artificial intelligence techniques to improve the quality of

such systems via automated safety analysis, testing, security studies, techniques for

ensuring data integrity and multi-objective design optimisation. Our work builds on

techniques for computational logic and machine intelligence such as genetic

algorithms, neural networks, fuzzy systems and agent technologies, and develops

through studying the use of these techniques in safety critical systems such as those

emerging in the transport, process and manufacturing industries; autonomous

systems such as mobile robots; computer vision; medical applications; and

distributed systems and e-services.

DRIS is funded by the Engineering and Physical Sciences Research Council (EPSRC),

the European Commission, Volvo, JaguarLand Rover and Germanischer Lloyd,

among others.

Since the last RAE, the group has published more than 130 refereed scientific papers

and won awards at prestigious international conferences (including distinctions at

SAFECOMP 2002, COMPSAC 2003 and InCom 2004) as well as a Best Paper Award at

the 12th International Federation of Automatic Control (IFAC) Symposium on

Information Control Problems in Manufacturing. In the same period, more than 30

papers have been co-authored with industrial sponsors such as Volvo,

DaimlerChrysler, Renault, Alcatel and Airbus. DRIS is involved in an extensive range

of productive collaborations with UK and overseas research institutions. We actively

participate in two IFAC International Technical Committees and have co-organised

several international events, including special tracks on dependable systems in

successive IFAC World Congresses and IFAC Symposia on Information Control

Problems in Manufacturing.

For more information, visit www.dcs.hull.ac.uk/dris.


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Simulation and Visualization (SimVis)Dr Neil Gordon, Dr Qingde Li, Darren McKie, Professor Roger Phillips, Dr Jon H

Purdy, Warren J Viant, James Ward, Derek P M Wills, Dr Helen Wright

The groups research focus is on simulation and visualization environments (SVEs),

specifically virtual environments in medicine, radiotherapy, archaeology, marine

environments and computational steering. Our research concerns innovative

applications of SVEs and new tools and techniques associated with constructingSVEs. A major capital and staff investment programme has made the group an

international leader in the majority of its research themes.

Since 2001 we have published more than 140 refereed scientific papers for

international conferences and journals, and our blue-chip grants include four from

the EPSRC, three from the EU, two from the Department of Health and one each from

the Biotechnology and Biological Sciences Research Council and the Leverhulme

Trust. We currently have a portfolio of 16 grants worth 3.3 million. Collaborators on

current projects include seven University departments, eleven other universities

(eight in the UK and three within the EU) and nine hospitals (seven in the UK, one in

the EU and one in the USA) plus global companies such as Smith & Nephew, Philips

and MedicVision, and CMS Cameron McKenna. The group has organised

international workshops in HIVE, workshop sessions at conferences and twopostgraduate conferences on bioclinical research at the University.

For more information, visit www.dcs.hull.ac.uk/simvis.

Hull Immersive Visualization Environment (HIVE)We established the HIVE Centre in 2003. It was funded with over 1 million from the

Higher Education Funding Council for Englands Strategic Research Investment Fund

(SRIF). The aim of this investment was to advance the research of SimVis, the

University and the region through state-of-the-art visualization, interaction and

computing technologies and the expertise of the SimVis group.

HIVEs world-class facilities include a 30-seat auditorium with a 13-square-metre

stereoscopic display (work wall), 3D content and modelling facilities (two laser

scanners and a 14-camera motion capture suite), advanced visualization and

interaction technologies (a dome projector, portable 3D projectors, virtual reality

helmets, PHANTOM haptic pointers, position trackers, etc) and 140-node computing

clusters with a 12-terabyte storage area network. In addition, SimVis has an x-ray

imaging suite and a coordinate measuring machine facility.

For more details, visit www.hive.hull.ac.uk.

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Higher degrees in computing

The postgraduate research environmentWe nurture a strong research ethos and culture for our postgraduate research

students. There are currently 24 registered postgraduate research students, eight

research assistants, two research fellows and one research lecturer in four research

laboratories. Since 2001, the department has awarded 16 PhD and 24 MSc researchdegrees.

Research students are supported by at least one main supervisor, a supervisory team

of two additional academics, dedicated research officers and a training programme

tailored to the individual needs of the field of research study. All programmes have a

clear set of goals and deliverables for each year of study. The supervisory team offers

advice on a continual basis and formally reviews progress annually. The Graduate

School provides additional support to all research students throughout the

University.

A programme of postgraduate research presentations in colloquia and the

departments own annual Graduate Research Conference further enhance our

research environment. In addition, students run their own postgraduate forum to

foster social activities and networking between research groups.

Research students are expected to participate in national meetings, international

conferences and journal writing. This is reinforced by our postgraduate research

objectives; by the Universitys Postgraduate Training Scheme (PGTS); by a

Departmental Travel Fund for research students; and by the departments own

annual industry-sponsored one-day conference. As much of our work is

multidisciplinary, our research students frequently attend and participate in

seminars and events hosted by other departments and research groups.

Entry requirementsYou should normally have, or expect to obtain, at least a 2.1 Honours degree (or

equivalent) in a computing or related discipline appropriate to your intended

research.

Admissions procedureYou should complete the application form, indicating your preferred research theme

or project cluster, and return it to the Universitys Admissions Service. At the same

time, send the pink reference forms to your two referees for prompt return to the

University (but please try to ensure that your application arrives at the Admissions

Office before the referees forms). Please quote your email address (if you have one)

within the address panel on your application form, as this speeds up the application

process particularly if we require further information.

Your application will be passed to the Department of Computer Science from the

Admissions Service. When your referees forms arrive, all the papers for your

application will be referred to potential supervisors according to your research

preferences. You may then be invited for an interview to meet and discuss projects

with those potential supervisors, and you may have to make a choice between several

projects. For students based outside the UK, we may ask for an interview by

telephone. You will also have the opportunity, while visiting, to view the facilities of

the University and the department, and to discuss funding.

When a decision has been made on your application, our reply will normally be one

of the following:

an unconditional offer of a place on the programme

a conditional offer of a place (which might depend on satisfactory references or

achieving a particular level in a degree result, for example)

a request for further information to help assess your application a rejection of the application


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Any formal offer will be sent to you from the Universitys Admissions Service. If you

wish to take up the place, it is important that you communicate your acceptance of

the offer, in writing, to the Admissions Service so that registration material can be

prepared for you.

Further informationIf you require further information about the department and its postgraduate

opportunities, please see our web pages at www.dcs.hull.ac.uk. You may also address

enquiries about postgraduate admissions to

Colleen Nicholson

Postgraduate Research Admissions Secretary

+44 (0)1482 465067

[email protected]

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MSc in Computer Graphics Programming

FastFacts

Duration | Full-time 1 year

Attendance | Timetable varies

Entry requirements | You should have, or expect to

obtain, a good Honours degree (or equivalent) in

computing, or be able to demonstrate a significant level

of computer programming experience. Please note that

appropriate experience is essential as this is an advanced

specialist programme. A minimum IELTS score of 6.0 (or

equivalent) is required of international students whose




Contact | Helen El-Sharkawy, MSc Admissions Secretary,

Department of Computer Science, University of Hull,

Hull, HU6 7RX, UK | T +44 (0)1482 465951 |

F +44 (0)1482 466666 | [email protected]

About the programmeThis MSc will prepare you to shape future developments

in computer graphics, virtual environments and

visualization, and to make substantial contributions to

the design and creation of application software involving

these closely related areas. The programme encourages

innovation and fosters initiative, enabling you to learn

independently and to gather information for yourself. You

will become aware of research issues and the current

limitations of modern technology.

The programme is studied over one year on a full-time

basis and consists of two semesters of taught modules

followed by an individual project/dissertation. It starts in

September each year.

Programme contentThe MSc attempts a balance between depth and breadth.

Some aspects are studied at a very fundamental and

detailed level, enabling you to become a technical

problem-solving specialist in these areas. Other aspects

are treated more broadly, so that you become aware of a

wider spectrum of up-to-date software, hardware and

human factors.

By the end of the taught part of the programme, you

should understand and be able to implement a

substantial repertoire of proven fundamental algorithms

relating to 3D graphics (including scan-line techniques,

ray tracing, radiosity, lighting, shadows, reflections,

transparency, and texture mapping and rendering) and

should be familiar with recent developments. You should

be able to handle computational geometry and related

mathematics, plus modelling techniques for curves,

surfaces and a variety of different kinds of solid object.

You will learn simulation techniques for virtual

environment applications, including real-time graphics,

animation and creation of synthetic worlds, and

appreciate the enabling technologies such as high-

performance computers and special-purpose hardware.You will acquire a thorough understanding and practical

experience of visualization in studying scientific data,

including issues relating to human factors, such as the

psychology of perception and visual cognition. You will

also gain an understanding of the concepts, benefits,

applicability and use of an object-oriented language for

large-scale software development. In all areas, practical

work enhances intellectual understanding and technical

competence.

Core modules C++ Programming and Design

Real-Time Computer Graphics

Game Development Architectures

Simulation and Concurrency

Development Project

AssessmentStudents are assessed through examinations, portfolios,

programming and design exercises, and team work. The

MSc includes a dissertation.

Research areasResearch within the department is organised into two

research groups: Dependable, Reliable, IntelligentSystems (DRIS) and Simulation and Visualization

(SimVis). See pages 1516.

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specialist programme. A minmum IELTS score of 6.0 (or







Hull, HU6 7RX, UK | T +44 (0)1482 465951 |


About the programmeThis MSc provides a broad education in computer game

design, development and technology, with a special

emphasis on programming. It develops the skills and

knowledge necessary to pursue a successful career in

industries specialising in the creation and distribution of

leisure and entertainment computing technologies, using

computer games development methods and techniques

as a vehicle for introducing the theoretical, intellectual,

creative and dynamic aspects of computing.

The programme is studied over one year on a full-time

basis and consists of two semesters of taught modules

followed by an individual project/dissertation. It starts in

September each year.

Programme contentTwo decades ago, electronic games were a curiosity; now

they are one of the most popular forms of entertainment.

For a number of years the computer games industry has

made more money than the film industry, and, as games

become more commonplace, there is a growing demand

for people with the knowledge and skills to design and

produce them.

This MSc combines a broad introduction to game

development with an in-depth study of the technical

aspects of game programming and production. You will

study advanced programming methods and apply them

to computer game problems. These include real-time

graphics, artificial intelligence and the use of applied

physics. In addition, you will gain an understanding of

and the ability to implement fundamental algorithms

relating to 3D graphics (including ray tracing, radiosity,

lighting, shadows, reflections, transparency, and texture

mapping and rendering) and specific programming

methods for different gaming platforms.

The personal computer or games console is generally the

most advanced item of technology in the family home,

and game software uses this advanced hardware to its

maximum capabilities. Computer games programming

experts are therefore highly regarded in softwareengineering, and graduates from this MSc have a skill set

which is in demand across the software development

industry and the technology sector.

Core modules C++ Programming and Design

Real-Time Computer Graphics



Advanced Rendering and AI for Games

Development Project

AssessmentStudents are assessed through examinations, portfolios,


MSc includes a project dissertation.

Special featuresThe department has a long-held interest in computer

games and the technologies used to create them. We have

active research groups in Dependable, Reliable,

Intelligent Systems (DRIS) and in Simulation and

Visualization (SimVis), whose work is directly applicable

to the games development industry.

This Masters programme is accredited by Skillset.

Research areasFor the work of our DRIS and SimVis research groups, see

pages 1516.

MSc in Games Programming

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Hull, HU6 7RX, UK | T +44 (0)1482 465951 |


About the programmeThis MSc caters for graduates who wish to specialise in

large-scale software development for distributed systems

and gain essential practical experience. It is also ideal for

those already employed in the computing field who wish

to update their knowledge of contemporary computing

and specialise in mobile and distributed systems.

The programme is studied full-time over one year andcomprises two semesters of taught modules followed by

an individual dissertation project. It starts in September

each year.

Programme contentMicrosofts .NET framework has attracted considerable

interest from within the computing industry as a platform

for the development of commercial software. The .NET

software is aimed at breaking down technological

barriers and has been developed by Microsoft to connect

people, systems and devices in the web services and

distributed computing arena. The programme imparts

highly marketable skills, giving you in-depth experience

of working with .NET software and similar managed code

environments and putting you in a strong position to

shape the future development of large-scale IT systems.

Core modules C# Programming and Design

Component Based Architectures

Maintaining Large Software Systems

.NET Development Project

Distributed Applications

Trustworthy Computing

AssessmentStudents are assessed by a variety of means, including

examinations, portfolios, programming and design

exercises, and team work. The MSc includes a project and

a dissertation.

Special featuresEmployers today demand a new breed of software

specialist. They want people with proven real-world

experience of systems development and the skills to

develop systems that will operate on any computer or

electronic device, regardless of its size or type.

Collaboration between industry and universities is the

key to meeting these challenges. That is why the

University has cooperated with Microsoft UK to develop

this programme, the worlds first .NET postgraduate

degree. The course answers industrys demand for

programmers with the ability to work with large-scale

code bases. It focuses on the crucial systems-level

software development skills needed to extend the

boundaries of software innovation.


research groups: Dependable, Reliable, Intelligent

Systems (DRIS) and Simulation and Visualization


.NET MSc in Distributed Systems Development


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equivalent) is required of international students





Hull, HU6 7RX, UK | T +44 (0)1482 465951 |


About the programmeThis MSc combines technical knowledge of .NET and

other component based architectures with knowledge of

financial systems to provide a grounding for graduates

wishing to develop applications for financial markets and

related areas. It recognises the interest in and the

potential for building robust and secure financial

computer systems using .NET technologies and caters for

graduates who wish to cultivate skills in large-scale

software development for financial systems. It is also

suitable for those already experienced in the computing

field who wish to update their knowledge of the latest

software developments and to specialize in the

development of financial computer systems. This MSc

provides a specialist computer science qualification that

builds on the success and specialism of the departments

well-established .NET Distributed Systems MSc degree.

The programme is studied full-time over one year and

comprises two semesters of taught modules followed by

an individual project/dissertation. It starts in September

each year.

Programme contentMicrosofts .NET framework is well known within the

computing industry as a platform for the development of

commercial software. One particular application area is

that of financial systems. This programme imparts highly

marketable skills, giving you in-depth experience of

working with .NET software and similar managed code

environments alongside an understanding of finance

terms and systems. It will thus equip you with the skills

required by financial market employers.

Core modules Object-Oriented Design and Development Using C#


Foundations of Finance

.NET Development Project Distributed Systems


Financial Analysis

AssessmentStudents are assessed by a variety of means, including

examinations, portfolios, programming and design

exercises, and team work. The MSc includes a project and

a dissertation.

Special featuresThis degree programme provides students who have a

Bachelors degree in computer science with the

opportunity to specialise at Masters level in applications

of .NET distributed systems technology in computer

systems for the financial sector. A particular feature is the

inclusion of both computer science and business

modules, integrated at various points in the programme.

Research areasResearch within the Department is organised into two




MSc in .NET Financial Systems Development

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Hull, HU6 7RX, UK | T +44 (0)1482 465951 |


About the programmeThis MSc provides graduates in computer science (or a

related discipline) with the opportunity to study to

Masters level in the subject. One distinctive feature of this

degree is the opportunity to acquire industrial experience

through SEED a software development company

embedded within the department.

The programme is studied full-time over one year andcomprises two semesters of taught modules followed by

an Industrial Placement Project. It starts in September

each year.

Programme contentThe degree is a development of the departments

successful MSc programmes, in particular the .NET

programme and the Computer Graphics Programming

and Games Programming degrees. The Computer Science

MSc is designed to be more flexible than these

programmes, so that students with particular interests

and skills from their previous studies or experience can

choose from the widest selection of Masters-level

modules. This is expected to be of particular interest to

overseas students.

To allow maximum flexibility, nearly all modules are

optional, although a few must be taken in pairs. The

exact choices would depend on prior learning and

experience.

The degree allows a balance between depth and breadth.

Some aspects are studied at a very fundamental and

detailed level, enabling you to become a technical

problem-solving specialist in these areas. Other aspects

are treated more broadly, so that you become aware of awider spectrum of up-to-date software, hardware and

human factors.

Core modules Industrial Placement Project

Optional modules

C++ Programming and Design Real-Time Computer Graphics



Maintaining Large Software Systems


Visualization

Advanced Rendering and AI for Games

Development Project

.NET Development Project

Distributed Applications


AssessmentAssessment is through examinations, portfolios,


MSc includes a project and a dissertation.

Special featuresThe Industrial Placement Project module enables you to

gain experience in the skills and practices of commercial

software development through a placement within SEED

(Software Engineering Experience Development). This

allows you to work on real commercial software

development projects provided by SEED Software, a

reach-out project of the Department of Computer Science,which supplies commercial software development

services to customers with bespoke software development

needs.





MSc in Computer Science


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Higher degrees in digital media | 27

Taught degree programmes | 28MSc in Digital Media

MSc in Internet Computing

MSc in Website Design and Development

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The Universitys postgraduate digital media programmes aredelivered at the School of Arts and New Media (SANM) by a staffteam with backgrounds including computer science, graphicdesign and media performance.

This mix of talents ensures that our programmes fully addresshow digital media are designed, produced, distributed and

discovered. The SANM is based at the Scarborough Campus, in anenvironment which encourages creative collaboration. The schoolalso delivers programmes in music technology, popular music,and theatre and performance, so the variety of subject specialistsis truly exceptional.

The Digital Media Team (comprising Dr Tanko Ishaya, Dr DarrenMundy, Dr Toni Sant, Dr John Whelan, Mr Robert Consoli, Dr ChrisNewell, Mr Paul Warren and Mr Darren Stephens) carries outresearch into the application of advanced internet-relatedcomputing technologies and their widening impact on evolvingsoftware-engineering practice and society. Its activities are

concentrated in the following areas:

information and knowledge representation, management andvisualization

semantic web and agent technologies technology support for e-learning, e-business, e-government

and e-health trust and security of web systems sociocultural aspects of digital media digital rights management website evolution, measurement, evaluation, performance and

security engineering humancomputer interaction and wireless and mobile systems modelling and simulating liveliness in computer systems interactive multimedia technologies and the use of internet

technologies for applied theatre the junction of computing, languages and law

The Digital Media Team offers a wide range of postgraduateresearch opportunities, including taught Masters programmes inDigital Media, Internet Computing, and Web Design andDevelopment; MScs by research; and PhDs in creative andmultimedia computing, the semantic web, technological support

for learning, and wireless and wearable computing.The SANMs activities include research, teaching (at bothundergraduate and postgraduate level) and reach-out. Research isa core activity, and the majority of the academic staff are activeresearchers who supervise postgraduate research students.Reach-out essentially covers activities that are undertaken tohelp develop the region, as well as educational activities furtherafield: for example, DTI-funded Knowledge Transfer Programmesthat assist in technology transfer to local industries, and

validation of programmes run by colleges in the region.

For an indication of research currently being undertaken across

the School of Arts and New Media, see www.hull.ac.uk/sanm.

Digit

alme

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Higher degrees in digital media

Entry requirementsYou should have, or expect to obtain, a good Honours degree (or equivalent) in

computing or a related discipline appropriate to your intended research and a good

command of English as evidenced by IELTS (6.0), TOEFL (213 for the computer-based

test and 79 for the internet-based test) or previous study in English. (Candidates whodo not meet the language requirements may take an English course at the University

prior to starting their programme.) Other qualifications, together with work

experience, may also be acceptable.

Duration of studyMSc (taught) 1 year full-time

MSc (research) 1 year full-time / 2 years part-time

MPhil (research) 2 years full-time / 3 years part-time

PhD (research) 3 years full-time / 5 years part-time

Reading for a research degreePostgraduate research students, whether full-time or part-time, are expected to

acquire the skills of research and to make a contribution to the advancement of

knowledge. The successful outcome of the period of research will be the completion

and submission of the thesis and the award of the higher degree. The University will

endeavour to give students every assistance to achieve this goal, but a successful

outcome also demands commitment and a willingness to learn from prospective

students.

All students undertaking a research degree are required to follow a research training

programme (the Universitys PGTS), related both to their particular field of study and

to generic skills. Masters students are required to complete 2040 credits, while

doctoral students are expected to complete 60 credits before they are allowed to

submit their thesis. This minimum requirement may be met in part by learning

achieved elsewhere, referred to as accredited prior learning (APL). If you achieve a

minimum of 60 credits (excluding any gained through APL), you will also be entitled

to a Certificate in Research Training. Completion of 120 credits (excluding any gained

through APL) will entitle you to a Diploma in Research Training.

For further details of both full-time and part-time postgraduate research provision,

please contact

Dr Tanko Ishaya

School of Arts and New Media

+44 (0)1723 357235

[email protected]

The creative mixof talents and

perspectives in theSANM ensuresthat our

programmes fullyaddress howdigital media aredesigned,

produced,distributed anddiscovered.


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Duration: Full-time 1 year

Attendance: About 40 hours a week

Entry requirements: A good Honours degree or

equivalent (in any subject area) or appropriate experience

in a professional environment. An IELTS score of 6.0 (or

equivalent) if your first language is not English

Fees: www.hull.ac.uk/money

Location: Scarborough Campus

Contact: Dr Tanko Ishaya: [email protected] |

+44 (0)1723 357235

About the programme

This unique MSc addresses the growing need forprofessionals to be able to produce well-crafted,

aesthetically pleasing and fully designed digital products.

Open to graduates in any discipline, the programme

addresses the needs of practitioners, managers, decision

makers and educators who wish to be informed about the

design and technical possibilities of digital media and

gain an awareness of social, cultural and business

contexts. Graduates from this programme will find

employment in fields such as web design, web content

management, graphic design, digital media production

and development of media for a variety of devices such as

mobile phones, PDAs and interactive television.

The programme consists of six taught modules and a

substantial personal project. The taught elements are

delivered over two semesters, providing intermediate

qualifications Postgraduate Certificate (60 credits) and

Postgraduate Diploma (120 credits). The third semester

(during the summer) is dedicated to project development.

Programme contentThe programmes aims and objectives are to

produce graduates equipped to practise as reflective

and adaptive professionals in modern organisations

particularly in the development, application andmanagement of digital media technologies associated

with the internet

impart the practical, technical, organisational, creative

and investigative skills and knowledge required to be

able to anticipate, adapt to and initiate change in the

development and application of digital media

technologies in multimedia, entertainment and

creative industries/organisations

develop critical, analytical, problem-based learning

skills in combination with the transferable skills

required for future employment and lifelong learning

develop in students an appreciation of project

management to enable them to understand change

management in the commercial context

Core modules Research Methods and Professional Issues

Website Technology

Media Design and Interaction

Dynamic Web Programming Digital Media Management

Psychology of Internet Behavior

Dissertation Project (in the summer)

Optional modulesYou may choose to attend one 20-credit module from

another MSc programme, but this does not count towards

the award of the MSc.

Further module informationDissertation Projects often include research into novel

interface paradigms, 2D and 3D design, live media

integration, web accessibility, mixed media presentation

and web application development. You will work closely

with a personal supervisor. Students often select projects

in areas related to their future employment goals.

AssessmentModules are assessed by coursework alone or by a

combination of coursework and examination.

Special features Conveys computer science and software engineering

principles essential to career success

Teaches all necessary computing skills from theground up

Gives a critical awareness of contemporary issues and

technologies

Shows how to apply professional standards to web

application development

Cultivates on object oriented development approach to

dynamic web applications using technologies such as

xhtml, CSS, DOM, AJAX and PHP

Teaches you how to develop large-scale data-driven

web applications using relational databases and XML

Imparts research and project management skills that

enable the individual to develop as a professional

Allows you to get involved in substantial individual

and culturally diverse group projects

Helps you understand the importance of media design

and interaction in modern media devices

Shows you how to apply knowledge of the psychology

of internet behaviour to shaping behaviour online and

creating more effective digital media systems

Suitable for graduates in any discipline and a gateway

to a variety of employment options


interests, see page 26.

MSc in Digital Media

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MSc in Internet Computing

FastFacts


Attendance | About 40 hours a week

Entry requirements | A good Honours degree or





Location | Scarborough Campus

Contact | Dr Tanko Ishaya: [email protected] |

+44 (0)1723 357235

About the programme

The rapid growth of the internet and its associatedapplications (notably the World Wide Web) has created a

market for suitably qualified internet computing

professionals. This innovative programme provides

industrially and commercially relevant knowledge that

will enable you to design and develop effective internet

applications, especially interactive websites. It aims to

equip you with the broad range of theoretical and

practical skills required for developing interactive and

creative internet applications, together with a specialised

understanding of a chosen area of interest. Recent

graduates from this programme have found excellent

employment openings both in the UK and abroad, not

only as analysts, programmers, web designers, mobile

application developers, database administrators or

network/security managers but also in the management of

e-commerce initiatives or the development of internet

strategies.


substantial personal project. The taught element is


qualifications a Postgraduate Certificate (60 credits) and

a Postgraduate Diploma (120 credits). The third semester

(during the summer) is dedicated to project development.

Programme contentThe programme aims to develop in students

the appropriate knowledge and skills to practise as

professionals within organisations that are involved in

the development or application of internet computing

technologies

an understanding of how internet technology impacts

on commerce and society to enable them to participate

in the deployment of such technology

intellectual, creative and investigative skills that will

enable them to anticipate, adapt to and initiate change

in the development and application of internet-based

technologies

the ability to plan autonomously and advance their

own learning


Website Technology

Web Security

Dynamic Web Programming Digital Media Management

Internet Based information Systems





Further module informationDissertation Projects often include research into systems

development; web design/implementation/security;

semantic web and web 2.0; multimedia; application of

new technology; e-business/e-learning /e-government

studies; 2D and 3D graphics and visualization; live media

integration and web accessibility. You will work closely

with a personal supervisor. Students often select projects

in areas related to their future employment goals.



Special features

Conveys computer science and software engineeringprinciples essential to career success

Teaches all necessary computing skills from the

ground up


technologies

Shows you how to apply professional standards to web


Cultivates an object oriented development approach to





Develops theoretical and specific practical multimedia

software development skills





Identifies the risks in modern computing

Gives partial exemption from BCS professional

examinations





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MSc in Website Design and Development

FastFacts


Attendance | About 40 hours a week

Entry requirements | A good Honours degree or





Location | Scarborough Campus

Contact | Dr Tanko Ishaya: [email protected] |

+44 (0)1723 357235

About the programme

This exciting programme adopts a creative approach tothe design and management of digital media. Through an

appreciation of the principles of internet computing, an

understanding of humancomputer interaction and web

design, and experience of the theory and practice of

multimedia, you will be equipped with the practical skills

required by contemporary computing companies and the

ability to adapt to future developments in digital

industries. Graduates from this programme will normally

find employment as web designers/developers, project

managers, media application developers, mobile and

interactive application designers and managers of

internet technologies.


substantial personal project. The taught element is


qualifications a Postgraduate Certificate (60 credits)

and a Postgraduate Diploma (120 credits). The third

semester (during the summer) is dedicated to project

development.

Programme contentThe programme aims to develop in students

an understanding of how internet technologies can be

used to design, construct and maintain large-scaleprofessional websites

the appropriate knowledge and skills to practise as

professionals within organisations that are involved in

the development or application of internet-based

computing technologies

the creative and practical skills to enable them to

produce innovative and original websites for

ubiquitous devices

the ability to anticipate, adapt to and initiate change in

the development and application of internet-based

technologies

the ability to plan autonomously and advance their

own learning


Website Technology

e-Business

Dynamic Web Programming Media Design and Interaction

Internet-Based Information Systems





Further module informationDissertation Projects often include research into novel

interface design; semantic web; web 2.0; web

engineering/usability; affective computing; e-business/

e-learning/e-government applications; 2D and 3D

graphics and visualization; live media integration and

web accessibility. You will work closely with a personal

supervisor. Students often select projects in areas related

to their future employment goals.



Special features

Conveys computer science and software engineeringprinciples essential to career success

Teaches all necessary computing skills from the

ground up


technologies

Shows how to apply professional standards to web


Cultivates on object oriented development approach to









Develops an understanding of the importance of media

design and interaction in modern websites

Introduces business concepts, strategies and models

and shows how internet computing is used in

developing electronic business systems





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Research degrees in engineering | 35

The departments research groups | 37

Taught degree programmes | 43MSc in Automatic Control

MSc in Electronic EngineeringMSc in Embedded Systems

MSc in Medical Engineering

MSc in Wireless Systems Engineering

MSc in Wireless Systems and Logistics Technology

Engineering


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The Department of Engineering offers six one-year full-timetaught Masters programmes plus many exciting researchopportunities.

We have well-established links with industry in the UK andoverseas, and many senior academic posts are supported byindustrial companies. The department also has extensive links

with the international academic community, supports long-termvisits of internationally recognised researchers to Hull and hasformal exchange programmes with a number of overseasuniversities.

Postgraduate research opportunities are detailed in what follows.Information about our taught Masters programmes can be foundon pages 438.

The

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Research degrees in engineering

The MSc by research requires one year full-time or two years part-time; the MPhil two

years full-time or three years part-time; and the PhD three years full-time or five years

part-time.

The departments research is organised into three main groups, within which there

are subgroups which engage with a number of discrete research themes:

Design, Materials and Process Performance

Control and Intelligent Systems Engineering

Design Optimisation

Electronics Design, Manufacture and Test

Materials and Process Performance

Numerical Dynamics Transmission Line Modelling

Environment, Energy and Sensors

Acoustics and Fluids

Communications

Optoelectronic Nanotechnology

Sensor Networks and Energy Harvesting

Medical Engineering and Technology

Computational Biomedical and Biological Engineering

Medical Device Development

Our work in these areas is described on pages 3742, where you will also find contact

details for the staff involved and links to the relevant web pages.

Each research student joins an established group, with access to the well-equipped

laboratories associated with that group and to others within the department. The

departments electronic and mechanical workshops provide essential support, with

facilities for the design and construction of specialist experimental and test

equipment.

We encourage you to present the results of your work at the sharp end many new

researchers develop their presentational skills by exhibiting their work to highly

qualified and critical audiences at international conferences. Some of our research is

funded by EU grants, and exchange visits to other EU countries are an integral part of

those projects.

A programme of research seminars is organised within the department, and all

postgraduate students are required to attend regularly. Before submitting a thesis for

examination, each PhD student is required to give a departmental research seminar.

Admission requirementsWe normally require a first or second class Honours degree (or equivalent), but we

also consider applicants who can demonstrate suitable expertise in their chosen area.

If its practicalrelevance yourelooking for, lookno further. Wehave well-established linkswith industry inthe UK andoverseas, andmany senioracademic posts

are supported byindustrialcompanies.


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Funding and scholarshipsMost of the departments research students receive financial support from Research

Councils UK specifically the Biotechnology and Biological Sciences Research

Council (BBSRC), the Engineering and Physical Sciences Research Council (EPSRC)

and the Medical Research Council (MRC) or from the EU, other funding bodies or

industrial research contracts. Research Councils UK support is limited to EU

residents, and industrial research contracts are linked to research projects conducted

by members of academic staff supported by UK organisations such as QinetiQ, BAE

Systems and the General Electric Company.

Research scholarships are available from other sources, but whether you are eligible

for these depends on your personal circumstances. A list of organisations which

provide research scholarships is available from our Departmental Secretary. Some

research students choose to self-fund, which may be done full-time or part-time. The

part-time option is particularly attractive to students who wish to pursue a higher

degree while remaining in full-time employment.

You are encouraged to forge your own links with industry. Such links can result in

further support to augment basic funding as well as consultancy and employment

opportunities. Within the department, openings also exist for some paid

demonstrating work associated with undergraduate courses.

Further information and applicationsPlease direct academic enquiries to the email addresses given with the research areas

outlined on pages 3742. For more general information or an application form, please

contact

Departmental Secretary

Department of Engineering

University of Hull

Hull, HU6 7RX, UK

T +44 (0)1482 465891

F +44 (0)1482 466664

[email protected]

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The Design, Materials and Process Performance Group

Control and Intelligent Systems Engineering (C&ISE)www.hull.ac.uk/control

Professor R J Patton ([email protected])

Dr M Hou ([email protected])

C&ISEs research focuses on the development, analysis and design of new methods

for achieving fault-tolerant control and robust estimation in complex dynamical

systems. Novel methods have been developed and tested for robust fault detection

and isolation (FDI) in systems that have complex and uncertain dynamics. There has

been a considerable interest in real applications, for example in mechatronics, in

aerospace systems and in distributed control and networked control systems

problems. Several studies have also commenced investigating the application of

robust estimation methods to biomedical signal processing applications.

FDI plays an important role in control systems which are capable of compensating for

faults and reconfiguring to achieve fault-tolerant control (FTC), and C&ISE projects

encompass both theoretical development and application. The theoretical work has

been published in numerous journal and conference papers, and application studies

include satellite attitude control, jet engine systems, flight control, nuclear reactor

cooling systems, steel mills and electro-pneumatic actuators. The methods used are

based on robust estimation/control theory (H, linear matrix inequalities, linear

parameter-varying systems, sliding mode observers, unknown input decoupling,

output injection, feedback linearisation and neuro-fuzzy algorithms).

A study concluded in 2005 on robust FDI for satellites developed a method for

detecting and isolating faults in the small thrusters that stabilise the spacecraft. The

robust FDI approach, developed at Hull, is now being implemented in satellite

systems for LISA (the Laser Interferometer Space Antenna). The work has been

published in a number of international journal papers and conferences (for further

details please refer to www.hull.ac.uk/control).

Another recent research project was the EU FP6 STREP Networked Control SystemsTolerant to Faults (NeCST) (see www.strep-necst.org). In this project, C&ISE research

staff developed an autonomous control approach to FTC of distributed networked

systems. This new autonomous FTC strategy is being developed for distributed

control applications, including the control of networked systems.

C&ISE is currently involved in an EU FP7 STREP Advanced Fault Diagnosis for Safer

Flight Guidance and Control (ADDSAFE) project with academic and industrial partners

and industry across Europe. The research project will run from July 2009 to June 2012.

C&ISE has also entered into an EPSRC/BBSRC-funded collaboration with the Medical

Engineering Research Group to develop a bio-inspired approach to modelling the

dynamics and control of mechano-transduction of bone osteocyte networks.

Design Optimisationwww.hull.ac.uk/MAPP

Dr J S Liu ([email protected])

Design optimisation is becoming increasingly important for advanced and

competitive products. Our research in this area focuses on developing advanced

optimisation methods and tools for real-world engineering design problems. This

includes sizing, shape and topology optimisation of complex structures and

multiobjective/multicriterion design optimisation of components, structures and

engineering systems. A heuristic topology/shape optimisation method (metamorphic

development a powerful finite element based method creating optimum concepts

and layouts from a basic definition of a design problem) and a general-purpose,

multifactor engineering optimisation method (called MOST) are being developed

further. These novel methods have found wide applications. The research has linkswith other universities (including Cambridge and UMIST) and with a number of

industrial partners.


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Electronics Design, Test and Manufacturewww.hull.ac.uk/EDTM

Dr I M Bell ([email protected])

Dr J M Gilbert ( [email protected])

To compete in the global market for modern electronic products, companies must use

the best available techniques in design, manufacture and test and integrate these

as effectively as possible. Our research in this area focuses on tools and techniquesfor design for test and design for manufacture of analogue and mixed signal circuits

and systems.

Our work on quality cost analysis uses statistical methods to determine the

probability of faults, failure modes and effects analysis to assign a severity to their

consequences, and financial modelling methods to determine the costs (from scrap,

repair, warranty returns and product liability) arising from these faults. To assess the

effectiveness of testing in the identification of faults, we have developed the ANTICS

analogue fault simulator. By integrating design, manufacture and testing within a

unified framework, we have developed methods of assessing designs in terms of their

overall cost and can minimise total cost at an early stage of development.

An understanding of electronics manufacturing is critical to this work, and we have

extensive experience of novel manufacturing processes. Here, our interests centre on

the use of lasers in electronics manufacture particularly for soldering circuit

assemblies and in the modelling and control of the laser soldering process.

Our systems design and test work, carried out in collaboration with the Department

of Chemistry, has recently concentrated on developing system simulation models and

self-test strategies for microchemical reactors. Our work is focused on but not

limited to autonomous microanalytical systems for applications such as

environmental monitoring.

Materials and Process Performancewww.hull.ac.uk/MAPP

Dr K S Fancey ([email protected])

Dr G B Neighbour ([email protected])

The groups activities include promoting environmental sustainability linked to

advanced manufacturing and engineering, a significant proportion of its research

being interdisciplinary in nature. Our work follows two themes: first, the design of

new systems in manufacturing; second, the development of new materials and the

analysis of the their performance, particularly in the nuclear industry. The main

current concern is the effectiveness of UK gas-cooled nuclear reactor core designs,

especially materials performance and the continued functionality of core

components in supporting life extension through various modelling and analytical

techniques.

One major activity is the development of a novel method of producing composite

materials with improved mechanical properties, but without the need to increasemass or section thickness. This method exploits the use of viscoelastically recovering

polymeric fibres to provide compressive stress in the matrix material, offering

significantly improved processing flexibility over conventional elastically generated

prestressing routes. Additionally, these materials may provide benefits for

applications including transportation (reduced fuel consumption, improved

crashwor

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