delft / cern summer course playbook...mathematics & computer science aniek kempeneers dong-hyuk...

summer courseUnleash the potential OF NEW TECHNOLOGIES AT IDEASQUARE CERN

PROJECT MANIFESTO

Educational institutes play a leading role when it comes to the development of creativity, decision-making and a fundamental curiosity in today’s generation.

As freshmen take the first leap into their professional field, interaction with peers from diverse backgrounds aids in personal development. In café’s, after study hours, norms and values are challenged and societies’ needs and individual hurdles become vivid topics for discussion. And where new ideas are shared, innovation can occur.

As an institute that brings together people from all over the world, CERN as well fulfils the tasks of an educational institute and is a great breeding ground for innovation. Contrasting beliefs and methods are united with the sole purpose of generating knowledge. But education occurs in a much less conventional manner.

There is access to a platter of knowledge that is unique in the world. And the tests are not as standardized as in most educational systems, leaving many more degrees of freedom for and enhancing knowledge exchange.

CONTENT

3Delft University of Technology | Summer course CERN IDEAsquare 2019

Project information

Aim & Learning outcomes

Organisations

Places & Dates

Deliverables

Technologies

People involved

Day-to-day Course Schedule & Milestones

Partners

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10-13

14-19

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PROJECT DESCRIPTION


As advances in technology enable fundamental physics research, new technologies are developed for research at institutes like CERN and Nikhef. These technologies are potentially valuable in other applications that serve society’s needs.

Earlier success stories of such technological advances, such as the capacitive touchscreen, medical imaging techniques and the world wide web, demonstrate the potential value and create a demand for the investigation of the potential value of these ever developing technologies in other contexts.

To address this demand during this course, 20 students from the Honours Programme Delft will work, in interdisciplinary teams, to investigate the potential value of these technologies and their performance in new applications.

To cover the broadness of societal challenges, the students will receive support and coaching from representatives from CERN IDEAsquare, TU Delft, Nikhef, CERN, the United Nations and the Industry.

AIM & LEARNING OUTCOMES


• Learn about state of the art technologies, used within high energy physics (at research institutes like CERN and Nikhef), and research their applications.

• Apply the expertise, gained in their individual studies, on the application of CERN technologies in new contexts.

• Analyse a technology regarding societal impact and the performance of the solution regarding alternative technologies, design and regulations.

• Work in interdisciplinary teams, explain reasoning of their own and take a critical nurturing stand towards personal reasoning as well as the reasoning of peers.

• An understanding of methodology regarding idea generation (Creative workshop design), human-centered design and team dynamics.

• Able to facilitate creative problem solving workshops, with participants of different backgrounds, to solve complex challenges.

• Able to prototype, test and pitch own generated solution effectively to peers and others.

• An understanding of innovative behaviour in relation to Design Thinking, Entrepreneurship and Creativity (innovative behaviour compass).

• Communicate a technology and application to a diverse audience. • Write a scientific paper for the CERN IDEAsquare Journal for Experimental

Innovation (CIJ).

The main goal of this course is to offer the students the opportunity to profit from the knowledge available at CERN and to provide support in applying this knowledge to address society’s needs. The students are asked to use their work to raise awareness for their societal challenges, for knowledge that is generated at CERN and how it can be valuable in applications in our society.

ORGANISATIONS


Delft University of Technology (TUDelft) in Delft, the Netherlands, is the nation’s largest technical university, with over 15,000 students, 2,700 scientists (including 200 professors) and 1,800 people in the support and management staff. It is a renowned state university specialized in the engineering sciences conducting cutting-edge research and providing first class education at graduate and post- graduate levels.

Delft is also a pioneer in educational innovation and an important source of cutting edge research in the field of engineering.

The CERN Summer Course has its origin at the Honours Programme Delft. The students of the Honours programme are selected and come from all the faculties of Delft University of Technology.

CERN, the European Organization for Nuclear Research, is one of the world's largest and most respected centres for scientific research. Physicists and engineers at CERN use the world's largest and most complex scientific instruments to study the basic constituents of matter – fundamental particles.

The purpose of IdeaSquare is to bring together people to generate new ideas and work on conceptual prototypes related to detection and imaging in an open environment. It brings together CERN personnel, visiting students, and external project collaborators from the domains of research, technology development and education, and contributes to KT Group activities in helping to shape and improve them further towards socially and globally relevant new product ideas and innovation.

Nikhef is the Dutch National Institute for Subatomic Physics. The institute performs research into the elementary building blocks of our Universe, their mutual forces and the structure of space and time.

Scientists from all over the world come to the Netherlands to work at Nikhef in national and international collaborations. Research deals on the one hand with elementary particles that collide with each other in controlled experiments at high energy and intensity, and on the other hand with observing particles that travel from the Universe towards Earth.

Nikhef’s expertise in these areas is praised and utilised worldwide, for example by the international CERN collaboration, which uses particle accelerators to perform research into elementary particles.


PLACES & DATES

GENEVA

IDEAsquare CERN Building 3179 Entry through LHC Point 1 gate -ATLAS- Route de Meyrin 385, 1217 Meyrin, Switzerland

7th-27th of July

Rue des Maraîchers 61, Genève, Genève 1205, Switzerland

Avenue de Miremont 7, Geneva, Geneva 1206, Switzerland

Rue Jean-Dassier 18, Genève, Genève 1201, Switzerland

Rue Tronchin 15, Geneva, Geneva 1202, Switzerland

1 2

3 4

DELIVERABLES

PEOPLE

1

2

PROTOTYPE/ PROOF OF CONCEPT

3 POSTER

4

PITCH

5

PAPER


TechnOlogIES

1 Quantum membrane accelerometer microchip (Q-MAM)

2 Automated real-time 3D ultrasound mapping of arteries and nerves (3D-ULTRAMAN)

3 A real-time material characterisation system using multispectral Raman imaging (RAMANTIS)

4 Seismic imaging & monitoring systems (SIMS)

5Head-worn 3D-visualisation of the invisible for surgical intra-operative augmented reality (H3D-VISIOnAiR)

https://attract-eu.com/selected-projects/quantum-membrane-accelerometer-microchip-q-mam/

https://attract-eu.com/selected-projects/automated-real-time-3d-ultrasound-mapping-of-arteries-and-nerves-3d-ultraman/

https://attract-eu.com/selected-projects/ramantis-a-real-time-material-characterisation-system-using-multispectral-raman-imaging/

https://attract-eu.com/selected-projects/seismic-imaging-monitoring-systems-sims/

https://attract-eu.com/selected-projects/h3d-visionair-head-worn-3d-visualation-of-the-invisible-for-surgical-intra-operative-augmented-reality/

PEOPLE INVOLVED

Florian Adam

Aerospace Engineering

Roderick Tapia BarrosoElectrical Engineering,

Mathematics & Computer Science

Tjeerd Peters

Applied Sciences

Turkuaz Nacafi

Architecture

Jody LiuElectrical Engineering,


Hamza El-Kebier


Maria Chiara Mazza

Technology, Policy and Management

Matthijs van NiekerkElectrical Engineering,


Aniek Kempeneers Dong-Hyuk (Edward) Na Lucas Stehouwer Rahul Vyas

Industrial Design Engineering Aerospace Engineering Applied SciencesElectrical Engineering,


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2

3

TEAMS

Delft University of Technology | Summer course CERN IDEAsquare 2019

11

Andrea Bettini


Arie Reinier de Reuver

Applied Sciences

Henk-Jan WermelinkElectrical Engineering,


Giel Wind

Architecture

Killian Dally


Suryansh SharmaElectrical Engineering,


Vladislava DinkovaMechanical, Maritime

and Materials Engineering

Ying ZhouIndustrial Design Engineering

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TEAMS

5


Santeri PalomakiIDEAsquare

Tuuli Utrianen

IDEAsquare

Jani Kalasniemi

IDEAsquare

Romy WelschenDelft University of

Technology

Dap HartmannDelft University of

Technology

Sem CarreeDelft University of

Technology

LectureRs & GUEST SPEAKERS

Malik Ivan TasDelft University of

Technology

Hannah Short

CERN

Maria Alandes Pradillo

CERN

Lilian Jeanty

CERN

Han Dols

Radio Regulation Board

Marc TassoulDelft University of

Technology


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MILESTONES & KICK_OFF

Before 3 week summer course (7th of July) (1)Team (2) Deskresearch research of Technology (3) Hit list for potential people for final Big Demo Day (4) Good spirit

1

We all invite you on Sunday the 7th of July at 2030 at restaurant Scandale (Rue de Lausanne 24) for a welcome

drink!

End of week 1 (12th of July) (1) Shaped team with vision and roadmap (2) Technology Unpacked (3) Context of technology- potential user groups and search /

opportunity fields (4) Style of Scientific paper, conceptual outline & main question (5) People for big demo

2

0900-1000

1200-1230

LUNCH

1330-1430

1530-1630

1630-1730

1000-1100

1100-1200

1730-2100

CERN kick-off (Santeri Palomaki)

Group Communication

(Santeri Palomaki)

CERN lunch game

Peer-to-peer technology sharing

Building a team

Process & Roadmap

Optional

MONDAY

WEEKEND

Reframing Technology (Tuuli Utrianen)

Unwrapping Technologies

Lunch

Speed dating with experts and coaches

Optional

TUESDAY

Research technology functions and opportunities

Ideation on technology functions

CERN Lunch collider

Knowledge Transfer & Value Proposition

(Hans Dols)

Constructive Opinions with coaches

DRINKS @ CERN MAINSITE

WEDNESDAY

Prototyping & Paper (Jani Kalasniemi)

Travel & Lunch

EXCURSION: EPFL Innovation park &

Laboratory of intelligent systems

Optional

THURSDAY

(Early start 0830) Swim at Lake Geneva

Context & User

Structuring of search and opportunity fields

Open Source & Future challenges (Maria Alandes)

Optional

FRIDAYWEEK 1

Sharing & Caring (Evaluation & Reflection)

Unwrapping Technologies

Optional Delft University of Technology | Summer course CERN IDEAsquare 2019

DEFINE

Lunch

Structuring

15

MILESTONES

Halfway week 2 (17th of July) (1) Search field connected with societal trend of challenge (2) Bunch of interesting applications 3-5 (3) Scientific paper introduction

End of week 2 (20th of July) (1) Final Concept & User (2) Tested simple Prototype (3) Value proposition (4) Skeleton of scientific paper

3

4

0900-1000

1200-1230

LUNCH

1330-1430

1530-1630

1630-1730

1000-1100

1100-1200

1730-2100

CERN Visit

IDEAsquare lunch

Security Concepts (Hannah Short)

Scientific Paper

Optional

MONDAY

SATURDAY

Ideation on applications

Lunch

Optional

TUESDAY

Exponential Thinking (IDEAsquare)

Share & Care

Value proposition of applications & Benchmark

Lunch with guests

Storytelling & Delivery

INTERMEDIATE PITCH

IDEAsquare BBQ

WEDNESDAY

Prototyping & Test plan

Testing & Validating assumptions

Scientific Paper

Optional

THURSDAY

Concepting (Desirability, Feasibility & Viability)

DRINKS @ CERN MAINSITE

FRIDAY


WEEK 2

Ideation with Coaches (Till 18H)

Ideation on applications

Societal trends & more One-on-one with Visualiser

Concepting (Desirability, Feasibility & Viability)

Share & Care

Lilian Jeanty (UN) VIsit CERN (0900-1300)

Hike (14h)

DESIGN

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MILESTONES

End of week 3 (26th of July) -5Ps (1) Prototype/ proof of concept (2) Poster (3) Pitch (4) Paper summary (5) People (2-3) that attend the big demo

5

We will celebrate our achievements on Friday 26th of July at the Big Demo, Pitches & Party!

0900-1000

1200-1230

LUNCH

1330-1430

1530-1630

1630-1730

1000-1100

1100-1200

1730-2100

UN Visit

Lunch

Refine Concept

Prototype & Testplan

Optional

MONDAY

WEEKEND

Scientific Paper

Regulation & Government involvement

Lunch

Market research & Numbers

Venture Design & Plan for what’s next

Optional

TUESDAY

Orientation through movement

Venture Design & Plan for what’s next

Lunch

Work on 5PS

Optional

WEDNESDAY

Work on 5PS

Lunch

Demo Design

Constructive Opinions with coaches

Optional

THURSDAY

Work on 5PS

Lunch

Build Demo Stand

FRIDAYWEEK 3

Optional

Big Demo, Pitches & Party


DELIVER

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Partners

transformers / デジタル

Committee of Recommendation

Prof. dr. ir. Tim van der Hagen, Rector Magnificus/ President Executive Board, Delft University of Technology

Prof. dr. Gerard ’t Hooft, Nobel Laureate, Theoretical Physics

Dr. Hanane Naciri, United Nations, ITU

Drs. Pieter Duisenberg, President, Association of Universities, The Netherlands

A limit is no more than a suggestion, made up to narrow the scope.

delft / cern summer course playbook...mathematics & computer science aniek kempeneers dong-hyuk...

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