TU/e

Presentatie van Pieter de Bock gehouden in het projectleidersoverleg van september 2009.

1. September 24, 2009
Drs. Ir. Pieter de Bock
Cooperate Accountmanager
Eindhoven University of
Technology

2. 2

3. 3
TU/e: profile

 Founded in 1956
 Research driven and application oriented
 Top 5 European Technology Universities
 Most publications with industry world-wide
 Employees (3.000), PhD’s (640), students (7.200)

4. 4
Citation Impact Score
(Source: Third European Report on S&T Indicators, 2003)

5. 5
Scientific publications together with
industry
1. Eindhoven University of Technology: 10,5%
2. Tokyo Institute of Technology : 10,0%
3. Osaka University : 9,1%
4. Keio University : 8,3%
5. Delft University of Technology : 8,3%
(Source: Thomson Reuters/CWTS Web of Science database (edition July 2008) )

6. 6
Start-up Companies
Innovation Lab BV
• Applied Physics
• Architecture, Building and Planning
• Biomedical Engineering
• Chemical Engineering and Chemistry
• Electrical Engineering
• Industrial Design
• Mathematics and Computer Science
• Mechanical Engineering
• Ind. Engineering & Innovation Sciences
TU/e HOLDING FACULTIES
BOARD OF GOVERNORS
TU/e Organisation
MKBStarters
Large
Companies
POPO
POPO
POPO
POPO
POPO
Subsidies
&
Patents/
Licensing
POPO= Project Office= Project Office

7. 7
TU/e and Business
PARTNERS TU/e
ASML DAF
DOW PHILIPS
NXP etc. etc.
15 START-UPS PER YEAR
SupraPolix Neodec
Q-Tis/e Maxxun
Validus InSolutions

8. PAGE 809-10-09
Core Activities TU/e
• Education
• Research
• Knowledge valorisation

9. Core Activities TU/e
EDUCATION
−BSc/MSc degrees in various technological disciplines
−Multidisciplinary studies e.g. MSc Automotive
−Professional Doctorate in Engineering
−Entrepreneursship (e.g. Master of Business Innovation MBI)
−International scholarships also together with companies
PAGE 909-10-09

10. 10
Entrepreneurship education at TU/e
Target:
Knowledge
&
Awareness
Skill
Development
Incubation of
Start-ups
(Innovation Lab)
Undergraduate Master PhD (and TOIO)
Intro
sessions
Design-oriented
learning in each
BSc major
Marketing
Management
Finance etc
Final
Project
Minor
Entrepreneurship
MSc
courses
of TM
Master class
Skills and
competences
Business
venture/plan
Certificate
Technology
Entrepreneurship
Multidisciplinary
Graduation
projects
Intro workshops
entrepreneurship
Master classes
in Techno E-
ship (ELAt resp.
3TU, STW,
SKE)
E-ship
courses in
several
other MSc
programs
Master in Business
Innovation (MBI, (2
years, executive)
(TU/e and UvT: TIAS)
Intro workshops
IPR and
Valorisation
Brabant Center of Entrepreneurship
Collaboration TU/e and UvT
CONNECT
SME’s and Master
Students
Strategic Innovation
and entrepreneurship
Workshops
How To Sell
Techno
PROOF

11. Core Activities TU/e
RESEARCH
Research projects in a large variety of subjects, constructions and duration:
−Projects funded by Dutch Government
−EU funded projects
−Tailor-made projects with specific companies
−Design projects (PDEng)
−Student projects
PAGE 1109-10-09

12. Core Activities TU/e
VALORIZATION
Translating scientific research into knowledge and expertise for companies:

−Identication of technology for Start-ups
−Accountmanagment
−MKB portal United Brains
−Faculty consulting and development (e.g. IME, PTG)
−Science Park TU/e (e.g. companies, Katalyst (Noel Koopmans), Connector)
−Shared life science facilities with MiPlaza
−University Angel Networks
−Kenniswerkersregeling
PAGE 1209-10-09

13. PAGE 1309-10-09
Kenniswerkersregeling
•Employment (general societal responsibility)
•Exchange of knowledge and expertise (core-activity education)
•Strengthen cooperation with companies (core-activity valorization)
•Speed-up valorization process (core-activity valorization)
•Enlarge scientific output (core-activity research)

14. PAGE 1409-10-09
Regeling kenniswerkers
TU/e participation
•> 400 FTE in first call
•Ca. 50 companies
•Projects came about by initiative of company or researcher
•Great diversity of topics: all faculties joined

15. TU/e: part of the Ecosystem
PAGE 1509-10-09
Companies
Knowledge
Institutes
SOCIETYPEOPLE

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FACULTY OF APPLIED PHYSICS
3.Functional materials (e.g. nanostructuring, spintronics,
polymer electronics)
4.Transport physics (e.g. turbulence and vortex dynamics, gas
dynamics, aeroaccoustic, mesotropic transport phenomena)
5.Plasmas and radiation (e.g. plasma coating, lighting, fusion)

17. 17
FACULTY OF BIOMEDICAL
ENGINEERING
3.Biomechanics & Tissue Engineering
4.Molecular Bioengineering & Molecular Imaging
5.Biomedical Imaging & Modeling

18. 18
Faculty of Industrial Design Paradigma

19. Industrial Design themes
 Health care
 Playful interactions
 Realities
 Light, space, time,
 Virtues & values
 Wearable senses
 Social robots & humanoids
 Experiences & emotions
 AutoMobility
 Discovering & learning
19

20. Industrial Design themes
20

21. 21
FACULTY INDUSTRIAL ENGINEERING AND
INNOVATION SCIENCES
•Human Performance Management
•Information Systems
•Human-Technology Interaction
•Operations management and logistics
•Innovation, Technology Entrepreneurship and Marketing
•Technology & Policy

22. 22
FACULTY OF MATHEMATICS AND
COMPUTER SCIENCE
•MATHEMATICS
• LIME
• Applied Analysis
• Scientific Computing
• Variational Methods
• Operations Research and Stochastics
• Combinatorial Optimization
• Stochastic Operations Research
• Probability and Statistics
• Discrete Mathematics
• Discrete Algebara and Geometry
• Coding Theory and Cryptology

23. 23
FACULTY OF MATHEMATICS AND
COMPUTER SCIENCE
•COMPUTER SCIENCE
• Information Systems
• Databases and Hypermedia
• Architecture of Information Systems)
• Specification and Verification
• Formal Methods
• Design and Analysis of Systems
• Software and Systems Engineering
• Software Engineering and Technology
• System architecture and Networking
• Security
• Algorithms and Visualization
• Algorithms
• Visualization

24. 24
Production of glass bottlesProduction of glass bottles
Melting Forming
Conditioning
TreatmentInspectionPackaging
END PRODUCT

25. 25
Glass Production Modelling
Oven Melting Moulding
Blowing Endproduct Control

26. 26
FACULTY OF MECHANICAL
ENGINEERING
3.Computational & Experimental mechanics (e.g. mechanics of
materials)
5.Dynamic Systems design (e.g. mechatronics)
7.Thermo-Fluids Engineering (e.g. combustion)

27. 27
FACULTY OF CHEMICAL ENGINEERING
& CHEMISTRY
• Catalysis
• Macromolecular Chemistry and Molecular Materials
• Polymers and Composites
• Process Engineering (e.g. microreactors, separation technology)

28. 28
FACULTY OF ELECTRICAL
ENGINEERING
• Electrical power systems (EPS)
• Electromechanics and power electronics (EPE)
• Electronic systems (ES)
• Mixed signal microelectronics (MsM)
• Control systems (CS)
• Signal processing sytems (SPS)
• Electro optical communication (ECO)
• Opto electric devices (OED)
• Wireless and electromagnetism (WEM)

29. 29
Strategy/organisation of EE
OED ECO
EM
MSM SPS
ES CS
EPE EPS
Disciplinary
fundamental
research
Multidisc. techn.
Themes
Cobra CWTe PCTC ….
Conn. World Care & Cure Sm. & Sust.S.
Electrical Engineering

30. 30
FACULTY OF BUILDING AND
ARCHITECTURE
•Structural Design (e.g. low weight and flexibel
materials)
•Building Physics & Systems (e.g. heat, moisture,
noise, lighting & installation techniques)
•Design and Decision Support Systems in
Architecture and Urban Planning

31. PAGE 3109-10-09
Contact
Drs. Ir. Pieter de Bock
Corporate Accountmanager TU/e
Horsten 1 (MMP 0.01), 5612 AX Eindhoven
Tel: [phone]
E-mail: [email protected]