Iddo Bantebusiness director CTIT - board member Technology Circle Twente - board member Twente Broadband - member advisory board Int. council on Medical & Care Compunetics

CTIT

Profile of the UniversityProfile of the University

• Founded in 1961

• Entrepreneurial Research University

• Focus on: Science and Engineering,

Management and Society

• 8500 bachelor / master students

(40% postgraduate)

• 700 PhD students

Europe’s number 6 in ResearchEurope’s number 6 in Research

1.0 1.1 1.2 1.3 1.4 1.5 1.6

Univ Antwerp (1.20)

Free Univ Amsterdam (1.22)

Karolinska Inst (1.22)

Delft Univ Technol (1.24)

TU Denmark (1.24)

Univ Stuttgart (1.24)

Univ Amsterdam (1.25)

Leiden Univ (1.25)

Univ Helsinki (1.29)

Univ London (1.29)

UCL Leuven (1.30)

Erasmus Univ (1.32)

Univ Heidelberg (1.32)

Univ Strasbourg I (1.32)

Univ Freiburg (1.34)

Univ Karlsruhe (1.34)

Univ Twente (1.34)

Univ Edinburgh (1.35)

TU Eindhoven (1.40)

TU Munich (1.40)

Univ Oxford (1.48)

Univ Cambridge (1.55)

1.0 1.1 1.2 1.3 1.4 1.5 1.6

Univ Antwerp (1.20)

Free Univ Amsterdam (1.22)

Karolinska Inst (1.22)

Delft Univ Technol (1.24)

TU Denmark (1.24)

Univ Stuttgart (1.24)

Univ Amsterdam (1.25)

Leiden Univ (1.25)

Univ Helsinki (1.29)

Univ London (1.29)

UCL Leuven (1.30)

Erasmus Univ (1.32)

Univ Heidelberg (1.32)

Univ Strasbourg I (1.32)

Univ Freiburg (1.34)

Univ Karlsruhe (1.34)

Univ Twente (1.34)

Univ Edinburgh (1.35)

TU Eindhoven (1.40)

TU Munich (1.40)

Univ Oxford (1.48)

Univ Cambridge (1.55)

EU ranking of 245 EU

universities based on

citation index

Top 22

6

The University of TwenteScience & Engineering – Management & Society

The University of TwenteScience & Engineering – Management & Society

5 Schools

6 Research Institutes

20 Bachelor programmes

30 Master programmes

Schools at the University of TwenteSchools at the University of Twente

• Science and TechnologyApplied physics, Chemical Engineering, Biomedical Engineering, Technical Medicine, Nano-technology

• Electrical Engineering, Mathematics & Computer ScienceApplied Mathematics, Electrical Engineering, Telematics, Mechatronics Computer Science, Embedded Systems, Human-Media Interaction

• Engineering TechnologyMechanical Engineering, Industrial Design, Civil Engineering & Management, Industrial Engineering & Management, Sustainable Energy Engineering

• Management and GovernanceIndustrial Engineering, Business Administration, Health Sciences, European StudiesPublic Administration, Business Information Technology

• Behavioral SciencesEducational Sciences and Technology, Communication Science, Psychology, Philosophy of Science, Technology and Society, Social Systems Evaluation and Survey Research

ITC is one of the world's foremost education and research establishments in the field of geo-information science and earth observation

New: ITCNew: ITC

Entrepreneurial Research University with focus on:

ICT and ICT applications (CTIT)

Nano & Microsystems (MESA+)

Biomedical Engineering (BMTI)

Governance Studies (IGS)

Behavioural Research (IBR)

Mechanics, Processes (IMPACT)

University of TwenteThe Entrepreneurial University

University of TwenteThe Entrepreneurial University

Integration of engineering and societal research

Integration of engineering and societal research

Largestacademic

nano researchinstitute in NL

Largestacademic

nano researchinstitute in NL

Largestacademic

IT researchinstitute in NL

Largestacademic

IT researchinstitute in NL

Engineering Technology

Behavioral Sciences

Management & Governance

Science & Technology

Electrical Engineering, Mathematics & Computer Science

BM

TI

ME

SA

+ CT

IT

IGS

,IBR

>475

>450>200

University of TwenteUniversity of Twente

- ICT systems and ICT applications (added value)

- 475 researchers (one of the largest ICT research institutes in Europe)

- Integrated broad research spectrum (EEMSC, SMG, GW, CTW)

- Team player in innovation chain (7 spin-offs per year)

- Involved in 33 EU projects (your gateway to Europe)Liaisons with a selection of

larger organizations:

Philips, Ericsson, KPN, Thales, Telefonica, British Telecom, IBM,

Lucent, TPG, Siemens, Shell, ING Bank, ABN-Amro Bank,

Infineon, Thomson, Microsoft, TNO, Max Planck, Fraunhofer,

Dutch Royal Navy, INRIA, Telematics Institute, rehab

centers, academic hospitals, etc.

Some SME co-operations:

Realise, B-Sim, MAG Productions, Re-Lion, HOMA, Talking Home, Carp Technologies, Imotech, Aemics, T&D Webdesign, Utellus, Borbala, Travel Services int, FLEX, Ambient

Systems, A&R Management, Atsmart, Keypoint, Technomatics, FACT, OpenFortress, CAALMA,

Cintus, Forward Thinking, Index Society, Sightline, Neuro-Fuzzy Centrum, Controllab Products, C2V,

Yucat, Emaxx, Cohesys, I&D Technology, etc.

Team player in innovation chainTeam player in innovation chain

External funding

0

5000

10000

15000

20000

25000

30000

2003 2004 2005 2006 2007

Year

Funding (x1000 Euro)

Funding byMinistry of Education

2007 (29 mln Euro)

55%

13%

5%

27%

University

NWO, STW

EU

Contractfunding(incl. Bsik)

Fact & Figures Fact & Figures

Fact & Figures Fact & Figures

0

10

20

30

40

50

60

2002 2003 2004 2005 2006 2007 2008 2009 2010 2011

Year

Number of PhD thesis

Fact & Figures 2008Fact & Figures 2008

EUFP6: 18 projects

FP7: 8 projects (another 10 in pipeline)

National Bsik 9 programs divided into 21 projects (until 2009)

National SmartMix 2 projects (BrainGain/Memphis)

National FES 1 project (GATES) + 2 projects in preparation phase (STARS, Duurzaam Mobiel)

Other National projects

(NWO, STW, IOP, Sentinels, Point-One, industry)

115 projects

STW Valorisation Grants 2007

3 projects

Trend 1: Anywhere, Any time, Always best connected

Trend 1: Anywhere, Any time, Always best connected

Source: Nokia

14

Electronics will become fully embedded in people’s environments (‘ambient’) and capable of respondingto their needs and desires (intelligent, responsive, adaptive)

People to the foreground, Technology is embedded (hidden in the background)

Trend 2: Lifestyle of the future:

Ambient Intelligence

Trend 2: Lifestyle of the future:

Ambient Intelligence

Source: Philips

Computerseverywhere

Trend 3: Converging Technologies, Blurring Boundaries

Trend 3: Converging Technologies, Blurring Boundaries

BIOTECHdiagnosticspharmaceuticalsresearch info toolsindustrial

INFOTECH Hardware Software Communications

NANOTECHelectricalstructuralenergy & environment biomedical

genomics bioinformatics

proteomics

biosensors biochips nanodevices

nanosensorsnanoelectronics

nanobiotechmicrofluidicsdrug deliverybioelectronics

Trend 4: Centered on the user and personalized

Trend 4: Centered on the user and personalized

1. Wireless & Sensor Systems

2. Applied Science of Services for Information Society Technologies

3. Integrated Security & Privacy in a networked world

4. Natural Interaction in Computer-mediated Environments

5. Dependable Systems and Networks

6. Industrial Engineering & ICT(manufacturing, business, finance, traffic and transport)

Strategic Research OrientationsStrategic Research Orientations

Main application domainsMain application domains

1. Healthcare centre of gravity: ASSIST

2. Mobility centre of gravity: IE & ICT

3. Logistics centre of gravity: IE & ICT

4. Security centre of gravity: ISTRICE

Design and validation of new techniques for large-scale wireless communication and sensor systems and their applications.

Wireless and Sensor Systems(WiSe)

Wireless and Sensor Systems(WiSe)

Research focus:

- Efficient Architectures- Flexible and efficient wireless communication- Scalability - Adaptability & Applications

What is the nearest

available conference

room?Motion Sensor:

Room 3201 is Empty

Are therepeoplein the

building?

Warning: patient … is leaving the

building

Example: Smart Surroundings & Smart Signs

Example: Smart Surroundings & Smart Signs

Research in service architecture and software infrastructures fostering innovative, open and cost-effective solutions for health and other application areas.

Applied Science of Services for Information Society Technologies

(ASSIST)

Applied Science of Services for Information Society Technologies

(ASSIST)

Service Architecture and Software Infrastructure:- Business-driven service and analysis- Model-driven service engineering- Semantic interoperability- Autonomic and adaptive services- Process and context aware services- Dynamic composition of services- Service-oriented architecture

Healthcare Application Domain:- Cost-effective ways to deliver healthcare at the point of need- Personalized care solutions

Sport coach

eHealtheHealth

Integrated ICT services for advanced health care scenarios.

The research covers all aspects needed for the optimized support of health care networks and processes and todeliver personalized care solutions at the point of need.

- Telemedicine & Mobile health services: e.g. contactless monitoring and treatment, automatic detection

- Smart health surroundings: core architecture and framework for ambient intelligent health environments, homecare meets eHome

- Optimization and IT support of processes in health care: e.g. planning and scheduling, lifetime patient records, process management and workflow improvements

- Bioinformatics (limited)

Wireless health broker & service provider

Public Operator

Hospital

UMTS /

GPRS

Doctor

BAN

Example: Mobile Personal Healthcare ServicesExample: Mobile Personal Healthcare Services

Any time any place Health information (context aware)

MESA(nano)

BMTI(bio)

nano-medicine

embeddedsystems

CTIT(ict)

tele-medicine

Healthcare@UTHealthcare@UT

IGSIBR(cogno)

Nano-structure

Realized higher OR usage: 2.3%

Increase in unused OR capacity: 40%

Portfolio effect

13 8

2

4

6

5

7

9

10

1

82

6

10

73

9

4

5

OR OR OR OR OR OR

Optimalisation ‘start-moments’

OR OR OR OR OR OR

Example: Health logisticsExample: Health logistics

Integrated Security and Privacyin a networked world

(ISTRICE)

Integrated Security and Privacyin a networked world

(ISTRICE)

Comprehensive framework for the engineering, the deployment and the maintenance of secure distributed systems, in which existing and new techniques are harmonized and integrated.

view, not

print

- Biometrics fingerprint-, face and grip pattern recognition, template protection

- Information Security data protection in collaborative environments, access control, trust management, privacy, risk management and accountability

- Network Security intrusion detection, protocol engineering, security of wireless and resource-contrained devices

Example: Secure biometricsExample: Secure biometrics

Piezoelectric Sensor

Example: In Ambient world, secure Audio and Video delivery has become a complex issue.

Example: In Ambient world, secure Audio and Video delivery has become a complex issue.

Natural Interaction in Computer-mediated Environments

(NICE)

Natural Interaction in Computer-mediated Environments

(NICE)

Study and build natural intelligent interactive systems that people enjoy interacting with, by making interactions between users and technologies as easy, efficient and engaging as possible.

- Multi-Media Technology indexing, semantic access, context-aware retrieval and presentation,personalization

- Human-centred Interaction interpretation of human action, intention recognition, natural language understanding and beyond

- Tools and Methods for Design VR, scenario-based design, usability & enhancement

Example: Natural InteractionExample: Natural Interaction

Dependable Systems & Networks(DSN)

Dependable Systems & Networks(DSN)

Development and application of methods and techniques to make dependable ICT systems (commercial consumer-market systems, as well as specialized systems) a reality.

Research topics:

- Dependability-enhancing techniques (dependability means, e.g. fault prevention, -tolerance, -removal, -forecasting)

- Adaptive, self-reconfiguring and self-managing systems

- Dependability evaluation and guaranteed dependability

- Application areas: HiTech industry, services market, and critical infrastructures

Industrial Engineering & ICTIndustrial Engineering & ICT

Analysis and design of processes in business and society, as well as their optimization, management and decision support.

Research focus:

- Health Care Logistics

- Supply Chain and Logistics Manufacturing, Integrated Design

- Traffic and Mobility Driver assistance, ad-hoc networks of cars

- Financial Engineering

“Imagination is more important than knowledge, because knowledge is limited”.- Albert Einstein

Einstein held many down-to-earth patents.

And that one of them, a ship’s gyrocompass, even became a tidy source of extra income

Successful marriage between high research quality and valorisation possible?

Successful marriage between high research quality and valorisation possible?

Google: clear relationship between - number of spin-offs University - research quality University- desired mindset Google employee

EU: 25% of GDP growth and 40% of productivity growth are due to ICT

EU: Differences in economic performance between industrialized countries are largely explained by levels of ICT investment, ICT research, and -use, and by the competitiveness of information society and media industries.

Impact of ICT on the EconomyImpact of ICT on the Economy

Sources: (1) i2010 A European Information Society for growth and employment; (2) CBS Digitale Economie 2006; (3) ICT Office 2007

NL: ICT sector is one of the most important sectors, both in size (7% of Dutch GDP, >24,000 companies, 30 bln Euro) and in growth rate (>2% above average)

NL: ICT plays an important role in the growth of productivity in ALL domains were ICT is used in. 50% of production gains are attributed to ICT.

Huge capabilities...Huge capabilities...

ICT Technology

HealthMonitoring, knowledge, imaging,...

TransportSafety systems, locations based services,...

EnvironmentRisk management, Monitoring, Simulation

Leisure & CultureEntertainment capabilities,Tourism location based services, Digital heritage…

BusinessValue chain management, Distributed tasks and organizations ...

Governmentelectronic democracy, on line public services,...

All citizensDigital divide, Inclusion, Assistive technology,...

WorkerCollaborative working environment, Mobile worker, Knowledge for workers,...

LearningAccess to knowledge and education,...

ICT: from enabling technology to constitutive technology

ICT: from enabling technology to constitutive technology

ICT is much more than just a tool.ICT constitutes (becomes part of) the things to which it is applied.

ICT does not just enable us to do new things, it shapes how we do them.

It transforms, enriches and becomes an integral part of almost everything we do.

We have not fully exploited the potential of ICT as driver of innovation

Systematic introduction and use of ICT is not enough to reap all the possible benefits.

ICT today is just a foretaste of the opportunities that progress in ICT can offer to people, business and governments

The challenges are there both for (1) research on ICT, and (2) the various fields were ICT is used

ICT makes new applications possible.The added value is in the application. But without technological advances no new applications

Importance of ICT research for TwenteImportance of ICT research for Twente

1. Graduates & PhD students

2. Partner in the innovation chain: Joint research projects 9 Bsik programs, 33 EU projects, 3 NWO Casimir projects, 2 SmartMix programs, IOPs, etc.

3. Creation of spin-off companies 7 spin-off companies / year. TOP incubation program + CTIT Smart Systems Business Accelerator

4. Smart XP Lab: Living labs to be used for joint research and demonstrations in the field of smart surroundings, applied to healthcare, security, and scenario-based design.

Innovation and knowledge transfer CTITInnovation and knowledge transfer CTIT

Innovation comes in many shapes, and a mix of activities facilitate a natural flow from knowledge to products, applications and services

Temporary Entrepreneurial Places Temporary Entrepreneurial Places

Reasons for UT to start TOP:

• To promote entrepreneurial climate at UT

• To be surrounded by companies

who are active on UT fields of knowledge– Innovation chains– Technology Circle Twente (TKT)

• Contribution to regional development – Generating spin-off companies– Transferring knowledge

- 75% stay in region- 30% keep close contact with UT- 6000 employees

CTIT: 7 spin-off companies / year

0

100

200

300

400

500

600

700

800

1976 1981 1986 1991 1996 2001 2006

Number of UT spin-off companies

Gap in available Cashnecessary to develop technology to proof-of-principle, prototype, and / or product

Gaps in Information between entrepreneur and potential investor and partner about- Technology: What is it?- Potential of Technology: What can it do?- Business Opportunity: What size market?

Risks •Technological & Financial •Health care: Regulation

How to bridge the Valley of Death?How to bridge the Valley of Death?

No Capital

Capital to develop ideas to innovations

Support •Facilities •Networks •Financing

Interact •Coffee table •Living Lab

Twente Innovation TriathlonTwente Innovation Triathlon

the First

the

Fast

est

the Fittest

Time

Mar

ket

valu

e

Time

Mar

ket

valu

e

Support modules in Twente- the Twente Innovation Triathlon -

Support modules in Twente- the Twente Innovation Triathlon -

scouting, education, IP policy- entrepreneurial mindset -

Res

ou

rces

Res

earc

h

Dev

elo

pm

ent

PP

M O

ost,

Dri

ener

lo

TOP SSBA

Min

dShi

ft

High-tech + production sector

the First the Fastest the Fittest

• Support to establish knowledge-based company in Twente incubation phase

• 1 yr position in a UT-research groupknow-how, scientific mentor, space & facilities, reputation

• TOP-assessment committee

• Business mentor

• Training course for business plan

• Interest free personal loan

• Membership Technology Circle Twente (TKT)

TOP Offers (during 1 year)

TOP Offers (during 1 year)

- Focus: potential larger companies >20 employees in 5 yr; turnover >€ 1M

- Faster start-up and growth Reduced time-to-market of new products and/or services

- Complementary knowledge, experience and networks

- Hands-on support 1 day per week over a period of max. 1-1½ year3 companies / year

- UT involvement:Based in knowledge of CTIT research group (spin-off) Shares in company (between 5.02% and 30%)Selection by business director CTIT and business developer

SSBA: Smart Systems Business Accelerator SSBA: Smart Systems Business Accelerator

• Develops business model

• Defines focus, selects product-market-combinations

• Defines IP and financial strategy

• Takes temporary commercial responsibility: negotiates with customers, first deals

• Supports market- and competitors analysis

• PR: writes press releases and brochures, visits exhibitions, defines professional positioning (incl. name and corporate design)

• Introducing of and negotiations with investors (banks, VC, Informals)

• Coach of MT: steering on actions and milestones, coach personal development, ambitions and balance of MT members

• Support selection of core employees (MT members, CEO)

SSBA: Strategic & Hands-onSSBA: Strategic & Hands-on

Embedded: Ambient Systems, Homa, Recore Systems, Controllab Products

Telematics: Mobilaria, Infotopics, Mollas IT, Missing Link, Resense, Cohesys

Interaction: Carp Technologies, Re-Lion, Loose Goose, Talking Home, I&DT

Security & Privacy: Uniqkey Biometrics, Open Fortress Digital Signatures

Productivity:Evolfe, Optin Solutions, B-Sim, Tjakko inForce

Healthcare: Yucat, MobiHealth b.v.

Some TOP and spin-off companies of CTITSome TOP and spin-off companies of CTIT

Axini b.v. M. van der Bijl (FMT), automatic testing of complex systems with TorX

Axiom b.v.S. Louwsma & D. Schinkel (ICD), design of analog and mixed signal circuits in CMOS and BiCMOS

Smart Signs b.v.M.E.M. Lijding (PS), smart signs solutions,

BloomWise b.v.G. Gülesir (SE), development and maintenance of software system using VisuaLWise

MobiHealth b.v.R. Bults, D. Knoppel, A. Raven & K. Wac (RMT), mobile health care monitoring

VipsnetJ. Dijkstra & M. van Heyningen (DB)

Heymer InnovationJ. Heijmer (S&S)

E-System SolutionsS. Bosman & J. Visser (DB), websites for eBusiness and eCommerce

PAIQ F. van Vliegen (CAES), dating site using artificial intelligence

CTIT spin-off companies in 2007-2008CTIT spin-off companies in 2007-2008

Ambient Systems b.v.

Recore Systems b.v.

MobiHealth b.v.

SmartSigns b.v.

UniqKey b.v.

BloomWise b.v.

Security Matters b.v.

UT participation in CTIT spin-off companies

UT participation in CTIT spin-off companies

- New Venture 2006

- ING Bank startup award 2006

- ICT Innovation award 2007

- v.d. Kroonenberg prijs 2007

- STW valorization grants phase 1 & 2

All spin-offs: ICT not enabling but core technology.

Deloitte Technology Fast 50: e.g. Fortes Solutions, Virtue growth potential ICT start-ups

Open innovation and user-centred living labs

Open innovation and user-centred living labs

Innovation:

- from a linear innovation model - to a circular iterative innovation model - to a user-centered, end-use oriented open innovation model

Procter & Gamble: from R&D (Research & Development) to C&D (Connection & Development)

Innovation is not anymore the exclusive domain of the R&D department with a selective group of experts and specialists.

Innovation requires cooperation with external parties (e.g. end-users, suppliers, competitors, …)

From entrepreneurial

university to entrepreneurial

region

Closed paradigm for managing industrial R&D

Closed paradigm for managing industrial R&D

Source: Henry Chessbrough, Harvard

Research Development New product / new services

Inte

rnal

Tec

hn

olo

gy

Bas

e

killed ideas

Open InnovationOpen Innovation

Source: Henry Chessbrough, Harvard

Technology Insourcing

Technology Spin-offsLicensing

Other firm’s market

New market

Current market

Technology scouts

InternalTechnology

Base

ExternalTechnology

Base

CTIT smart eXPerience living labCTIT smart eXPerience living lab

Problem:ICT does not just enable us to do new things, it shapes how we do them. But many promising ICT research remains in the lab because it is difficult to access the value of experimenting with these technologies in a realistic setting.

Phase 1 - SmartXP lab (Smart eXPerience lab): End-users work/play with state-of-the-art technology and their perception guide the further development of technology.Academic plus industrial researchers from a wide range of disciplines (engineering and behavioral sciences) work closely together with end-users.

Goal and effects:- Facilitating end-user oriented innovation approach; - More efficient usage of research funds; - Shorter time-to-market of innovative products and services.

Twente Living Labs ?Twente Living Labs ?

Smart XP Lab - UT (ICT, biomed, …) - Wageningen -

Context Labs - health: Roessingh - building sector: - safety & security: Thales? - food -

Field Labs - TI - Roombeek - Deventer -

From entrepreneurial

university to entrepreneurial

region

Access to equipment:

facility sharing

Screening & Scouting

Patent and source code

policy

From closed support system

and location (UT) to open system

(Kennispark)

Open Innovation - TechnoTrack

Open Innovation - TechnoTrack

Thank you for your attentionThank you for your attention

http://www.utwente.nlhttp://www.utwente.nl