H.De Man/KULeuven/IMEC 1 TThe engineer of the 21 st century: a renaissance engineer? H.De Man...

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H.De Man/KULeuven/IMEC 1 TThe engineer of the 21 st century: a renaissance engineer? H.De Man Em.Prof. K.U.Leuven Em. Senior Fellow IMEC [email protected]

Transcript of H.De Man/KULeuven/IMEC 1 TThe engineer of the 21 st century: a renaissance engineer? H.De Man...

H.De Man/KULeuven/IMEC1

TThe engineer of the 21st century:a renaissance engineer?

H.De ManEm.Prof. K.U.Leuven

Em. Senior Fellow [email protected]

H.De Man/KULeuven/IMEC2

Outline

1. The industry and the role of the Ph.D.

2. The 21st Century: a renaissance century?– Extreme changes in society-technology-science

3. The renaissance engineer of the 21st century– Profile– Skills and attitudes

H.De Man/KULeuven/IMEC3

1.‘The’ industry and role of engineer

Society

Market

Concept

ProductService=system

opportunity

Specify Design Manufacture

Technology, MethodologyBasic science

Social skills

What? How?

Sales

Time

Time =money, time to market = win or lose! Good enough > best

Bridge of innovation: knowledge -> know-how -> €€$$

H.De Man/KULeuven/IMEC4

Many Engineering profiles…

Society

Marketopportunity

Concept SystemSpecify Design Manufacture

R&D. Eng

Market analyst

System Eng

Design Eng

one team

Process Eng

Service/application Eng

What? How?

H.De Man/KULeuven/IMEC5

System?

Natural Technical

“Set of interacting (sub)systems perceived as a whole, performing a useful function by interaction with human

or other environment.”

System System

Whole,Function

StructureArchitectureA-Levels

HierarchySynthesis

Abstract

Specific

Top-DownBottom-UpImplementation

MIM

Subsystem = component

H.De Man/KULeuven/IMEC6

Engineer ¹ Scientist!

Engineer Scientist

DesignsDiscovers

= analysisof

Natural Systems

Laws of NatureKnowledge

= synthesis of

Technical Systems

Product, Service,Process

CreativeMultiple Solutions

Contemplative Single valued

H.De Man/KULeuven/IMEC7

Synthesis: from abstract to specific (Top-down design)

Environment

System

Method to master complexity!

Boundary Conditions

1

2

3

1 2

3

H.De Man/KULeuven/IMEC9

Designing a Chip Designing a Bacterium

genoom DNA Design!

IN OUT

IN OUT

A remarkable parallel…

gaattcgcgg…10011000..

E-Engineer Bio-Engineer

H.De Man/KULeuven/IMEC10

Organizing System Engineering

System Architect (senior)– Tall-Thin person, fought in all trenches, technical leadership– Generalist in technology, master in complexity and people

mgmt. & planning & system integration, non-tech comm. skills

Engineering teams (junior)– Short and Fat. Technical experts at AL. – Team and communication skills

Process design:– System level design: process architects– Process integration– Process engineering teams- > process flow, PERT planning – Communication and reporting protocol

H.De Man/KULeuven/IMEC11

Of projects,teams and testing

Project(Architecture)

Task at givenAbstraction level

Design trajectory#1 2 3 4

Vertical Design team (Waterfall)

ConcurrentDesign teams(ConcurrentEngineering)

SequentialDesign

Tv

T1

T2T3

Precedence 1 project, n teams Parallel teams

T1

T4

TEST

integrationtest

testtest test

CAE!

H.De Man/KULeuven/IMEC12

Industrial eco-system: also a system!

Ph.D. friendlySupport industry

CAE Parts

Materials

Design offices Research Institutes

Machines

Companies interact in a hierarchical ind. “eco-system”

Society

Market

Concept SystemSpecify Design Produce

What? How?

Outsourcing

H.De Man/KULeuven/IMEC14

Globalising Industrial Eco-systeem

SystemAssembly

CHIPfoundry

NetworkOperators

€€€

Internet Providers

InternetCommerce

SoftwareServices

Infotainment Industry

IP

Telecom Parts

Fabless Design

EmbeddedSoftware...

Consumer Products IP

Network of agile KNOWLEDGE intensive companies

Smart Fab. MechatronicsProcess Dev.

IP

IP=intellectual propertyTowards ‘open innovation’

H.De Man/KULeuven/IMEC15

virtual company 1

USB PRODUCT

=>Young entrepreneurship in virtual companies...

The industry of the 21st century = dynamic networkof knowledge based companies

that design and produce globally

agile Hi-Tech SME Core competence

ITCL

CHIPEXPRESS

INTEL

MICROSOFT

virtual company 2

Telecomswitch EASICSEASICS

H.De Man/KULeuven/IMEC16

Apple as a virtual global company

http://www.ifixit.com/Teardown/iPad-Wi-Fi-Teardown/2183/2

Samsung (Korea) ARM (UK) APSemi(US)TI (US)NXP (NL)Compeq (Taiwan)LG (Korea)Qualcomm (US-NL)Assembly/Battery (China)Touch screen(D, China)

System=Apple Calif.

AppsMediaLocationGamesWeatherLifestyle…WORLD

Ipad

H.De Man/KULeuven/IMEC17

Want to be a manager? Which one?

ProductMarket

Concept SystemSpecify Design Produce

timecost

CEO

Board of Directors

Share Holders

CTO

COO

CFOBDO HRM

Ph.D. Eng

CTOCOOCEOBDOCFOHRMCLO

Mgmteam

BOD

General assembly

Stock Market

H.De Man/KULeuven/IMEC18

Where does the Ph.D. fit into this?

• Profile best suited for research oriented companies and research institutes

a) Research intensity of Belgian companies?

b) Hi-tech start-ups for the entrepreneurially minded

c) Research institutes offer career or a bridge to the industrial (hi tech) R&D world

H.De Man/KULeuven/IMEC19

a) Research intensity per sector (B)

0

10

20

30

40

50

60

Land

bouw

- en

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Texti

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Verco

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nuc

leaire

Chemie

farm

aceu

tisch

e in

dustrie

Rubbe

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plas

tics

Produ

ctie

van

over

ige n

iet-m

etale

n m

inera

len

Met

aalin

dustr

ie

Produ

ctie

van

mac

hines

Elekt

rote

chnie

k en

ICT

Produ

ctie

van

trans

portm

ater

ieel

Ander

e ve

rwer

kend

e ind

ustri

eën

Econ. Weight

R&D-SpendingR&D-Personnel

http://www.pharma.be/assets/files/2177/2177_129356773597856484.pdf

13

2

456

H.De Man/KULeuven/IMEC20

10% Ind. R&D personnel = Ph.D.

10%

48%

26%

16%

Ph.D.

Master Univ.

Master Hogeschool

Technici-Admin

http://www.belspo.be/belspo/home/publ/pub_ostc/ind/ind9_nl.pdf

R&D teamleader = CTOSystem architectExpert team member

H.De Man/KULeuven/IMEC21

R&D share vs. size of company

SME Country!

R&D share

http://www.belspo.be/belspo/home/publ/pub_ostc/ind/ind9_nl.pdf

+10%-9%

H.De Man/KULeuven/IMEC22

R&D cluster 1: DSP Valley: next door!

http://www.dspvalley.com/

NXP

H.De Man/KULeuven/IMEC23

Eindhoven-Leuven-AachenHi-Tech Area

http://www.elat.org/

Open Innovation concept NIHhttp://en.wikipedia.org/wiki/Open_innovation

H.De Man/KULeuven/IMEC25

Flanders Bio Cluster3

http://flandersbio.be/files/Activity_Report_FlandersBio_LowRes.pdf

http://flandersbio.be/files/BIOTECH_WEB.pdf

H.De Man/KULeuven/IMEC26

b) Start your own Hi-Tech SME?

Do you have a good concept with market value?Are you creative, entrepreneurial, flexible? Then:

• International Market study

• Business plan

• Financial plan

• Search for venture capital provider(s)

• Team : CEO, (COO), CTO, marketing, R&D team

Make use of starter’s coaching!!!TEST YOURSELF! www.sokwadraat.be/Page-online_START_UP_ready_tes-NL.htm

H.De Man/KULeuven/IMEC27

Starter’s coaching

lrd.kuleuven.be/spinoff/index

ACCO 10€

www.sokwadraat.be/

… …http://www.robtv.be/nieuws/leuven/so-kwadraat-wil-10000-jobs-creeren

H.De Man/KULeuven/IMEC28

Venture Capital Providers

www.allegroinvestmentfund.com lrd.kuleuven.be/spinoff/gff-informatie

H.De Man/KULeuven/IMEC29

Test your creativity and innovation skills…

www.flandersdc.be/view/nl/1397131

H.De Man/KULeuven/IMEC30

c) Research Institutes (RI)• Bridge between university and industry (worldwide)• From knowledge->know-how and transfer to industry• System oriented/multidisciplinary (demonstrators!)• Creation of industrial leadership (system thinking) • Generator, incubator and coaching of spin-offs

IMEC (micro-nano-neuro-solar energy tech)VIB (bio-tech)VITO (energy, environment)IBBT (societal apps for broadband communication)ENERGYVILLE (smart grids)FMTC (mechatronics)SCK (nuclear tech, 4th gen nuclear)

H.De Man/KULeuven/IMEC31

Universities

Role of research institutes…

Industry

System levelIntegrative R&D

Exploratory Research

0

5

10

Time Fram

e (years)

2010

2020

Ph.D

Society

Transfer-Spin-off

R&D teams

Demonstrators

Integrating research into solutions…

H.De Man/KULeuven/IMEC32

RI: Meeting place of academy and industry

professor Ph.D.M.Sc

AffiliatedUniversities

AffiliatedCompanies Thematic ‘vertical’

system projects

Start-ups

ValorisationCoachingContracting

ind. resident IP

investments

Ph.D.ind. M.Sc

Methods, prototypes, IPFundamental hor. problems

Ph.D, academia

Research Institute

L.T. M.L.T.

H.De Man/KULeuven/IMEC33

Websites

IMEC: www2.imec.be/be_nl/home.htmlVITO : www.vito.be/VITO/NL/HomePageAdmin/HomeVIB: www.vib.be/nl/Pages/default.aspxIBBT: http://www.ibbt.be/nlENERGYVILLE: www.energyville.be/indexeng.htmlFMTC: www.fmtc.be/en/getpage.php?i=1SCK: www.sckcen.be/

H.De Man/KULeuven/IMEC34

Outline

1. The industry and the role of the Ph.D.

2. The 21st Century: a renaissance century?– Extreme changes in society-technology-science

3. The renaissance engineer of the 21st century– Profile– Skills and attitudes

H.De Man/KULeuven/IMEC35

A century of ‘Megashocks’

See: Econoshock, Geert Noels, Hautekiet ‘Hoe 6 economische schokken uw leven

fundamenteel zullen veranderen’

• Demography: towards 9B in 2050, aging of society• Center of gravity moves east (multipolar world)• ICT driven globalisation, social media, revolutions• End of fossil fuels, scarsity of raw materials• Towards ‘post-capitalist’ society?*• Towards a green economy

Simultaneous Megashocks…

*www.tedxbrussels.eu/2011/speakers/marc-luyckx-ghisi/

H.De Man/KULeuven/IMEC38

PersonalisedServices, products Lifestyle Health Care

ComputerChips, DNA, tech at nano-scale

21 Information+

Communication(ICT)

+

Bio-Neuro-en Nanotech

III BrainsKnowledge

IV

Technological Shocks

Labour

Capital

Fossil Fuel EnergyMachines

Electrical EnergyManufacturing

Mat. GoodsCars, Planes

20Century Technology Production factor Product

I

II

Sustainability !

H.De Man/KULeuven/IMEC39

Science and Technologyare merging into Techno-Science!

1800 1900 2000

Phys.Sc.Th

At

QuLife

Sciences

Scale Macro Micro

Technology

Energy Mfg. Goods Information

Era Science

MEl

NeuroScience

Intelligent systems?

+Bio+Nano+Energy

ConvergenceIntelligenceComplexity

Techno-Science

Nano

H.De Man/KULeuven/IMEC40

=> Converging Technologies

‘Creativity is connecting things’ Steve JobsVan Santen et al.: 2030 Technology that will change the world (Oxford)http://ec.europa.eu/research/conferences/2004/ntw/pdf/final_report_en.pdf

Innovation will emerge from synergyof techno-science disciplines rather than from

individual disciplines e.g.

Ambient IntelligenceMechatronics / Nanoelectronics /NanomaterialsSmart MobilitySmart Grids + PVSynthetic biology Nano-medicinePersonalized (tele)medicine…

H.De Man/KULeuven/IMEC41

Ambient Intelligence

HARDWARE

“Embedded” SOFTWARE

A/D D/A

Components Sensors Actuators

Machine, Building Biosystem, Man, Animal…observation control

p,T,x’’...

v(t)

“Environment”

Signal Processing

0110101..

SignalConditioning

transmission

ActuatorPowering

ICT-Cw-Bio-Nano-Intelligence

H.De Man/KULeuven/IMEC42

AmI changes the way peopleexperiences his surroundings

Requires holistic approach:Society driven technology i.o.tech driven society.(social innovation)

Renaissance ingenieurs needed!

Bron: E. Aarts, Philips

Impacts whole society

H.De Man/KULeuven/IMEC43

Mechatronics

http://www.edn.com/article/509476-Complexity_demands_a_new_engineering_mindset.php

Ambient Intelligence applied to mech systems

H.De Man/KULeuven/IMEC44

Smart Grid: El.Net + ICTEnergyville (Waterschei EIT)

Bron: VITO

VITOKULIBBTIMECEandisInfraxSPETelenetBelgacomAlcatelLaborelecFifthplay…

Nuclear Gas

Solar Roofs

Wind turbines

mWKK

ICT forSmart E-control

E-Storage

TelecomEV

H.De Man/KULeuven/IMEC46Bio-Nano-ICT convergence at all stages!

Gene Chip

BioSensors

LoC, Mol. Imaging

BioSensorsTelemed.

Targeted Drug Delivery

Bio-informatics

H.De Man/KULeuven/IMEC47

Biotope of today’s engineer (scientist)

• Information explosion: *3/10y, 6000p/day…

• Unprecedented rate of Change: half-life product < 5y

• Converging disciplines: broad-depth conflict

• Globalised markets, virtual companies

• Towards flat, agile company structures

• Sustainable manufacturing crucial (cradle-to-cradle, recycling)

• More societal responsibility imposed by law

• Trend towards ‘open innovation’ eco-systems (sharing cost)

H.De Man/KULeuven/IMEC48

So…

H.De Man/KULeuven/IMEC49

Remember..

It is not the strongest of the species that survives, or the most intelligent; it is the one most capable of change

Darwin

H.De Man/KULeuven/IMEC50

Outline

1. The industry and the role of the Ph.D.

2. The 21st Century: a renaissance century?– Extreme changes in society-technology-science

3. The renaissance engineer of the 21st century– Profile– Skills and attitudes

H.De Man/KULeuven/IMEC51

‘Renaissance Engineer’ ?

Renaissance = system oriented merging of disciplines in the fast changing biotope of the 21st century…

• Engineer oriented towards social innovation =

• Innovation driven by the grand societal needs of the 21st century and in an economic- ecologic win-win scenario

• Operating in agile, dynamic and virtual company structures

H.De Man/KULeuven/IMEC52

Renaissance Engineer?

This one?

???4 16/1

0

2

dxe x

or that one?

Not Really!

Individualists

Omniscientists

Slideware designers

H.De Man/KULeuven/IMEC53

But renaissance engineer is:

M/W oriented towards social innovation:– Teamplayer techno nerd– With cross-disciplinary communication skills– Trained in system thinking (sees the whole)– Independent and interpersonal lifelong learning skills– Able to cope with diversity and change – World citizen (language, culture…)

Co-architect of future society– From societal vision to customer solutions– With sustainable economic value: entrepreneur!– An eye for moral and ethical values– Willing to to participate to the public debate!

http://www.newproductdynamics.com/FldGd1998/FldGd1998.pdf

H.De Man/KULeuven/IMEC55

Are our universities ready for that?

Today Tomorrow

Sciences Engineering Social Sciences

Hyperspecialized publication fever

Mono-disciplinary research funding

Publication oriented Eng. Ph.D.

⇒ Academic career

Techno-science for Social Innovation

Cross-disciplinary research and education

Cross-disciplinary funding

Innovation oriented Eng. Ph.D.

⇒ Technical leadership

Entrepreneurial thinking

H.De Man/KULeuven/IMEC56

Perception of Ph.D. in industry

This…

Independent problem solving

Deep specialisation (peephole)

Research skills

Peer-to-peer communication

But also that?

Too solitary?

Not enough eye for context?

Innovation skills?

Social skills?

Market aware, economic skills?

Open up your mind!

IQ ok! EQ?

H.De Man/KULeuven/IMEC57

What can you do about it?

• Be open for teamwork (leadership – membership)

• Coaching of team-based project education

• Contact companies at international conferences

• Test yourself for creativity and entrepreneurship

• Take the ‘Initiatie tot ondernemen’ course

• Go for industrial internalships

• Get language and cultural skills: explore the world!

• Confront your research with public opinion…

• …

H.De Man/KULeuven/IMEC58

Dismantled mythes…

www.ugent.be/nl/onderzoek/doctoreren/visie/rapportdoctoreren/survey2006.pdf

Doctoreren in Vlaanderen (3695 ondervraagden)

1. Ph.D. presents no added value at recruitment- 73% yes to added value, 10% neutral, 17% no

- After that counts WHO you are (EQ!)

2. Ph.D. has no impact on salary- Not so. On average 248€ more, after 10-15y 496€

- But that’s not what you do it for, I suppose?

3. Professional experience at university is crucial- Only 33% thinks yes…rest thinks other skills count

more

H.De Man/KULeuven/IMEC59

“The mind is like a parachute: It only functions when open” (Frank Zappa)

HAVE FUN!!!

Remember…