the role and position of universities of applied science in industrial and socio-economic...
DESCRIPTION
Prof Holzbaur’s (Aalen University of Applied Sciences) presentation at the SATN Annual Conference 2009. Theme: “Technological innovation at Universities in South Africa: towards industrial and socio-economic development” 16 - 17 July 2009 Cape Peninsula University of Technology Bellville Campus.TRANSCRIPT
The Role and Position of Universities of Applied Science
in Industrial and Socio-Economic Development
– German perspective Aalen experiences
Ulrich D. HolzbaurAalen University
Development and University
● Development
Industrial Socio-Economic Sustainable
● Universities of Applied Science
Role and Position Structures and Projects
● ZA:
48 Mio.● GE:
82 Mio● Baden-Württemberg: 11 Mio
(in the FRG, education is governed by the 16 states)
Germany and Baden-Württemberg
Bavaria
Berlin
University Landscape
Portfolio
Industrial Development vs. Socio-Economic Development
Industry Society
„Market“
„Free“
projects
Research
TransferSTZ
Consulting
projectsEducation
Individual CompanyIndividual Organisation
Benefit für all Benefit für all
R&D
R&D
Development
● Development
Industrial Socio-Economic Sustainable
● Universities of Applied Science
Role Position Structures and Projects
Sustainable Development
● World Commission on Environment and Development, 1987“Sustainable development is development that meets the needs of the present without compromising the ability of future generations to meet their own needs."
● Agenda 21 = Rio 1992 declaration
● World Summit Jo´bg, 2002
● Education for SDDecade 2006 - 2014Bonn Declaration 2009
● Baden-WürttembergNetwork of Universities (AS) fur Sustainability
Ecology
Economy
Social System
Development
Humanity
World
Country
Region
Company
Development
Organisation
Society
Ecology
Economy
Industry
University
Universities ... support for … Development ...
Govern-ment
Enter-prises NGO/ NPO
University
Economy Sus-tain-
BusinessCOC ... R&D
Entrepreneurship able Programs Networks Education
Environment Deve-lop- EMS .............
Transfer
Social structures mentValue
Projects
● Innovation is the basis for decoupling wealth from resource consumption
U. Holzbaur07.04.23 11
Development
Ressource consumption
Qualitative growthutility, welfare
Quantitative growth
Ressource consumption
Society and Industry
● Society consists of
Individuals • Culture• Groups
Organisations• Public, Administration, Governmentwitin a hierarchy from UN to suburb
• Commercial Organisations, Companies, Industry,
• NGO/NPO, associations, clubs
em
p rod u c tion m arke tin g sa les p rocu rem en t
C E O
University
● Development
Industrial Socio-Economic Sustainable
● Universities of Applied Science
Role Position Structures and Projects
Tasks of a University
● Depends on University type
● Main Tasks:
Science -> Research Education -> Lecturing Society -> Transfer Social aspects (students, gender, disabled) -> internal
University
Re
sea
rch
Lec
turi
ng
Tra
nsfe
r
Tasks of a University
Re
sea
rch
Le
ctu
rin
g
Tra
ns
fer
Nu
mb
er
of
Pu
blic
atio
ns
Gra
du
ate
s
Co
mm
erc
ial
Tu
rno
ver
Eva
ua
tion
Taskoutput output
University
3rd
pa
rty
pro-
je
ct tu
rnov
er
3rd
pa
rty
pro-
je
ct tu
rnov
er
Universities ... support for … Development ...
Govern-ment
Enter-prises NGO/ NPO
University
Economy Sus-tain-
BusinessCOC ... R&D
Entrepreneurship able Programs Networks Education
Environment Deve-lop- EMS .............
Transfer
Social structures mentValue
Projects
Knowledge
● Knowledge is the basis for
Education Research Transfer Business
Know-ledge
Deci-sions
Inno-vation
Industry and Society
The Product of the University
Knowledge and Moneycase study Ba-Wü
● All 69 Ba-Wü Universities 260.000 students
● Sci U: 140 000 students 2300 prof.BA, BSc, BEng, MA, MEng, Msc, PhD
● UAS: 60 000 students 2300 prof.BA, BSc, BEng, MA, MEng, MSc
● Sci.U: 1.800 M€ staff: 1130 M€UAS: 388 M€ staff: 270 M€
● Third party projects on research: 800 M€ in total.Sci.U: 170 M€ DFG 90 M€ fed. 107 M€ industryUAS: 1/2 M€ DGF 11 M€ fed. 8 M€ Industry
Knowledge and Moneycase study Ba-Wü
● Third party projects on research: 800 M€ in total.Sci.U: 170 M€ DFG 90 M€ fed. 107 M€ industryUAS: 1/2 M€ DGF 11 M€ fed. 8 M€ Industry
● Steinbeis: 100 M€mainly BaWümainly UAS
S U U A S
..
industry
fed
DFGS U U A S
Knowledge Transfer
● Knowledge transfer is more than information transferit is the task of enabling the receiver to apply, to assess and to advance this knowledge.
Produce knowledge
Transfer knowledge
Enhanceknowledge
Existing knowledge
Recieveknowledge
Structures for Knowledge Transfer
● Technology Transfer can be
Pull: demand-driven “we need”from the customer
Push: result-driven “we can”from the research organisation
● Effective technology transfer from university to enterprises and community needs a supportive infrastructure
Marketing and acquisition Project administration Accounting and billing Legal framework
Transfer Portfolio
● OverallPortfolioofKnowledgeTransferMethods
(symbolical,qualitative)
who and how?
Skill level
Size
Publication
Technology Transfer
Joint Projects
From Research to Transfer
● Range
Basic research. Applied research: pre-competitive general knowledge
typically publishes in journals. Transfer is direct support. It is the most direct and most
obvious measure, creating and transferring immediately needed (competitive) know-how.
Consultancy and Development give results to the customer as deliverable items.
● Researchers must be allowed to bridge the gap between pure and applied research
● Researchers should be urged to bring their results a little bit closer to practical application.
STW Steinbeis Foundation
● Services: Consultancy Services, Research and Development, Evaluation and Expert Reports, International Technology Transfer, Training and Further Education
● Transfer Network 700 Steinbeis Transfer Centers (STC) and subsidary companies. Cooperation and project partners in over 47 countries
● Competence in all fields of technology and management
● Customers: more than 10,000 per year companies, organisations of all sizes and areas of business, individuals
● Projects: more than 20,000 per year
● Staff: over 4,000: professors, permanent and project based staff
STW Services
Consulting
At
every
sta
ge o
f th
e v
alu
e c
hain
Fost
eri
ng
su
ccess
ful
transf
er
Research and development
Evaluation and expert reports
Form
ing t
he b
asi
s fo
r deci
sion
makin
g
As
a k
ey c
om
peti
tive
fact
or
Training and employee development
STW Organisation
Steinbeis GmbH & Co. KG für Technologietransfer (StC)Management Board
Steinbeis-Stiftung (StW)Board of Trustees and Committee Executive Board
Steinbeis Enterprises (SU)
Steinbeis Transfer Centers(STC)
Steinbeis Research Centers
(SRC)
Steinbeis Consulting Centers
(SCC)
Steinbeis Transfer Institutes (STI)
at Steinbeis University Berlin -
SHB
Steinbeis Shareholding
(SBT)
496 STC 42 SRC 58 SCC 102 STI 46 SBT
STC portfolio
● STC typeseach of the 700 STC is different
Coordinating TC Addressing all Professors
Broad spectrum of knowledge in a certain field Special knowledge
locally, broad
specialised global player
local specialist
specialist
sectorfocus
extensive
in-ten-sive
STC relation to the university
● own rooms/ machines/ software or rent from university
● own personnel of shared (rent or side jobs)
● clearly separate between University and Steinbeis
tasks time expenses, material personnel (staff, students) machines, rooms, software
● Professors participate as
Project staff Project Manager STC manager
University
Customer/ Company
STW
STC
Project
STW cost structure
● Variable Project account: VAT STW Steinbeis Stuttgart overhead STC overhead Staff salary (university or free) Staff Fees (professor) Machines (university or free) Room (university or free) Travelling Expenses Project manager's profit STC profit
● Running costs: STC account Rooms rent and administrative staff STC manager´s profit
Project
STC
Un
iversity or m
arket
pro
f
Success factors
● STW
Flexible organisation Standardisation (processes, administration) Steinbeis is a strong brand
● STC
Flexibility, Reliability, Responsiveness● Projects
Responsibility of project manager = Prof. Flexibilty and standardisation Care for the customer´s requirements Cooperation among several faculties
● Trust
Customer/ Company
STW
STC
Project
Development and University
● Development
Industrial Socio-Economic Sustainable
● Universities of Applied Science
Role Position Structures and Projects
University Projects
● Joint Projects
● Mutual benefit for University (professor, organization, students) and partners
● Students: do the projects - real world hands on experience
● University: reputation and partnership
● Professor: practical experience, training success, reaching targets
● Partners: projects bring innovative results and new ideas
University
Customer Society
Project
ProfessorStudents
Transfer via student´s thesis
● Thesis in cooperation with industry
Student
Scientific work
Problem solving
University Examination
Prof: supervising the thesis is part of his regular job
Company:have some problem to solve. Pay
the student
Severe legal restrictions
Aalen Case Study
● Development
Industrial Socio-Economic Sustainable
● Universities of Applied Science
Role and Position Structures Projects
Research: Institutes of Applied Research
● Institute of Applied Research - 30 .. 50 professors Third Party Funding:Chemistry 300 k€Laser Technology 700 k€Production 1500 k€.. other Projects 600 k€TOTAL 3 M€100 papers (30 peer-reviewed)
● Institute of applied economic research – 10 professorsLow funding as research is mainly based on final and postgraduate projects – no big equipment
● Baden-Württemberg: 130 k€ / prof
STC in Aalen
● STC Technical Consulting - AWFE
Centre for industry-oriented research and development● STC Applied Management
Management and organisation, economics, logistics, BIS● Steinbeis Transfer Centres in Aalen specialized in the following
areas:
Polymer technology (moulding), polymer engineering Metals foundry, die casting, materials science, surface
technology, automation Image processing, applied informatics Production planning
Student’s projects
● Student’s projects
skills and competences which the students have to acquire. ● Project Definition and Planning
didactical competence, project management experience
● challenging projects that gives the opportunity to learn
● successful project that provides a visible result and a positive feedback from the project partners
concise project planning
Examples for cooperation
● The examples listed below comprise university projects
● Mainly students´ projects within a course or thesis.
Engineering Management
Environmental Management
Quality Management
Sustainable Development
Final Thesis Project
Project Management
Excellence and Sustainability
Green Eel – student´s project
Aalen for all –Barrier freesupported by students´
projects
Day of the region supported by students´
projects
● Aalen 2006, 2007, 2008 …
Project portfolio for students project
● Summer 2009: 20 projects 135 students 15000 working hours 12 final projects (BEng) 5000 working hours
Summary
● Tasks of a university/ professor comprise
Research Lecturing (Education) Transfer
● Applied Research bridges the gap between Research and Transfer
● In Universities of Applied Science, Transfer is mainly seen as transfer to industry
● At Universities of Applied Science, structures for Transfer are well established
3rd party funded projects Steinbeis projects