Is the glass half empty or half full - PowerPoint PPT Presentation

1 / 15
About This Presentation
Title:

Is the glass half empty or half full

Description:

Market value of university spinouts floated in 2004 was 604 million 0.24% of ... Spinout activity is not as successful at creating income as it should be. ... – PowerPoint PPT presentation

Number of Views:705
Avg rating:3.0/5.0
Slides: 16
Provided by: aku93
Category:
Tags: empty | full | glass | half | spinout

less

Transcript and Presenter's Notes

Title: Is the glass half empty or half full


1
Is the glass half emptyor half full?
  • Dr Anil Kumar
  • Director, Education Policy
  • The Engineering and Technology Board
  • Engineering Professors Council Annual Congress
  • Session 4 - The Future of HE
  • 5th April 2006

2
The Engineering and Technology Board is a
registered charity that aims to tackle the
significant yet unaddressed needs of the UK's
science, engineering and technology industry and
to create a unified platform and voice. We work
in partnership with business and industry,
Government, education and the profession to
improve the perception of science, engineering
and technology (SET) in the UK. The driving
force behind this partnership is the desire to
ensure a supply of appropriately skilled
individuals to meet the present and future SET
skills needs of UK plc
3
The future of HE
  • Prediction is very difficult, especially if its
    about the future
  • Nils Bohr

Maximise the Innovation Process Entrepreneurshi
p
4
The contribution of science, engineering and
technology to the UK economy
  • SET-intensive sectors produced 252.3 billion,
    27.3 of the total UK value added in 2002
  • There are around 2.5 million people in SET
    occupations in the UK, both within the SET
    intensive sectors and elsewhere, including
    services.

5
Government Investment in RD
  • UKs investment in RD as a proportion of GDP to
    2.5 from 1.86 2002. by 2014. 2002 France 2.2,
    Germany 2.51, USA 2.67. 40 increase in SET
    skills
  • Evidence suggest that UK may need to produce at
    least 5000 additional researchers each year. 
  • Needs to be achieved by
  • Maintaining or growing RD in sectors where RD
    is strong e.g. Pharma.
  • Attracting investment into UK from
    multinationals.
  • Increasing RD intensity in firms or sectors that
    are lagging behind their peers.  
  • Developing new RD intensive sectors.
  • The creation of RD intensive SMEs.

6
UK RD
  • British Researchers produced 13 of the worlds
    most cited papers (2003)
  • UK researchers most productive 16 papers per 1
    million US 9.2 Japan 3.6
  • UK has embarked on 10 Year Science and Innovation
    Strategy Science Budget to grow to 3.4 billion
    per year by 2008
  • However, research papers are not enough require
    exploitation therefore emphasis is on Knowledge
    transfer and innovation.

7
University collaboration
  • Market value of university spinouts floated in
    2004 was 604 million 0.24 of SET Gross Value
    Added!
  • Today 24,000 science and engineering students are
    receiving enterprise training, whereas the figure
    in 1998/99 was 3,000
  • Greater responsiveness of the research base to
    the economy is still required.

8
Industry R D expenditure in UK HEIs growing
9
But income 300 less
10
So What?
  • Spinout activity is not as successful at creating
    income as it should be.
  • Opportunity for engineering departments to
    positively influence this issue.
  • Propose integration of entrepreneurial activity
    into engineering departments.
  • But arent we already doing this?
  • Not effectively enough see previous charts

11
So What?
  • Engineering depts need to take the lead and
    engage with business schools and spin-outs to
    properly exploit engineering knowledge.
  • This has to be led by technical specialists with
    assistance from business schools not the other
    way round.
  • Engineers with the ideas and expertise engaging
    with business savvy individuals who can
    commercialise the ideas.

12
So what?
  • We want to maximise the innovation process
  • Opportunity for eng departments
  • 4th year MEng projects/ PhDs use real world
    technical examples jointly carried out with MBA
    students.
  • Business Interdisciplinary projects not just
    X-engineering projects.
  • Bring the entrepreneurs into Engineering Schools
    for joint projects cf. sending engineers to the
    business school for a few lectures.
  • Provide incentives share of IPR/
  • More akin to what happens in the real world.

13
Benefits
  • Helps Market your courses - differentiates.
  • Your Students are more employable.
  • Keep them in engineering retention.
  • Strengthen relationship between engineering and
    entrepreneurship maximise innovation.
  • More money for Engineering departments spin
    outs.
  • Wealth creation for UK plc

14
What now?
  • Need like minded engineering departments.
  • Need like minded business schools.
  • Need like minded spin outs.
  • Working towards real world multi-disciplinary
    projects.
  • ETB keen to test and develop this process in
    partnership with like minded stakeholders.

15
Half Empty
Half Full?
The best way to predict the future is to invent
it." Alan Kay
Write a Comment
User Comments (0)
About PowerShow.com