Hvordan bidrar UiA til å
næringslivets behov for
morgendagens kompetanse?
Sept. 2014
Hvordan bidrar UiA til å næringslivets behov for
morgendagens kompetanse?
Dekan ved Fakultet for teknologi og realfag, Frank Reichert presenterer
status, muligheter og utfordringer vedrørende samarbeidet med
næringslivet på følgende områder:
•
•
•
•
Utdanning (søkermasse, kvinner og teknologi)
Forskning og innovasjon
Samarbeid med næringslivet
Sørlandslab
• PSG drøfter:
• Hvordan bidra til å videreutvikle et fremtidsrettet Universitet som
bidrar til bærekraft og vekst for regionen?
UiA
•
•
•
•
•
•
•
1100 employees
11000 Students
Health and Sport Sciences
Humanities and Education
Fine Arts
Engineering and Science
Social Sciences
School of Business & Law
Teacher Education Unit
Me!
Agder
The Future
UiA
• 300.000 people
• 300.000 ideas
http://www.uia.no/nyheter/ny-kraftig-vekst-i-soekningen-til-uia
DBH Registered Students - 2013
• ,
Registered Students 2005-2013
384
261
About 800 new Technology students
Students
Competence
Publications
without forkurs
Students/faglig. tilsatte
2008: 15,2
2013: 19,7
Productivity 2008-2013
Students/faglig.:
+30%
DBH/faglig:
+160%
Technology
@ uia
20,0
http://www.regjeringen.no/nb/dep/kd/dok/rapporter_planer/rapporter/2014/tilstandsrapport-uh-2014.html?id=758598
Agder
The Future
UiA
• 300.000 people
• 300.000 ideas
Agder
The Future of
Healthcare
UiA
• 300.000 people
• 300.000 ideas
UiA Heathcare Technology
e-helsealliansen
Question
• If we can make life easier for our elder generation –
what are we waiting for?
• Grimstad kommune and UiA are discussing
a home to care for the elderly … … …
• Proposal:
Invite to identify promising 2-3 flagship projects
Agder
The Future of
Education
UiA
• 300.000 people
• 300.000 ideas
18
MatRIC ...
... is a learning community working for excellence in
teaching mathematics in Norwegian universities and
university colleges.
... seeks the creation and dissemination of knowledge
and experience that will guarantee world class
learning opportunities in mathematics for Norwegian
students.
19
http://www.uia.no/senter-og-nettverk/puls/adila
Question
• Can we provide better learning experiences
for school kids, students, and adults?
• Many UiA projects with schools, new: «fagskoler»,
but basically few activities to address
life-long learning
• Proposal:
Invite to identify future competence gaps and
regional competitive advantages
enabled though new education efforts.
Agder
The Future of
our Eco-system
UiA
• 300.000 people
• 300.000 ideas
N.C. Stenseth: innlegg på UiAs styremøte 17.09.14 (Grimstad)
About: The Centre for Coastal Research (CCR) is an
international and interdisciplinary academic institution. The
CCR is to undertake interdisciplinary research on the
effects of human and environmental forcing on coastal
living resources. The centre is focusing largely on the
ecology and evolution of the biota into the marine coastal
zone within a broad societal context.
Fra hjemmesiden...”IMR will collaborate with UiA in topics
of marine science that are of importance to IMR. The goal is
that this synergic approach will strengthen the quality of
research and education on marine biology in the Agder
region”
N.C. Stenseth: innlegg på UiAs styremøte 17.09.14 (Grimstad)
Funding - Timeline
EMO professor II (UiA)
Fast professorstilling (UiA)
Post doc A.komp fond (UiA)Fast professorstilling (UiA)
Post doc NFR- PROMAR(HI)
Post doc NFR- PROMAR(HI)
2 Stipendiater UiA
Stipendiat NFR
NCS professor II (UiA)
HK Professor II (UiA)
Post doc RUP (HI)
UiA Post doc
2010 (høst)
2011
2012
N.C. Stenseth: innlegg på UiAs styremøte 17.09.14 (Grimstad)
2013
Post doc NFR (UiA)
Post doc NFR (HI)
2014
Enrique
UiA/IMR postdoc
Tonje
UiA/IMR PhD student
Competence to preserve the Skagerak Eco-system.
UiA Marine Research Center - Towards an SFF in 2016
SFF 2016
External funding (2012-2014)
2014-2017. 3 mill NOK (450 000 IMR). Genetic variability in population responses of
Atlantic cod to environmental change (Researcher project - HAVKYST
2014-2017. Ca 5 mill NOK (500 000 IMR) to UiA from Norwegian Research Council on
wrasse genetics.
2012-2016 3.000 000 to UiA from Aust-Agder kompetansefond (Post pod to Carla Freitas,
working in Flødevigen).
2013-2016. NOK 3.000 000 for the RFF (Regional Research Fond) project CROSCON.
2013-2016: NOK 3.600 000 for RUP project, funded by Aust Agder county authority.
2013-2014 NOK 160 000 + 160 000 from INTERREG III A (financed by EU and Norway)
for the project MARGEN to position ourself for larger proposal in interreg
2014. NOK 150 000 NOK Leif Erikson mobility grant (applied for PhD student Rebekah
Ohmen).
2012-2015 NOK 5.040.000 from the Norwegian Research Council (proposal no.
216410/O10 ).
2010-2013 from INTERREG III A (financed by EU and Norway) for the project “Bærekraftig
rekefiske”. Ca 15 000 000 NOK in total for the tree Scandinavian countries.
N.C. Stenseth: innlegg på UiAs styremøte 17.09.14 (Grimstad)
Question
• Can we join forces to better understand and
manage our marine resources in the Skagerak?
• UiA and partners have succeeded in establishing
an excellent team of marine researchers
• Proposal:
Invite to a strategic meeting to create the political
foundation for a research center on marine research.
Agder
The Future of
our industry
UiA
• 300.000 people
• 300.000 ideas
SFI Offshore Mechatronics
SFI Offshore Mechatronics
SFI Research Structure
WP0
Project
Management
UiA
WP6
Analytics, IT Integration + "Big Data"
UiA
WP4
Modelling, Simulation, & Technology Qualification
NTNU
WP7
Technology
Vision
NODE
Dissemination
Exploitation
Liaison
IPR
New Offshore Mechatronics
WP1
Hydraulic &
Electrical
Drives
UiA
WP2
Motion
Compensation
NTNU
WP3
Robotics &
Automation
UiA
WP5
Monitoring
Techniques
Teknova
Project
Infrastructure
Industry Clusters
in Agder
NODE
EYDE
DIGIN
Automation
SINPRO
Sørlands
porten
Question
• If automation and “lean” is so important for
industry – how can we focus on that?
• Agder has excellent competence in the areas
• Proposal:
Invite to create a Agder-wide shared strategy to
make industry more competitive and effective.
Mechatronics
Agder Global Knowledge Hub
NODE NCE / GCE – Industry Cluster
1
SFI Offshore Mechatronics – Long Term Research Activities
2
Sørlandslab – Innovation Arena & Infrastructure
3
Agder Region
Industry
UiA
Innovation
The Future of
innovation
UiA
• 300.000 people
• 300.000 ideas
Frank.Reichert@uia.no, Faculty of Engineering & Science, University of Agder
UiA’s role
for the future of Sørlandet
relevance
Sørlandet’s
Innovation Hub
2014++
UiA
2007++
HiA
time
today
Possible Labs
Name
Partners
Comment
High Forces Lab
NODE
MacGregor (Aker Pusnes)
Reliability Lab
NODE, marine
Life time assessment, Component test
Motion Lab
NODE, marine
Motion compensation
Robotics lab
NODE, EYDE
Automation
Welding and NDT
NODE
Certification, testing
Materials Lab
EYDE, NODE
Material characterization, material development
Renewal energy lab
EYDE, Renewal companies
Fuel cell….
New instrumentation
EYDE, NODE, DIGIN
Input to specification from Teknova
Future Interaction
DIGIN
Usability & new technology
Future education
DIGIN, UiA
New learning solutions
Project Hotel
Any
For R&D projects
High Forces lab
High Forces lab
Goal
•
Provide test facilities to test engine, gear and chain
drum for offshore load handling
Equipment
examples
•
•
•
Steel-reinforced floor and attachment for heavy loads
High current connection to power grid
Safe control-room for operators during test
Business
case
•
•
Test equipment before delivering to customer
Develop/improve control systems for load handling
Partners
•
MacGregor (Aker Pusnes)
Reliability lab
Reliability lab
Goal
•
Provide test facilities for technology qualification
and life time assessment
Equipment
examples
•
•
•
Hydraulic Power Units
Hydraulic Component Test Stand
Mechanical testing (tensile, compression and
bending testing)
High and low temperature tensile testing
•
Business
case
•
•
•
Life time assessment for components and prototypes
Technology qualification
Improve design and/or choice of material for a
component/module
Partners
•
NODE network
Motion lab
Motion lab
Goal
•
Equipment •
•
examples
Business
case
•
•
Partners
•
Provide test facilities to simulate wave motions
and other specified motions
Stewart Platforms
High speed camera
Develop and test wave compensation for cranes
and platforms
Analyze how wave motions influence equipment for
use offshore
NODE network
Robotics lab
Robotics lab
Goal
•
Equipment •
•
examples
•
Business
case
Partners
•
•
Provide test facilities for robots and multiple
robotic machines
Robots and robotic machines
Test setups for offshore and industrial applications
Advanced instrumentation and actuators for robots
•
Develop control algorithms for welding robots
Develop collision avoidance system for robots and
multiple robotic machinery
Select right actuators for heavy robotics machinery
•
NODE, EYDE and other
Welding and NDT lab
Welding and NDT lab (to be updated)
Goal
•
Equipment •
•
examples
Provide facilities for courses and for technology
development
Arc welding: TIG, MIG
NDT: radiographic, ultrasonic …
Business
case
•
•
Courses and certification
Develop procedures for welding Robots
Partners
•
NODE and other
Materials lab
Materials Laboratory
Goal
•
Equipment •
examples
Provide a complete materials development and
testing laboratory for industry and SMEs
State-of-the-art electron microscope, testing
machines, clean room, heat treatment ovens,
NDT and instrumentation, analytical services
Business
case
•
Complete one-stop R&D facility with well trained
staff to provide cost efficient solutions
Partners
•
NODE, EYDE networks
Materials lab
Structural Materials Research
Advanced Research
Functional Materials Research
Heat treatment room
Destructive testing
Non-destructive testing
Tribo-corrosion testing
Tensile / cyclic load testing
Impact testing
Sample preparation
TEM-lab
SIMS
XPS
X-ray diffraction
X-ray tomography
Clean room with standard robotic equipment
Sintering and high temperature ovens
PVD / CVD coating apparatus
Measuring equipment for fundamental properties
Screen printing, tape casting, sample preparation
Sample preparation
Scanning Electron Microscope SEM
Future Interaction
Future Interaction
Goal
• Evaluation of usability and user experience
• Test facility for future interaction technologies
• Competence development & courses
Equipment • Documentation: eye tracker, AV recording
examples • 3D, augmented reality, «cave»
• Natural interaction: gestures, voice, proximity
• Distance collaboration, virtual presence
• Touch interfaces, heptic interfaces
• Goal
Business
case
•
•
•
•
Partners
• DIGIN
Co-development, innovation projects
Technology assessment, show cases
R&D projects with NFR, SKF, RFF, …
Education
Future Education Lab
Future Education
Goal
•
•
•
•
Creation & testing of future learning methods
State-of-the-art education facility
Resource for virtual classroom events
Competence development & courses
Equipment • Learning spaces for presentation, creation,
examples
exchange, development, interaction, …
(fcl.eun.org)
• Virtual class room Infrastructure (whiteboards,
linking, AV support, chat and messaging, …)
• breakout rooms, hands-on labs
• new mobile technologies (tablets, SIFTEO, ..)
Business
case
•
•
•
•
•
Partners
• DIGIN
Infrastructure for events, EVU,BSc/MSc courses
Co-development, innovation projects
Technology assessment, show cases
R&D projects with NFR, SKF, RFF, …
Education
http://fcl.eun.org/
Question
• How to re-arrange the elements for innovation in
Agder to create a powerful innovation areas?
• Lots and lots of good activities …
• Proposal:
Invite to a short-term and long-term action plan.
New Live TV & Studio Van
for our Multimedia Students
Thanks for Listening