There is often a gap between the long term perspectives of academic research and the short term needs of industry. Traditional technology transfer processes begin once research is complete, but technologies from universities are often too early for industry. The presentation proposes an approach where researchers work closely with technology transfer professionals from the beginning to explore market opportunities, develop prototypes, establish intellectual property strategies, and engage with small and medium enterprises. This process aims to bridge the gap between research and commercialization.
EMPLOYEES JOB SATISFACTION ( With special reference to selected Sundaram Ind...
Ā
Bridging Industry and Academia Gap
1. Filling the Gap Between Industry and Academia
Dipartimento di Elettronica, Informazione e Bioingegneria, Politecnico di Milano
Sara Notargiacomo
Technology Transfer Manager @NECSTLab - Politecnico di Milano
05.29.2018
sara.notargiacomo@polimi.it
Stanford OTL, Da Vinci Conference Room - Palo Alto
31. Technology
Transfer:
Our Approach
Market
potential &
Competitive
analysis
Research
& patent
application
plan
Prototype
Design
DocumentLab
Testing
Licensing
Product
Development
Final
Return
Research
Idea and
State of
the Art
30
A first prototype is
validated inside the lab
Technological Readiness Level (TRL)
Basic Principles TRL 1
Technology Concept TRL 2 BASIC
Proof of Concept established TRL 3
Laboratory Testing of integrated system TRL 4
Laboratory Prototype Testing TRL 5 ADVANCED
Validation in relevant environment TRL 6
Integrated Pilot system demonstrated TRL 7 APPLIED
System incorporated in commercial design TRL 8
System ready TRL8
Source: nasa.gov/directorates/heo/scan/engineering/technology/txt_accordion1.html
32. Technology
Transfer:
Our Approach
Market
potential &
Competitive
analysis
Research
& patent
application
plan
Prototype
Design
DocumentLab
Testing
Licensing
Product
Development
Final
Return
Research
Idea and
State of
the Art
31
A first prototype is
validated inside the lab
Technological Readiness Level (TRL)
Basic Principles TRL 1
Technology Concept TRL 2 BASIC
Proof of Concept established TRL 3
Laboratory Testing of integrated system TRL 4
Laboratory Prototype Testing TRL 5 ADVANCED
Validation in relevant environment TRL 6
Integrated Pilot system demonstrated TRL 7 APPLIED
System incorporated in commercial design TRL 8
System ready TRL8
Source: nasa.gov/directorates/heo/scan/engineering/technology/txt_accordion1.html
34. Technology
Transfer:
Our Approach
Market
potential &
Competitive
analysis
Research
& patent
application
plan
Prototype
Design
DocumentLab
Testing
Corporate
Relations
Product
Development
Final
Return
Research
Idea and
State of
the Art
33
Technology do not have
value without a business
model
Weāll focus on Small & Medium Sized Companies
(SMEs)
35. 34
Why SMEs
SOURCES:SPITHOVEN 2013
99,8 % of non financial
companies are SMEs
They employ 67% of the
total employment
They Create the 58% of
sector value added
98 % of U.S.
companies exporters
are SMEs
They support
two-thirds of net new
private sector jobs
36. 35
Why SMEs
SOURCES:SPITHOVEN 2013
99,8 % of non financial
companies are SMEs
They employ 67% of the
total employment
They Create the 58% of
sector value added
98 % of U.S.
companies exporters
are SMEs
They support
two-thirds of net new
private sector jobs
SMEs are driving the economy
39. 38
Why SMEs
LESS ABILITY TO
ACCESS EXTERNAL
RESOURCES
FLEXIBILITY LIMITED RESOURCES
SOURCES:SPITHOVEN 2013
40. 39
Why SMEs
LESS ABILITY TO
ACCESS EXTERNAL
RESOURCES
FLEXIBILITY LIMITED RESOURCES
GREATER
CONCENTRATION OF
OPEN INNOVATION
SOURCES:SPITHOVEN 2013
44. 43
TECH CHALLENGES
TECH INNOVATION
OPPORTUNITY Current market gaps and limitations
Technological challenges currently faced by companies in
the market
Key elements of innovation
Business Case
45. 44
TECH CHALLENGES
TECH INNOVATION
MILESTONES AND
BENEFITS
OPPORTUNITY Current market gaps and limitations
Technological challenges currently faced by companies in
the market
Key elements of innovation
Improvements generated by the invention with respect
to tech challenges
Business Case
46. 45
TECH CHALLENGES
TECH INNOVATION
MILESTONES AND
BENEFITS
VALUE GENERATED
OPPORTUNITY Current market gaps and limitations
Technological challenges currently faced by companies in
the market
Key elements of innovation
Improvements generated by the invention with respect
to tech challenges
Reduced cost or increase revenue
Business Case
47. 46
TECH CHALLENGES
TECH INNOVATION
MILESTONES AND
BENEFITS
VALUE GENERATED
EXPERIENCE
OPPORTUNITY Current market gaps and limitations
Technological challenges currently faced by companies in
the market
Key elements of innovation
Improvements generated by the invention with respect
to tech challenges
Reduced cost or increase revenue
Which type of experience a potential user will have
Business Case
52. 51
Conclusions and
Final Remarks
ā¢ University technologies are generally too early to attract
industry investment
ā¢ Main factors that influence technology go to market:
I. technology stage;
II. type of market;
III. competing technologies;
IV. the amount of work needed to bring the
technology to the marketplace;
V. researcherās commitment
53. 52
Conclusions and
Final Remarks
ā¢ University technologies are generally too early to attract
industry investment
ā¢ Main factors that influence technology go to market:
I. technology stage;
II. type of market;
III. competing technologies;
IV. the amount of work needed to bring the
technology to the marketplace;
V. researcherās commitment
54. 53
Conclusions and
Final Remarks
ā¢ University technologies are generally too early to attract
industry investment
ā¢ Main factors that influence technology go to market:
I. technology stage;
II. type of market;
III. competing technologies;
IV. the amount of work needed to bring the
technology to the marketplace;
V. researcherās commitment
55. 54
Conclusions and
Final Remarks
ā¢ University technologies are generally too early to attract
industry investment
ā¢ Main factors that influence technology go to market:
I. technology stage;
II. type of market;
III. competing technologies;
IV. the amount of work needed to bring the
technology to the marketplace;
V. researcherās commitment
ā¢ IP is central to open collaborations as it represents the
contribution that each partner brings on the table
56. 55
Thanks for your attention
05/29/2018
Stanford OTL, Da Vinci Conference Room - Palo Alto
Sara Notargiacomo
Technology Transfer Manager @NECSTLab - Politecnico di Milano
sara.notargiacomo@polimi.it
Dipartimento di Elettronica, Informazione e Bioingegneria, Politecnico di Milano