Industry-Academia Cooperation Activities at Tokyo University of - - PowerPoint PPT Presentation

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Industry-Academia Cooperation Activities at Tokyo University of - - PowerPoint PPT Presentation

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JST 2015 Workshop Industry-Academia Cooperation Activities at Tokyo University of Science March 10, 2015 Yoshito Koga University Research Administration Center Tokyo University of Science

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Industry-Academia Cooperation Activities at Tokyo University of Science

東京物理学校（１９０６年）

JST 2015 日本‐台湾 共同 Workshop

March 10, 2015 Yoshito Koga University Research Administration Center Tokyo University of Science

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Since the founding of Tokyo University of Science in 1881, science and technology have advanced at a dizzying pace. Global issues such as environment and energy challenges have emerged as crucial issues. Today our founding principle of advancing science and technology in harmony with nature is more relevant than ever. Rooted in a strong sense of ethics, scientists and engineers at TUS strive to solve global challenges and make the world a better place through science.

Mission

Building a Better Future with Science

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1881

21 young physicists establish

Tokyo Academy of Physics,

the forerunner of Tokyo University of Science. TUS is

the oldest private university of science and technology

in Japan. The founders championed the founding principle of

“Building a Better Future with Science”

and promoted science. TUS has graduated more Masters of Science than any other private university in Japan.

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SLIDE 5 Oshamambe Campus Kuki Campus Noda Campus Kagurazaka Campus Katsushika Campus Tokyo University of Science, Suwa Tokyo University of Science, Yamaguchi

5 Campuses 19,766 Students 1,100,220 Square meters 2 Affiliated universities

Tokyo Metropolitan Area

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1,036,124

10

19 350

6,261 14,668

  • Approx. 190,000

8 33 31 11

841 296 264 2,776 16,430

Research centers Research divisions laboratories More than

Library collection

items Electronic journals E-books

Graduate schools Departments Departments Faculties Total TUS graduates

19,766

students

Undergraduate Master course Doctoral course Specialist course Faculty members

Undergraduate Graduate

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Research Institute for Science and Technology

Research Centers Research Divisions Social Relation Liaison Projects Technical Division Center for National Joint Usage / Joint Research To k y o U n i v e r s i t y

  • f

S c ie n c e R e s e a r c h S t r a t e g y C o m m i t t e e University Research Administration Center

Top-down Bottom-up

Organizational Chart for Research Strategy at Tokyo University of Science (TUS)

Established in April 1, 2014 Established in April 1, 2005

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Research Institute for Science & Technology

RIST TUS

Bio・Pharmacy Fundamentals

・Center for Physical Pharmaceutics ・Research Center for RNA Science ・Center for Environmental Health Science for the Next Generation ・Research of for Chirality ・Translational Research Center ・Division of Pharmaco-creation frontier ・Division of Bio-organometallics ・Academic Detailing Database Division ・Division of Medical-Science-Engineering Cooperation ・IR FEL Research Center ・Leading-Edge Holography Technologies Research and Development Center ・Quantum Bio-Informatics Research Division ・Imaging Frontier Research Division

Structural Materials

Center for Fire Science and Technology Division of Next Generation Data Mining Technology Mountain Atmosphere Research Devision Division of Intelligent System Engineering Division of Integrated Science of Oshamambe town Division of Advanced Communication Researches Division of Advanced Urbanism and Architecture

Functional Materials

・Research Center for Green and Safety Sciences ・Photocatalysis International Research Center ・Photovoltaic Science and Technology Research Division ・Division of Ecosystem Research ・Division of Nanocarbon Research ・Division of Thermoelectrics for Waste Heat Recovery ・Division of Colloid and Interface Science ・Division of Synergetic Supramolecular Coordination Systems in Multiphase ・Na-ion batteries project ・International Research Division of Interfacial Thermo-fluid Dynamics

Information and Social

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Organizational Chart University Research Administration Center

Planning and Management Division

■Intellectual property management ■Contract management ■Risk management ■Public announcements ■Applying for research grant, etc.

Research Strategy Formulation Division Research & Industry- University Cooperation Supporting Division Regional Alliance & Commercialization Promotion Division

■Strategy formulation ■Research and analysis ■Gathering information ■Planning, coordination, and support of research projects ■ Discovery of business seeds ■ Matching ■ Technology transfer ■Regional alliances ■Support for commercialization

Tokyo University of Science

Organizational Chart of University Research Administration Center

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URA Center’s Major Activities

  • 1. Joint Research
  • 2. Entrusted Research
  • 3. Technical Guidance
  • 4. Material Transfer
  • 5. Establishment of Joint Venture/Venture Companies
  • 6. Collaboration with Government, Local

Government, Universities and Companies

TUS Faculty URA A Company B Company C Company

Facilitate

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22 22 43 43 111 111 135 135 143 143 159 159 145 145 120 120 115 115 130 130 118 118 1 3 8 16 16 12 12 112 112 113 113 109 109 103 103 110 110 76 76 77 77 82 82 82 82 44 44 26 26 20 20 18 18 17 17 16 16 11 11 10 10

20 40 60 80 100 120 140 160 180 FY2002 FY2003 FY2004 FY2005 FY2006 FY2007 FY2008 FY2009 FY2010 FY2011 FY2012

Notifica caion o n of I Inv nvent entions ns Natio ional P l Patent A Applic licatio ions Forei eign P n Patent ent A Applica cations ns

Number of Patent Applications

Switch from Quantity to Quality!

Number of Cases

Tokyo University of Science

TUS’ Sole Applications : 43% Joint Applications: 57% TUS’ Technology Licensing Organization (TLO) started

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Tokyo University of Science

Patent Applications by Field of Technology

0% 0% 20% 20% 40% 40% 60% 60% 80% 80% 100% 100% FY2008 2008 FY2009 2009 FY2010 2010 FY2011 2011 FY2012 2012 Joint Applications TUS' Sole Applications

Ratio of Patent Applications

17% 35% 3% 11% 6% 11% 0% 11% 3% 0% 3% 0% 0% 01.
  • 01. C
Chem hemistry 02.
  • 02. M
Mater erial 03.
  • 03. M
Machi chiner nery 04.
  • 04. E
Elect ectrici city 05.
  • 05. E
Ener nergy 06.
  • 06. I
IT 07.
  • 07. C
CE & & C Cons nstruct uction 08.
  • 08. L
Lifes esci cience ence 09.
  • 09. B
Biotechno echnology 10.
  • 10. B
Bus usines ness M Model el 11.
  • 11. L
Lifes estyle & e & C Cul ultur ure
  • 12. Environment & Ｒesources
13.
  • 13. O
Other hers 13% 17% 0% 4% 41% 0% 13% 8% 4% 0% 0% 0% 0%

TUS’ Sole Applications (FY 2012) Joint Applications (FY 2012)

★Growing Fields: 01. Chemistry & 02. Material ★Growing Fields: 04. Electricity & 05. Energy (Remarkable for Thermoelectricity and PV)

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Implementation of Technology Transfer

Tokyo University of Science

2 10 9 9 20 13 20 19

4 11 11 7 10 10 11 11 13 13 18 18 20 20 17 17 1 8 10 10 14 14 15 15 15 15 89 89

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20 40 60 80 100 120 140 FY2004 FY2006 FY2008 FY2010 FY2012 Licens censing ng Agreem eement ent Techni echnica cal Gui uidance nce MTA TA 91 91 43 43 30 30 75 75 42 42 47 47 17 17 120 120 113 113 118 118 65 65 128 128 106 106 150 150 112 112 20 20 47 47 29 29 68 68 72 72 179 179 121 121 271 271 10 10 173 173 50 100 150 200 250 300 350 400 450 FY2004 FY2006 FY2008 FY2010 FY2012 Licens censing ng Agreem eement ent Techi echica cal Gui uidance nce MTA TA

Amount

40 40

108 108 163 163 163 163 240 240 365 365 343 343 295 295 269 269 391 391

6 21 21 1 7

Number of Cases

Number of Cases Amount (Thousand Dollars) 13 13 5 ★Calculated at a Rate of 100 Yen to the Dollar 54 54 5 3

Licensing Agreement (FY2012) ・Licensing：12 Cases ・Patent Transfer：17 Cases

27 27 4 1

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Joint Research & Entrusted Research (New Contract Base )

Tokyo University of Science

223 223 549 549 831 831 1, 1,976 976 2, 2,090 090 3, 3,580 580 3, 3,490 490 4, 4,392 392 4, 4,607 607 4, 4,520 520 6, 6,773 773 6, 6,267 267 4, 4,567 567 5, 5,613 613 6, 6,148 148 6, 6,180 180 8, 8,740 740 9, 9,760 760 8, 8,420 420 6, 6,907 907 8, 8,492 492 8, 8,105 105 214 214 117 117 101 101 119 119 28 28 26 26 58 58 149 149 155 155 188 188 90 90 205 205 143 143 153 153 159 159 163 163 172 172 133 133 160 160 133 133 134 134 114 114 331 331 288 288 322 322 292 292 279 279 254 254 249 249 221 221 198 198 161 161 319 319

50 50 100 100 150 150 200 200 250 250 300 300 350 350 FY2002 2002 FY2003 2003 FY2004 2004 FY2005 2005 FY2006 2006 FY2007 2007 FY2008 2008 FY2009 2009 FY2010 2010 FY2011 2011 FY2012 2012 2, 2,000 000 4, 4,000 000 6, 6,000 000 8, 8,000 000 10, 10,000 000 12, 12,000 000 14, 14,000 000 16, 16,000 000

Amount unt ( (Joint nt R Res esea earch) ch) Amount unt ( (Ent ntrus usted ed R Res esea earch) ch) Cases es ( (Joint nt R Res esea earch) ch) Cases es ( (Ent ntrus usted ed R Res esea earch) ch) Tot
  • tal Nu
Number of r of C Cases

Number of Cases Amount (Thousand Dollars) ★Calculated at a Rate of 100 Yen to the Dollar

About 15 Million Dollars Best Performance to Date

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Venture Companies

  • riginated from Tokyo University of Science

L.V.M.C. INC. ACTEiiVE CORPORATION

Providing Materials for Cosmetics PhamaLiposomal Vesicle Formulation Providing CO2 Reduction Materials (CO2 Absorber) Resin-Property Remover

Tokyo University of Science

INNOPHYS

Providing and Developing Wearable Power-Assist Device

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INNOPHYS CO.

  • A Robotics Venture
  • Established in December, 2013
  • by Kikuch Seisakusho Co., Ltd.
  • Prof. Hiroshi Kobayashi
  • Location: Katsushika Campus,

Tokyo University of Science

  • Products:

Power Assists Suits “MUSCLE SUIT”

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MUSCLE SUIT

R

Waist Assist

Weight: 4kg Assist Power: 40kg Picking up everyday loads with about a third of the usual effort

Waist & Arm Assist

Weight: 8kg Assist Power: 30kg

Wearable Power-assist Suit

  • A Partial Exoskeleton Structure; can be worn “knapsack-

style”, Ten Second to put it on

  • Uses a mouthpiece as its control
  • Uses specially designed rubber tubes (McKibben-type) &

compressed air as the source of its power, unlike other similar suits that rely on electric motors

  • Water-proof & Dust-proof
  • Desperately Needs Compressed Air

MuKibben-type Contraction of Artificial Muscles

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System of MUSCLE SUIT

R

MUSCLE SUIT 20

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R

Phase 1

Factory Logistics & Distribution

Welding Transport of Heavy Items

Construction of Reinforcing bar

Helping to lift people into and out of chairs and baths Rehabilitation Daily Life Support Walker

Potential Users of MUSCLE SUIT

Phase 2 Phase 3

Construction & Building

Workers Factory Workers Welders Construction Workers Farmers

Agriculture Nursing Service

Home-helpers Caregivers Nursing Care Workers Old Persons Handicapped Persons

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Tribology Center

  • A Regional Open Innovation Promotion Project

supported by METI (Ministry of Economy, Trade and Industry)

  • will be established in April, 2015
  • Location: Katsushika Campus,

Tokyo University of Science

  • Goal:

Further development of Japan’s economy and industry through collaboration among industry, academia and government (Tokyo metropolitan

Industrial Technology Research Center)

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１．Hard Disk ２．Piston Ring ３．Transmission ４．Break ５．Aerospace ６．Processing ７．Artificial Joint

１ ２ ３ ４ ５ ６ ７

What is Tribology ?

  • “Tribology” is a coined word, derived from Greek

word “ Tribos”, meaning “friction”

  • Fields of Tribology

Machine Design, Production and Assembly of Parts, Operation of Machine System, Maintenance, etc.

  • Importance of Tribology

Energy Conservation Reduction of Environmental Impact 23

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Issue of Tribology

  • 1. Friction Control
  • Decrease in Friction : Piston Cylinder, etc.
  • Stabilization of Friction : Break System, etc.
  • 2. Wear Control
  • Improvement of Wear Resistance: for reliability, long life
  • Acceleration of Wear: efficiency of facing
  • 3. Emission Control
  • Utilization of Emission : Friction Sound of Musical Instruments

Recovery of Friction Heat, Earthquake Prediction by underground electric currents

  • Control of Emission : Friction Noise, Vibration, Leakage of Lubricant,

Dust cased by Friction, Electrified, etc. 24

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Source: Canon Marketing Japan Inc. 3D Systems Corporation

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Source: Canon Marketing Japan Inc. 3D Systems Corporation

Example of Sintering

Industrial Parts, Trial Pieces, Customization, etc

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Example of Sintering

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Source: Canon Marketing Japan Inc. 3D Systems Corporation

Dental Plate etc.

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Innovation from Tribology Center

  • 1. Advanced Precision Processing

& Metal Mold Methods

  • 2. Energy Conservation
  • 3. Manufacturing Revolution

by Metal 3D Printing

To support small- and medium-sized Japanese companies to strengthen their competitive advantages and make access to the aerospace industry market

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Conclusion

Tokyo University of Science (TUS) aims to be an internationally competitive university University Research Administration Center will play an important role to build a framework for industry- academia- government cooperation

Industry Academia Government URA Center 29

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ＴＵＳ