The Collaboration Imperative: Universities and Industry as Partners in the 21 st Century Knowledge Economy

Similar documents
Canada s Intellectual Property (IP) Strategy submission from Polytechnics Canada

Technology transfer industry shows gains

Engaging Industry Partners

EASY ACCESS IP AN INTRODUCTION FOR UTS RESEARCHERS FEBRUARY 2014 RESEARCH & INNOVATION OFFICE

Innovation. Key to Strengthening U.S. Competitiveness. Dr. G. Wayne Clough President, Georgia Institute of Technology

Identifying and Managing Joint Inventions

Interagency Collaboration: Barriers / Solutions

Technology Transfer: Working with Industry at MIT. 10 February 2009 Kenneth A. Goldman Manager, Corporate Relations MIT Industrial Liaison Program

November Internet Society Action Plan 2017

MILAN DECLARATION Joining Forces for Investment in the Future of Europe

COLLABORATIVE R&D & IP ISSUES IN TECHNOLOGY TRANSFER IN UNIVERSITY SYSTEM

INTEL INNOVATION GENERATION

Financing Growth Ventures to Minimize Equity Dilution

Strategic Plan Approved by Council 7 June 2010

Industrial and Regional Benefits (IRB s)

PART III: CROSS-CUTTING ISSUES

IP and Technology Management for Universities

Climate Change Innovation and Technology Framework 2017

Pan-Canadian Trust Framework Overview

Panel 3: Technology Transfer and Development

UNITED NATIONS OFFICE OF LEGAL AFFAIRS

WIPO-WASME Program on Practical Intellectual Property Rights Issues for Entrepreneurs, Economists, Bankers, Lawyers and Accountants

Building a Strong Direct Sales Team

TECHNOLOGY COMMERCIALIZATION AND INNOVATION STRATEGY

University of Massachusetts Amherst Libraries. Digital Preservation Policy, Version 1.3

President Barack Obama The White House Washington, DC June 19, Dear Mr. President,

Intellectual Property Ownership and Disposition Policy

exceptional circumstance:

Introduction. digitalsupercluster.ca

ITI Comment Submission to USTR Negotiating Objectives for a U.S.-Japan Trade Agreement

1. Recognizing that some of the barriers that impede the diffusion of green technologies include:

COUNCIL OF THE EUROPEAN UNION. Brussels, 9 December 2008 (16.12) (OR. fr) 16767/08 RECH 410 COMPET 550

By Raghav Narsalay, Dr. Sabine Brunswicker, Mehdi Bagherzadeh and Gregory C. Roberts

Policy Partnership on Science, Technology and Innovation Strategic Plan ( ) (Endorsed)

Delhi High Level Conference on Climate Change: Technology Development and Transfer Chair s Summary

The 21 st APEC Small and Medium Enterprises Ministerial Meeting Joint Ministerial Statement. Nanjing, China September 5, 2014

From the Experts: Ten Tips to Save Costs in Patent Litigation

Driving the Future of Digital Experiences Silvia Boi, Jean Dominique Meunier NEM Executive Board Member

Modeling the Startup Dynamics of the Skolkovo Institute of Science and Technology (SkolTech)

Asking Questions on Knowledge Exchange and Exploitation in the Business R&D and Innovation Survey

Opportunities and Challenges for Open Innovation

Seven Forms of Wealth Continuum

WFEO STANDING COMMITTEE ON ENGINEERING FOR INNOVATIVE TECHNOLOGY (WFEO-CEIT) STRATEGIC PLAN ( )

the Companies and Intellectual Property Commission of South Africa (CIPC)

Pathfinders Quest Delhi, 2017

Introducing Elsevier Research Intelligence

Overview. How is technology transferred? What is technology transfer? What is Missouri S&T technology transfer?

GROUP OF SENIOR OFFICIALS ON GLOBAL RESEARCH INFRASTRUCTURES

Prof. Steven S. Saliterman. Department of Biomedical Engineering, University of Minnesota

Vice Chancellor s introduction

MR. EISNER: It s good to be here with you all. I don t have a. formal presentation. I wanted to create this more as a dialogue, and I will

September 18, 2017 Special Called Meeting of the U. T. System Board of Regents - Meeting of the Board

Managing Intellectual Property: from invention disclosure to commercialisation

PAGE 02 OUR BRAND POSITIONING

CRS Report for Congress

CIPO Update. Johanne Bélisle. Commissioner of Patents, Registrar of Trade-marks and Chief Executive Officer

SMA Europe Code of Practice on Relationships with the Pharmaceutical Industry

Loyola University Maryland Provisional Policies and Procedures for Intellectual Property, Copyrights, and Patents

How to Attract Venture Capital

IFT STRATEGIC PLAN. 2017/18 Strategic Objectives

Preliminary Findings for Innovation Case Study on Canadian Fuel Cell Technology

V I S I O N South Wolf Road, Wheeling, IL

Inclusion: All members of our community are welcome, and we will make changes, when necessary, to make sure all feel welcome.

Position Description: BirdLife Australia Great Barrier Reef Wetlands Bird Monitoring Project Coordinator

COMMERCIAL INDUSTRY RESEARCH AND DEVELOPMENT BEST PRACTICES Richard Van Atta

Career Education Corporation Bear Stearns 2007 SMid-Cap Investor Conference

An exploration of the future Latin America and Caribbean (ALC) and European Union (UE) bi-regional cooperation in science, technology and innovation

Pro Bono Strategic Plan 03/07/05

TECHNOLOGY INNOVATION LEGISLATION HIGHLIGHTS

Rosatom Approach to IPR Management in Collaborative Projects on Innovations

Higher School of Economics, Vienna

Intellectual Property Policy. DNDi POLICIES

European Creative Synergy: Application for Energy Transition Efficiency. 6th European Conference on Corporate R&D and Innovation: CONCORDi 2017

Holistic Business Success ebook

Economic Stimulus: Technology Transfer from Federal Labs

The role of Intellectual Property (IP) in R&D-based companies: Setting the context of the relative importance and Management of IP

Interplay of Intellectual Property Rights and Academic - Industry Collaboration to Foster Digital Inclusion

Getting Value From Research:

Written response to the public consultation on the European Commission Green Paper: From

INTELLECTUAL PROPERTY

Pacts for Europe 2020: Good Practices and Views from EU Cities and Regions

Enhancing SMEs Participation in Global Production Chains by Creation of Common Database

Sustainable development

Practical Guidelines For IP Portfolio Management

Patenting, Innovation & Technology Transfer : The CSIR Experience

Introduction. Vehicle Suppliers Depend on a Global Network

UNWTO Working Groups

Patenting Strategies. The First Steps. Patenting Strategies / Bernhard Nussbaumer, 12/17/2009 1

NZFSA Policy on Food Safety Equivalence:

TABLE OF CONTENTS OUR MISSION OUR MEMBERS OUR PLAN C_TEC S PRIORITIES WORDSMITH + BLACKSMITH

a) Core federal technology transfer principles and practices that should be protected, and those which should be adapted or changed;

The value of innovative pharmaceuticals and the potential for Vietnam. Mr. Koen Kruytbosch, Vice-Chairman of Pharma Group Vietnam 6 th October, 2016

How to Establish and Manage a Technology Transfer Office

Interim Report on the Heiligendamm Process at the G8 Summit in Hokkaido Toyako 7 to 9 July 2008

Executive Summary Industry s Responsibility in Promoting Responsible Development and Use:

Berkeley Postdoc Entrepreneur Program (BPEP)

STEVE MEZAK. ANDY HILLIARD. The Seven Keys of Software Outsourcing

Report on the Results of. Questionnaire 1

Science - Industry Relationships in High-tech Sectors: Transatlantic Perspectives

Powering Human Capability

Transcription:

The Collaboration Imperative: Universities and Industry as Partners in the 21 st Century Knowledge Economy Wayne Johnson Vice President, HP University Relations Worldwide April 25, 2006 2004 Hewlett-Packard Development Company, L.P. The information contained herein is subject to change without notice

What If North American innovation ecosystem was passionately engaged in innovation Universities and industries were virtuously involved in collaborating and interacting with each other Partnership agreements could be negotiated in days instead of years New fields of interest could be explored and new discoveries brought forward for all to benefit Companies and universities called each other first when thinking about pursuing areas of endeavor Technology transfer was a later-stage indicator of a rapid flow of ideas and early-stage interactions The scientists and engineers of tomorrow got their grounding and experience from the collaborations and explorations of today We were having this meeting to talk about emerging and exciting areas and not the problems associated with negotiations 25 Apr 2006 2

Introduction It s about the students Hiring highly educated and skilled students. And the flow of ideas To enrich university-industry collaborations. And the early-stage interactions That generate ideas before they become technology. In short, it s about collaboration! Within the context of a healthy U-I partnership. 25 Apr 2006 3

Agenda Impact of changes in the treatment of intellectual property (IP) Progress toward achieving positive IP outcomes Changing the ecosystem: The opportunity for advancing strategic partnerships 25 Apr 2006 4

Impact of Changes in the Treatment of Intellectual Property

The IP Problem A Relationship in Crisis The partnership between industry and universities has been weakened over difficulties associated with negotiating IP rights in research contracts in recent times Largely as a result of the lack of federal funding for research, American Universities have become extremely aggressive in their attempts to raise funding from large corporations Industry feels that it takes too much time, effort, and money to negotiate an agreement This has resulted in a perceived deterioration of trust and goodwill between industry and US universities, adversely affecting the long-term partnership between industry, universities, and government 25 Apr 2006 6

A Silent Breaking Given that negotiations with an American university can take more than a year, the idea is often valueless before an agreement can be reached, and the company often spends more in legal expenses than it would be able to pay in royalties. This can lead to a company just walking away from the negotiation, and declining to sponsor any further research at that university. Typically at present, negotiating a contract to perform collaborative research with an American university takes one to two years of exchanging emails by attorneys, punctuated by long telephone conference calls involving the scientists who wish to work together. All too often, the company spends more on attorneys fees than the value of the contract being negotiated. This situation has driven many large companies away from working with American universities altogether, and they are looking for alternate research partners. Stan Williams Director, HP Quantum Science Research 25 Apr 2006 7

Consequence: Globalization of University Research Many large companies are finding other sources of ideas and bright young researchers in emerging countries, where they receive very favorable intellectual property agreements. Large US based corporations have become so disheartened and disgusted with the situation [negotiating IP rights with US universities] they are now working with foreign universities, especially the elite institutions in France, Russia and China, which are more than willing to offer extremely favorable intellectual property terms. Stan Williams Director, HP Quantum Science Research 25 Apr 2006 8

May 5, 2006 9

Situation Dynamics IP-centric Vicious Cycle It takes too much time, effort, money to negotiate agreements Perceived deterioration of trust and goodwill, adversely affecting longterm partnerships & collaborations Increased flow of sponsored research funds to other parts of the world At the working level, people just walk away Virtuous Cycle Relationshipcentric Trust-enhancing Builds on each other s work Attracts increasing financial support Motivates increasing commitment and contribution of the current contributors Attracts increasing involvement of other organizations 25 Apr 2006 10

University/Industry Partnership Observations Of 3200 universities, perhaps 6 have made significant amounts of money from their intellectual property rights. IP rights should be pursued as a means for interaction with industry rather than as a means for raising revenue from commercialization. John C. Hurt National Science Foundation 25 Apr 2006 11

Progress Toward Achieving Positive IP Outcomes

BASIC IP Project Goal Achieve a shared understanding of the principles, practices, and frameworks that will more effectively advance the IP interests of public and private research institutions, including universities industry not-for-profit laboratories national laboratories venture capital/entrepreneurs It is our intention to enable more effective alignment with existing activities at the state and national level 25 Apr 2006 Page 13

Key Elements of the IP Project Goal = Collaboration Bias towards action Focus: optimizing whole innovation ecosystem Multi-level thinking approach, using the Vosara model Ground the work in living studies Making things real at the working level Learn in the process of doing Cross-harvest best practices Utilize existing activities and plans Outputs = Objectives/Motivations, Practices, Frameworks Recognition of social/cultural change process 25 Apr 2006 Page 14

May 5, 2006 15

May 5, 2006 16

May 5, 2006 17

May 5, 2006 18

May 5, 2006 19

May 5, 2006 20

May 5, 2006 21

Progress and Accomplishments Exploring the dynamics of the space to find solution elements Built a community of committed leaders Established an informal network among leaders Conducted 6 large group meeting events Hosted monthly supper clubs Established collaboration as the goal/focus Learned from 7+ Living Studies Developed and applied a rich set of models 4 Task Teams 2 Demonstration Projects (initial successes) Established & codified 1 interaction model (SRIP) and key elements (success pattern used in demo projects) Identified a set of metrics and leading indicators for collaborative structures Contributing/sharing results with GUIRR and other related efforts 25 Apr 2006 Page 22

Key Learnings in the Negotiation Process The importance of having a process Having the teams agree to use the process for the entire negotiation Securing strong sponsorship and commitment to making it work Recognizing the SRIP process is parallel and iterative, not linear The importance of getting the right people together in teams in each entity, with clearly defined roles and responsibilities for each member Having a lead person in each team, accountable for getting to a timely agreement Meeting face-to-face to build relationship and rapport among the members When stuck, be ready to elevate reasoning to a higher-level of intent, relationship, and how this work can benefit both sides 25 Apr 2006 Page 23

Changing the Ecosystem: The Opportunity For Advancing Strategic Partnerships 25 Apr 2006 24

Knowledge Supply Chain Universities and industry generate knowledge and transfer knowledge. Barriers between the two cultures impact the ability to create new knowledge to satisfy society. 25 Apr 2006 25

The Knowledge Process Today Partners need to understand how they fit in an integrated knowledge process. Each partner is responsible to help others succeed. Partners must be part of a continuous, free flow of information and knowledge. 25 Apr 2006 26

The Knowledge Process of the Future Outcomes for industry include more effective access to knowledge => reduced technology development cycles. Outcomes for universities include increased funds and capacity for pursuing relevant basic research. 25 Apr 2006 27

The Partnership Continuum An increasing level of trust is developed in the partnership. The relationship becomes a holistic engagement in the strategic partnership phase. 25 Apr 2006 28

Reminder It s about the students Hiring highly educated and skilled students. And the flow of ideas To enrich university-industry collaborations. And the early-stage interactions That generate ideas before they become technology. In short, it s about collaboration! Within the context of a healthy U-I partnership. 25 Apr 2006 29

Summary Any IP-focused interchange must enhance the relationship And accelerate mutual collaborative efforts And be generative in its ability to catalyze further interactions and synthesize the perspectives of multiple players. Going forward, we want to: Broaden our understanding across different industry spaces. Develop additional collaborative models. Instantiate learnings and experience in additional demonstration projects. 25 Apr 2006 30