paths for discoveries to make a difference

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Intellectual Property at Georgia Tech: Paths for Discoveries to Make a Difference © 2018 Georgia Tech Research Corporation // Updated: February 27, 2018 // Manager: Andy Howard, APR

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Page 1: Paths for Discoveries to Make a Difference

Intellectual Property at Georgia Tech:

Paths for Discoveries to Make a Difference

© 2018 Georgia Tech Research Corporation // Updated: February 27, 2018 // Manager: Andy Howard, APR

Page 2: Paths for Discoveries to Make a Difference

The payoff for federal investment in academic research is new products, goods and services; economic development; competitiveness; and national security.

Page 3: Paths for Discoveries to Make a Difference

Infographic Source: https://www.aau.edu/how-tech-transfer-transforms-society

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1. Universities should reserve the right to practice inventions in research and education.

2. Exclusive licenses should be structured to encourage technology development and use.

3. Abjure licensing “future improvements.”

4. Anticipate and manage conflicts of interest.

5. Ensure broad access to research tools.

6. Carefully consider enforcement actions.

7. Be mindful of export regulations.

8. Exercise caution in working with patent aggregators

9. Ensure that intellectual property is available and employed to address unmet needs in neglected populations, geographic, and technical areas

• Give particular attention diagnostics, therapeutics.

• Give particular attention agriculture and related technologies.

• Recognize the intellectual property rights of indigenous peoples.

Nine Points to Considerin Licensing University Research Inventions

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• Publications, reports, theses, and dissertations

• Students• Industry research• Continuing education and

professional development• Consulting, service on

government panels• Licensing

– Start-up companies– Existing industry

How is Technology Transferred at Georgia Tech?

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What is GTRC? What is GTARC?Universities sometimes have supporting organizations to perform that which the institution cannot easily, due to organizational constraints, or conveniently do for itself.

– These are generally non-profit organization established under Internal Revenue Code as a 501(c)3 organizations.

– They may be supporting organizations which are public charities organized to perform one or more functions of a publicly supported organization such as a hospital, school, college, or university.

– They are separate legal entities from their supported organizations.– They are one of three types depending on their structure and relationship with the

supported organization.

Page 7: Paths for Discoveries to Make a Difference

Founded April 13, 1937 as

The Industrial Development CouncilFuller E. Callaway, Jr.; Preston S. Arkwright; Monie E. Ferst

Purpose “…to stimulate industrial development, to promote the fullest utilization of natural resources, and to foster research invention and discovery so as to provide a constantly improving technique in that behalf.”

January 22, 2018 (c) GTRC all rights reserved 8

The Georgia Tech Research Corporation serves as the Contracting and Technology Transfer entity for Georgia Tech.

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Georgia Institute of TechnologyAcademic Colleges

Georgia Institute of TechnologyGeorgia Tech Research Institute

Contracting Entity:Georgia Tech Research Corporation (GTRC)Technology Transfer Entity

Contracting Entity:Georgia Tech Applied Research Corporation (GTARC)

What is GTRC? What is GTARC?Georgia Tech has two business units and has two affiliated contracting entities.

Page 9: Paths for Discoveries to Make a Difference

Trudy M. RileyExecutive Director

Office of Sponsored Programs

Kevin WozniakExecutive DirectorOffice of Industry

Engagement

Barbara AlexanderController

GTRC & GTARC

Nick PerezOperations &

IT SecurityGTRC & GTARC

• Industry Contracting• Technology Licensing• Enterprise Agreements• Exchange Agreements

• Grants• Contracts• E-Commerce• Education &

Outreach• Closeout

Office of Research Integrity Assurance

• GTARC & GTRC Accounting

• Accounts Payable• Accounts Receivable

Jilda Diehl GartonVice President for Research and General Manager for Georgia Tech’s Research

Corporations

Araceli HernandezExecutive Assistant

Andy HowardMarketing Communications

Manager

Rex WelchAssistant Director for Human

Resources

Jeff SteltzerDirector

Conflict of Interest Management

Kelly WinnDirector

Human Research Protection Program /

Regulatory Affairs

Mary BeranDirector

IACUC / IBC / Export Control

Page 10: Paths for Discoveries to Make a Difference

A Little about Research at Georgia Tech

©GTRC 2017

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New Knowledge• Public benefit• Publications• Institutional

Reputation

Researcher Incentive• Financial

–Personal–Research

• Recognition• Doing good

Industry Funding• Graduate• Student Support• Avenue to Commercialize

Inventions• Collaborations• Research Relevance

Economic Development• Start-ups• Corporate

Recruiting• Problem Solving &

Industry Innovation

Technology TransferValue

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The Georgia Institute of Technology (GIT) is dedicated to teaching, research, and the extension of knowledge to the public. Its personnel recognize as two of their major objectives, the production of new knowledge and the dissemination of both old and new knowledge. Inherent in these objectives is the need to encourage the development of new and useful devices and processes, the publication of scholarly works and educational materials, the development of computer Software, and other forms of Intellectual Property.

Georgia Tech Intellectual Property Policyhttp://www.facultyhandbook.gatech.edu/faculty-handbook/5.4-intellectual-property-policy

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All full or part-time faculty and staff shall, as a condition of employment with the Institute, execute an agreement, assigning all rights, title, and interest, to the extent prescribed in this policy, in any Intellectual Property to the Georgia Tech Research Corporation. Students shall not be required to execute an agreement except as set forth in this policy under section 5.4.4.B. This policy shall, however, be applicable to them as provided in the General Catalog and Student Handbook.

Georgia Tech Intellectual Property Policy

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Students shall be required to execute an agreement only:

1. When working on a research project funded by an entity other than GIT, the Georgia Tech Foundation, or the Board of Regents;

2. When employed by GIT; or3. When required by the Office of the Provost. Such requirement may be

recommended by a faculty member who has students working in faculty-directed research.

Georgia Tech Intellectual Property Policy

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Georgia Tech Invention Disclosure www.industry.gatech.edu

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Office of Industry Engagement

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Office of Industry Engagement

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Technology licensing

Licensing Associates

Terry BrayDirector

Technology Licensing

• Invention Disclosures• Technology Evaluation• Patent Affairs• Licensing

Kenneth Franklin Kate Havey Leslie Long

Business Professional

Tiffany RossAccount

Manager

Sarah Wilkening

Technology Marketing

René MeadorsMarketingAssociate

Ashton HarrisonMarketingSpecialist

Office of Technology Licensing

Mark CoburnSr. Assoc. Director

Technology Licensing

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Technology licensing

4 Start-up companies

based on GTRC licenses

76 patents issued

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Technology licensingMetrics: How does GT stack up?

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Technology licensingMetrics: How does GT stack up?

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TAKE OUR TECHNOLOGIES

TO MARKETVIEW AVAILABLE TECHNOLOGIES:

HTTP://TECHNOLOGIES.GTRC.GATECH.EDU

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Behind every successful launch there is a team at mission control!

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Technology licensingEnterprise Innovation Institute

Chris DowningVice President and Director, Enterprise Innovation Institute

Keith McGreggorDirector

Melissa HeffnerProgram Manager

Miriam HuppertEducational

Outreach Coordinator

PrincipalsColin Ake

Roberto CasasPaul Freet

Jeff GarbersJon Goldman

Harold Solomon

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Technology licensing

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Resources

• Office of Industry Engagement (industry.gatech.edu)• Staff Directory (http://industry.gatech.edu/about/staff/) • GTRC/GTARC (gtrc.gatech.edu –or- gtarc.gatech.edu)• VentureLab (venturelab.gatech.edu)• ATDC: Technology Business Incubator (www.atdc.org)• Global Center for Medical Innovation (GCMI) (www.devices.net)

Useful Resources

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Office of VPR Jilda Garton

Georgia Tech Research Corporations

Office of Sponsored Programs

Office of Research Integrity Assurance

Office of Conflict of Interest Management

Office of Industry Engagement

Research Administration Building

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Jilda Diehl GartonVice President for Research and General ManagerGeorgia Tech Research [email protected]

Continue for 7 examples of Georgia Tech’s Tech Transfer:

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FalcolnViewFalconView is a mapping system created by the Georgia Tech Research Institute. It displays various types of maps and geographically referenced overlays. Many types of maps are supported, but the primary ones of interest to most users are aeronautical charts, satellite images and elevation maps.

FalconView also supports a large number of overlay types that can be displayed over any map background. The current overlay set is targeted toward military mission planning users and is oriented towards aviators and aviation support personnel.

FalconView is an integral part of the Portable Flight Planning Software (PFPS).

FalcolnView

Source: https://en.wikipedia.org/wiki/FalconView

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CardioMEMSWhen cardiologist Jay Yadav teamed up with Georgia Tech professor Mark Allen to explore the new area of microelectromechanical systems (MEMS) in 2001, they hadn’t envisioned results that would lead the way in medicine.

But after years of testing and refinement, the tiny device developed by startup CardioMEMS is the first-ever heart failure sensor to continuously monitor a patient’s condition – and wirelessly route the information to doctors.

The CardioMEMS monitor, dubbed “Champion,” received FDA approval for the monitor in May 2014. Just two months later, the company founded by Allen and Yadav was acquired by St. Jude Medical, Inc. for $435 million.

CardioMEMS

Page 32: Paths for Discoveries to Make a Difference

InnovoltGeorgia Tech research by Deepak Divan – co-founder and chief innovation officer of Innovolt, Inc, discovered that traditional surge protectors only protect consumers from only one percent of the damage-causing voltage spikes. The other 99 percent of damage-causing events relate to voltage sags, the very small fluctuations that occur over the grid all the time.

Innovolt’s patented device, a current-inrush voltage surge suppressor (CVSS), was invented by Divan. This “next generation” surge protection technology combines current-in-rush suppression in addition to the traditional TVSS found in existing surge protectors. Whereas TVSS devices protect against voltage surges, CVSS devices additionally protect against over-voltage and current surges, as well as allowing for micro-processor enabled diagnostics.

Innovolt’s addressable market is comprised of residential, commercial, industrial, manufacturing and utility customers.

Innovolt

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Carbice Corp.

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Pindrop

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Technology licensingFY17 Start Ups Formed Around GT IP

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Technology licensingFY17 Start Ups Formed Around GT IP