Latest BOA GBM Presentation

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Bioengineering Organizational Alliance - UIC

The document discusses career opportunities in intellectual property for biomedical engineers, including working in patent law. It outlines that industry careers in areas like medical devices, diagnostics, and therapeutics involve intellectual property. For those interested in intellectual property specifically, skills in literature searching, patent searching, technical writing and understanding the medical industry are important. The document provides an example of analyzing disclosed inventions for commercialization potential as part of a job at an Office of Technology Management.

A Career in Intellectual Property as a
Biomedical Engineer

Sagar Nadimpalli
Technology Commercialization Analyst

BioE Career Areas
 Industry
 Medical Devices
 Clinical R&D
 Diagnostics
 Therapeutics
 Research
 Intellectual Property

BioE Career Areas
 Professional
 Medicine
 Dentistry
 Pharmacy
 Law
 Patent Law

 Academia

BioE Career Areas based on your degree
 Credentials
 BS
 Industry
 Professional
 Entrepreneurship
 Government
 MS
 Industry
 Professional
 Entrepreneurship
 Government

BioE Career Areas based on your degree
 Credentials
 PhD
 Industry
 Entrepreneurship
 Government
 Professional
 MD/PhD
 JD/PhD
 Academia
 Postdoctoral then Faculty Appoint

Concentration Areas
 Important that you expose and go outside of your
regular familiarity to be able to work out there as
a biomedical engineer!
 Take myself for example
 Cell and Tissue Engineer but really work as a clinical
engineer for my master’s degree
 This takes more than just C&T
o Computer Programming
o Imaging
o Bioinstrumentation
o Biomaterials
o Entrepreneur/Industrial coursework
o Neural networks (for image processing purposes)

How would you define your career?
 BEING CREATIVE!

What is it?
 Establishing recognizable rights to any creation
by an individual
 Consists of the following:
 Patents
 Trademarks
 Copyrights
 Trade Secrets

Why should you do it as a BME?
 Provides awareness and exposure to emerging
start-up technologies and/or companies which
deal with biomedical engineering
 Gains insight and experience of using appropriate
problem-solving and assessing skills as a
biomedical engineer to determine usefulness,
novelty and/or obviousness of a disclosed
technology
 Example - http://otm.uic.edu/technologies/early-
extraction-fetal-heart-sounds

What would HR look for an IP applicant?
 Skills in the following:
 Literature search
 Patent Searching
 Good scientific/engineering background
 Its not just about the good grades and coursework exposure
 Go out there and get your feet wet with experience!
 Problem solver, being analytical
 Technical Writing
 Depends on how far you choose to go!
 Tech-savvy
 An understanding of how the medical industry
works

My job at OTM
 As a Technology Commercialization Analyst, I….
 Screening disclosed inventions for potential
opportunity and assessment through the review
of current work in the field
 In parallel of the review, interviews are
conducted by the Tech. Manager with the
inventor and team
 A cumulative assessed report is produced by
the screener (me) to provide for my Manager to
present for the OTM team
 Additional Projects
 Marketing
 Faculty Outreach

Final Thoughts
 If this information sounded great and interesting
and you wish to learn more, all of you have a
great opportunity coming up
 Friday March 22nd at noon (Location: TBA) – BioE
seminar about OTM and the career area of patents
by Jennifer Andrew JD (my manager)

Contact Info
 For IP and OTM related questions:
snadim3@otm.uic.edu
 For BioE as a career and other BME info:
snadim3@uic.edu

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Patents Invention and IP commercializationclickforkick

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1. Innovation is essential for a country's competitiveness and can lead to new products that drive economic growth. The innovation process involves basic research, applied research, development, and commercialization of new products. 2. The innovation process is non-linear and complex, with overlap between different stages. New knowledge is created through research and then applied to new products, which are then commercialized. Institutions play an important role in supporting innovative activities. 3. For an invention arising from research, the first steps are to determine inventorship, submit an invention disclosure form, and have the innovation office conduct an evaluation of patentability, market potential, and whether any public disclosures have impacted patent rights. The goal is

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BOA Fall 2012 GBM 6Bioengineering Organizational Alliance - UIC

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BOA Fall 2012 GBM 1Bioengineering Organizational Alliance - UIC

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Latest BOA GBM Presentation

1. A Career in Intellectual Property as a Biomedical Engineer Sagar Nadimpalli Technology Commercialization Analyst

2. BioE Career Areas  Industry  Medical Devices  Clinical R&D  Diagnostics  Therapeutics  Research  Intellectual Property

3. BioE Career Areas  Professional  Medicine  Dentistry  Pharmacy  Law  Patent Law  Academia

4. BioE Career Areas based on your degree  Credentials  BS  Industry  Professional  Entrepreneurship  Government  MS  Industry  Professional  Entrepreneurship  Government

5. BioE Career Areas based on your degree  Credentials  PhD  Industry  Entrepreneurship  Government  Professional  MD/PhD  JD/PhD  Academia  Postdoctoral then Faculty Appoint

6. Concentration Areas  Important that you expose and go outside of your regular familiarity to be able to work out there as a biomedical engineer!  Take myself for example  Cell and Tissue Engineer but really work as a clinical engineer for my master’s degree  This takes more than just C&T o Computer Programming o Imaging o Bioinstrumentation o Biomaterials o Entrepreneur/Industrial coursework o Neural networks (for image processing purposes)

7. How would you define your career?  BEING CREATIVE!

8. Intellectual Property [IP]

9. A snapshot into the world of IP

10. What is it?  Establishing recognizable rights to any creation by an individual  Consists of the following:  Patents  Trademarks  Copyrights  Trade Secrets

11. Why should you do it as a BME?  Provides awareness and exposure to emerging start-up technologies and/or companies which deal with biomedical engineering  Gains insight and experience of using appropriate problem-solving and assessing skills as a biomedical engineer to determine usefulness, novelty and/or obviousness of a disclosed technology  Example - http://otm.uic.edu/technologies/early- extraction-fetal-heart-sounds

12. What would HR look for an IP applicant?  Skills in the following:  Literature search  Patent Searching  Good scientific/engineering background  Its not just about the good grades and coursework exposure  Go out there and get your feet wet with experience!  Problem solver, being analytical  Technical Writing  Depends on how far you choose to go!  Tech-savvy  An understanding of how the medical industry works

13. My job at OTM  As a Technology Commercialization Analyst, I….  Screening disclosed inventions for potential opportunity and assessment through the review of current work in the field  In parallel of the review, interviews are conducted by the Tech. Manager with the inventor and team  A cumulative assessed report is produced by the screener (me) to provide for my Manager to present for the OTM team  Additional Projects  Marketing  Faculty Outreach

14. OTM webpage  www.otm.uic.edu

15. Final Thoughts  If this information sounded great and interesting and you wish to learn more, all of you have a great opportunity coming up  Friday March 22nd at noon (Location: TBA) – BioE seminar about OTM and the career area of patents by Jennifer Andrew JD (my manager)

16. OTM Team

17. OTM Team

18. Contact Info  For IP and OTM related questions: snadim3@otm.uic.edu  For BioE as a career and other BME info: snadim3@uic.edu

19. Q&A Session

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