Tiffany A. Fidler, Ph.D.

Co-Chair Patent Prosecution

Michigan OfficeP (248) 226-2876

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Tiffany's practice involves counseling clients ranging from Fortune 100 companies to start-ups on intellectual property matters.  Her practice centers on procuring domestic and foreign patents in mechanical and electromechanical matters, and coordinating international patent portfolios.  In particular, she has experience representing clients and protecting intellectual property rights in automotive technologies (including engine, drivetrain, powertrain, hybrid vehicle, and vehicle controls), aviation technologies, alternative energy, optics, and consumer products including personal care products, among others. Tiffany additionally has extensive experience in design patent prosecution.

Tiffany’s practice also focuses on counseling clients regarding patentability investigations, infringement and freedom to operate analyses, and the negotiation and preparation of various intellectual property agreements, including licensing agreements and joint development agreements.

She received her doctorate in Mechanical Engineering from the University of Michigan with a focus in the thermal fluid sciences and an interdisciplinary thesis in combustion and materials science.  She was a recipient of the prestigious National Defense Science and Engineering Graduate Fellowship funded by the Department of Defense. After graduating, Tiffany was an Assistant Professor of Mechanical Engineering at Drexel University for three years where she established a laboratory conducting federally funded research and taught courses in the thermal fluid sciences and engineering design sequences.

At Michigan and Drexel, Tiffany's research involvement included: flame synthesis and materials analysis of nanomaterials for bio- and sensor applications, catalytic ignition of oxygenated fuels for microcombustors, in situ diode laser diagnostics in a flame environment, and chemical kinetic modeling of silane combustion.

Tiffany has presented at numerous technical conferences, published twelve refereed articles, actively mentored students through both university and federally sponsored programs, and served on federal grant funding panels. She was awarded $850,000 as primary/senior investigator and an additional $1,300,000 as senior personnel on government funded research.

Tiffany’s interdisciplinary background, as well as her experiences and successes in the scientific and academic communities, enable her to build relationships and connect with inventors to understand and protect advanced and emerging technologies.

Tiffany is a registered patent attorney with the United States Patent and Trademark Office, a member of the Michigan State Bar, and admitted to the Federal District Court of the Eastern District of Michigan.

Tiffany is an adjunct professor at the University of Michigan in the College of Engineering where she currently teaches patent law in the Center for Entrepreneurship.  Tiffany believes that teaching results in a deeper understanding of the subject matter, and also allows for her continued involvement in STEM education.

Tiffany serves on the executive board for the Women in IP Committee for the American Intellectual Property Law Association (AIPLA) and also chairs their Presence and Branding Sub-Committee.

In her personal time, Tiffany enjoys sailboat racing, travel, and photography, and is a licensed sailplane pilot.

Organizations and Affiliations

State Bar of Michigan

Michigan Intellectual Property Law Association

American Intellectual Property Law Association, Executive Committee Member for the Women in IP Law Committee and co-chair of the Presence and Branding Sub-Committee

Sigma Xi (Scientific Research Society)

Pi Tau Sigma (Mechanical Engineering Honors Society)

University of Michigan, Adjunct Professor in the College of Engineering

Recognitions

“IAM Patent 1000 Recommended Individual,” Intellectual Asset Management, 2020

“Women in the Law,” Michigan Lawyers Weekly, 2019.

“Rising Star,” Michigan Super Lawyers, Intellectual Property, 2017-2019.

Dean’s Scholarship Awardee, Wayne State University Law School, 2008-2012.

Bronze Key Award, Wayne State University Law School

National Defense Science and Engineering Graduate Fellow, 2001-2004.

Robert M. Caddell Award, University of Michigan (outstanding students and faculty in materials and manufacturing), 2003-2004.

 

Press Releases

    Client Alerts

      Webinars

        Publications

        Co-Author, “Practical Considerations For ‘Article Of Manufacture’ In Design Patent Law After Curver Luxembourg, SARL V. Home Expressions Inc.,” September 2019

        Author, “Colgate-Palmolive v. Procter and Gamble: A comparative view of advertising and legal systems,” Michigan International Lawyer, Volume XXIII, No. III, Fall 2011

        Co-Author, “Enhanced Catalytic Combustion Using Sub-micrometer and Nano-size Platinum Particles,” ASAP Energy Fuels, 2008

        Co-Author, “Combustion of Multi-Phase Particle Precursor Reactants for Synthesis of Nanocomposite Materials,” Combustion and Flame, 2007

        Co-Author, “A New Method for Direct Preparation of Tin- Oxide Nanocomposite Materials,” Journal of Materials Research, 2005

        Co-Author, “Tin dioxide/metal/metal oxide nanocomposites for gas sensor applications,” in Functional Nanomaterials, E. Rosenberg and K. E. Geckeler, Editors, American Scientific Publishers, 2004

        Co-Author, “Computational Modeling of the SiH3 + O2 Reaction and Silane Combustion,” Combustion and Flame, 2004

        Presentations

        Co-Presenter, “Employing Analytics to Drive Results,” BK and ChIPs Hosted Webinar, May 2019

        Speaker, “Intellectual Property Issues for Startups,” Detroit Start-Up Week, June 2018

        Adjunct Professor, University of Michigan – Ann Arbor, College of Engineering, Center for Entrepreneurship

         

        Education

        J.D., Wayne State University, cum laude

        Ph.D., Mechanical Engineering, University of Michigan

        M.S.E., Mechanical Engineering, University of Michigan

        B.S.E., Mechanical Engineering, University of Michigan, magna cum laude

        Practice Area and Industries