VICTORIA A. MOFFA
ASSOCIATE
moffa@turnerboyd.com
650.521.5933
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Auburn University
2017, B.M.E., Mechanical Engineering, Summa Cum Laude
2017, B.S., Applied Discrete Mathematics, Summa Cum Laude
The University of Alabama School of Law 2020, J.D. Education
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2021, California
2022, District of Columbia
U.S. Court of Appeals for the Federal Circuit
U.S. Patent and Trademark Office
Victoria Moffa counsels businesses in protecting their intellectual property rights, concentrating on patent, copyright, trademark, and trade secret litigation. With a background in mechanical engineering and discrete mathematics, Victoria has experience in fields ranging from automotive manufacturing, inertial navigation, LIDAR, and machine learning to medical devices, mobile electronics, and consumer products. Her patent practice focuses on protection across the lifetime of the patent from prosecution and acquisition through enforcement and defense. Victoria crafts targeted strategies in both enforcing her client’s patent rights and defending their businesses. Experienced in district court litigation, Victoria also provides cost effective alternatives to traditional litigation such as inter partes reviews and Section 337 investigations.
Prior to joining Turner Boyd Seraphine, Victoria was an associate at large international law firms, where her work concentrated on cross-continent patent enforcement and defense campaigns.
During law school at the University of Alabama, Victoria clerked in the Office of Unfair Import Investigations (OUII) of the International Trade Commission and represented the public in Section 337 investigations. While at OUII, Victoria assisted in streamlining the government’s position regarding Section 337 violations based upon trade secret misappropriation. Prior to law school, Victoria was active in collegiate motorsports at Auburn University through the Formula SAE design competition. As part of her capstone engineering project, Victoria led an engineering team to convert a combustion formula-style racing vehicle into a fully autonomous racing car.