HOME SEARCH RESOURCES CONTACT
 
 
 
 
  JAY R. MITCHELL    
Phone 617.526.9882
jmitchell@proskauer.com
 
ASSOCIATE
   
Boston Office:
One International Place
Fax 617.526.9899

Practice Areas:
Intellectual Property
Litigation
Education:
SUFFOLK UNIVERSITY LAW SCHOOL, J.D., 2007
MASSACHUSETTS INSTITUTE OF TECHNOLOGY, B.S., 2001
 
Bar Admission:
11/29/2007 MASSACHUSETTS
 
Court Admission:
2008 U.S. DISTRICT COURT, MASSACHUSETTS
 
Biography:

Jay R. Mitchell is an associate in the Patent Law and Intellectual Property Practice Groups of Proskauer Rose LLP.

Mr. Mitchell received his B.S. in electrical engineering/computer science from MIT in 2001 and Juris Doctor at Suffolk University in 2007. He was admitted to the USPTO Bar in 2003.

Mr. Mitchell assists clients in developing and strategically asserting their patent portfolios and defending their business from patent litigation. His areas of concentration include patent infringement; patent prosecution; patent validity and infringement analyses; and intellectual property due diligence in corporate transactions.

Mr. Mitchell has experience in the technology fields of semiconductor design; network hardware; Internet-related technology; multiplayer online gaming; analog and digital hardware development and verification; optics; and biomedical devices, as well as a broad variety of software technologies.

Prior to becoming an associate, Mr. Mitchell was a hardware engineer at Custom One Design, Inc., a design firm specializing in mixed-mode ASIC design for custom applications. While at C1D, Mr. Mitchell was involved in a wide array of projects including developing the digital blocks for custom integrated-circuits for use in diabetic test equipment, DSL modems, and handheld devices. Prior to focusing on electrical engineering, Mr. Mitchell pursued research in quantum optics at Los Alamos National Laboratory, successfully implementing the world’s second quantum computer. While at MIT, Mr. Mitchell also performed experiments with atom interferometry. Mr. Mitchell’s publications include: “Interaction Free Imaging,” Physical Review A. (July 1998); “High-Efficiency Quantum Interrogation Measurements via the Quantum Zeno Effect,” Physical Review Letters (Dec 6, 1999); “Grover’s search algorithm: an optical approach,” Journal of Modern Optics, (February, 2000).

 
   
  ^top