Jeremy Binstock

Jeremy Binstock’s practice focuses on patent prosecution, portfolio strategy, transactional support, and IP due diligence for medical device companies. Representative technologies with which he has significant experience include cardiovascular devices and procedures, including prosthetic heart valves, heart valve repair, blood pumps, blood clot removal, aortic aneurysm therapy, etc.; injectors, including ocular injectors; stents; robotic and image guided surgery; medical imaging technologies including navigation technologies; blood diagnostics; various implant delivery devices; inhalers, and others. Jeremy’s work in this industry has included investor-side and company-side due diligences, freedom-to-operate, patentability and ownership analyses. He has also worked closely with patent litigators to evaluate and develop patent strategies for litigation matters including preparation of invalidity and non-infringement analyses.

Jeremy also has significant experience across a broad spectrum of other technologies, including security systems, computer software, ecommerce, consumer products, heating, ventilation and air conditioning (HVAC) systems, and others.

Jeremy is also deeply involved in pro bono work, including leading Cooley’s involvement with Invention Convention – the largest K-12 kid inventorship education program in the U.S. For the past several years Jeremy has traveled to their U.S. Nationals competition at The Henry Ford Museum to meet with inventors from around the country and to deliver Cooley’s Innovation Award. Outside of intellectual property law, Jeremy’s pro bono experience includes representing minors in requests for asylum and special immigrant juvenile status (SJIS).

Before joining Cooley, Jeremy was a mechanical systems engineer for Siemens Energy, where he served as engineering lead for plant design and control components for steam turbine combined cycle power plants.

Jeremy earned his JD in 2015 from the Georgetown University Law Center. He earned his BS in Mechanical Engineering in 2008 from the University of Florida, where he also worked for a small start-up funded by the U.S. Department of Defense to convert waste from military MREs to fuel.