Alex assists life sciences and technology companies of all sizes with a wide variety of domestic and foreign intellectual property matters. He counsels clients on building IP portfolios that strategically support business objectives and drive value. His experience covers a wide range of technologies, including medical devices, chemical processes, nanomaterials, MEMS, optics, secondary batteries, fuel cells, solar panels, consumer products, software (including artificial intelligence), manufacturing equipment, and electronics.

Alex’s practice includes the preparation and prosecution of patent applications as well as strategic patent counseling in the form of invalidity and infringement analyses, product clearance studies, and due diligence investigations. Additionally, Alex has experience with trademark registration, post-grant proceedings, open-source code management, Standard Essential Patents (SEPs), and patent litigation, including before the US International Trade Commission. When helping clients bring new products to market, he regularly advises at the intersection of IP and regulatory, collaborating closely with the FDA Regulatory team to integrate strategies and create efficiencies. He also advises clients on trade secret strategy/management and IP-related commercial transaction matters. 

Before joining Mintz, Alex was an associate in the Boston office of an international law firm. In that role, he handled patent and trademark prosecution, litigation, and patent office matters related to medical devices and complex technologies, including laser-driven light sources, wireless cameras, automated validation software, and machine vision systems.

Alex’s law school program included an IP concentration with a focus on patent law. While attending Suffolk University Law School’s evening program, he was a software quality engineer with Fresenius Medical Care, where he worked on software development and FDA compliance and enforcement matters. While pursuing his MS in Mechanical Engineering, he researched electrochemical methods for environmentally friendly metal production and developed expertise in secondary battery and fuel cell technologies in addition to materials science.