Mithril's founding team pairs the MIT research behind electrostatic actuation with the RF engineering and defense commercialization experience to bring it to orbit.
Sets Mithril's vision and leads the company's commercialization strategy and defense business development — from early government partnerships through prime contractor teaming.
Leads radar and antenna systems engineering. Joined Mithril from Astranis, where he built RF systems for GEO broadband satellites, and studied at Olin College.
Professor at MIT AeroAstro and co-inventor of Mithril's core electrostatic actuation technology, bringing the underlying physics from the lab to a flight-ready design.
MIT EECS. Builds the signal processing systems that turn raw RF returns from Mithril's actuated apertures into tracking-grade radar and communications data.
Mithril's core technology started as MIT AeroAstro research into electrostatically figured mesh reflectors. The founding team came together to take that research out of the lab — building it into a flight-qualified antenna platform for space domain awareness and communications.
That path has taken the company from a DARPA ERIS award, to NATO DIANA credentialing, to a flight experiment selected for on-orbit qualification aboard the International Space Station.
Mithril is growing its RF, mechanical, and software engineering team. Reach out if you want to build hardware that matters.
