magniX manufactures electric propulsion units (EPUs) for aviation, with flight-proven technology in seaplanes and regional aircraft. The stack is heavily weighted toward aerospace simulation, design, and certification tools (MATLAB, ANSYS, SOLIDWORKS, DO-178, ARINC 429)—reflecting the company's core challenge: moving from prototype validation into regulatory approval and production. Hiring has slowed to 4 roles in the last month across a 51–200-person team, with engineering dominating the mix and a newly staffed Director of Finance role, suggesting a shift from pure R&D toward operational and financial scaling.
Notable leadership hires: Director of Finance
magniX develops all-electric propulsion systems for commercial aviation. The company has demonstrated technology in flight, including a fully electric seaplane and a Cessna Grand Caravan conversion. Founded in 2009 and based in Everett, Washington, magniX operates at the intersection of aerospace hardware development and regulatory compliance. Current work centers on motor control algorithms, prototype testing, system performance platforms, and the complex certification pathway required for FAA type approval. The organization is structured primarily around engineering, with emerging finance and legal capacity to support the transition from demonstration to commercialization.
magniX designs all-electric propulsion units (EPUs) for aircraft. The company has flown a fully electric seaplane and a Cessna Grand Caravan, and is conducting motor/generator prototype testing and hardware-in-the-loop validation to support FAA certification.
magniX uses MATLAB, ANSYS, SOLIDWORKS, LTspice, SCADE, and DO-178 for simulation and design. The company relies on JAMA, IBM DOORS, and Teamcenter for requirements and design management—standard across aerospace certification workflows.
Other companies in the same industry, closest in size