Albedo Benefits Overview

Own motor-control algorithm development for BLDC, PMSM, and stepper-driven spacecraft mechanisms. Derive and tune current, torque, velocity, and position loops; develop commutation and field-oriented control; validate internally developed motor controllers; conduct instrumented experiments; diagnose mechanical, electrical, and firmware issues; and build calibration, telemetry, fault-handling, and documentation tools. Collaborate with mechanisms, electrical, firmware, and GN&C engineers to bring actuators from bench testing through flight readiness.

Own end-to-end capture campaigns for commercial, Department of War, and intelligence community pursuits, from qualification through award. Develop capture strategies, competitive assessments, teaming plans, price-to-win approaches, and compliant proposals. Partner with engineering, mission architects, finance, contracts, and leadership to shape acquisitions and deliver technically credible solutions. Standardize capture and proposal processes while supporting space and national-security mission areas.

Analyze satellite and constellation performance for future VLEO missions across imaging, radar, and communications. Build high-fidelity models and simulations, perform parametric analyses and optimizations, connect engineering parameters to mission utility and cost, and optimize constellation designs. Collaborate with hardware engineers and technical and business leadership to model mission scenarios, assess satellite capabilities, and develop prototypes for open-ended modeling challenges.