• Hire, lead, and grow a team of specialist test engineers and technicians responsible for motor and actuator performance, propeller performance, and component qualification and life testing.
• Develop and drive multi-month test campaigns for BLDC motor performance (torque/speed curves, efficiency mapping, back-EMF and cogging torque characterization) across the full flight envelope, including edge-of-envelope and failure-mode conditions.
• Own test methods for motor electromagnetic performance: flux linkage, inductance, torque ripple, iron and copper losses, switching losses, hysteresis, demagnetization risk, and EMI/EMC behavior, partnering with Electrical and Controls Engineering to validate motor models against thrust testing and dynamometer data.
• Develop and validate thermal models against instrumented test data; design thermal test setups to characterize heat generation, dissipation paths, and thermal limits, and use results to close the loop with Design Engineering on cooling strategy and derating curves.
• Own propeller test programs including propeller performance (thrust, power, efficiency, acoustic signature) and structural durability, including fatigue and damage-tolerance testing under representative and oscillatory loading.
• Own actuator and servo motor test programs for motors used in flight-critical control surfaces and mechanisms, including position and rate accuracy, cogging torque, backlash, and bandwidth.
• Apply reliability concepts to drive rapid fault identification and design opportunities, including accelerated life testing and destructive testing.
• Drive failure analysis testing for field hardware and test failures.
• Partner with (or lead directly) equipment design engineering teams to develop large-scale custom test equipment used in powertrain testing, including thrust testing, wind tunnels, and dynamometers.
• Develop inputs for vehicle-level diagnostics to generate early warning systems for the commercial fleet, including novel algorithms to detect structural damage, wear-out, and powertrain degradation.
• Push the team to greatness through first-principles analysis, excellent technical judgment, deep understanding of how components are used, and fast execution with an emphasis on getting unblocked.