Top Engineering Jobs

Owner of the Thrust Vector Control (TVC) system for X-BAT, leading requirements, design, integration, testing, flight support, and reliability. Collaborate with controls, airframe, and flight-test teams to ensure vectoring performance, analyze control authority and dynamics, manage interfaces, and lead failure investigations and system validation across the flight envelope.

Support environmental and stress testing, failure analysis, and reliability assessments for VBAT flight hardware. Collaborate with design, manufacturing, and suppliers to implement design-for-reliability practices, participate in FMEAs and design reviews, analyze test and field data, and develop corrective actions and process improvements. Use data tools (e.g., Python) and occasionally travel to support testing or supplier engagements.

Lead design and development of primary and secondary structural components for next-generation UAVs, owning the full lifecycle from concept to production. Perform and guide linear/nonlinear FEA, stress and fatigue analysis, material selection (composites, aluminum), and structural validation testing. Collaborate with cross-functional teams for integration, manufacturability, and certification, mentor junior engineers, and improve design and configuration management processes.

Lead battery system architecture, design, qualification, integration, and production for X-BAT, launch/recovery vehicles, and ground equipment. Deploy high-voltage, high-power battery systems, build team and lab, perform verification, debug complex electrical and environmental issues, and provide mentorship and program leadership.

Lead design, development, integration, and validation of complex ground-system software. Define software architecture, derive and trace software requirements, participate in system reviews, collaborate with hardware/network/test teams, and support customer-facing technical deliverables.

Lead integration of autonomy software across simulation, HIL, and flight platforms. Configure sensors, drivers, and communication interfaces; develop integration tooling and CI/CD pipelines; analyze telemetry and rosbag logs to diagnose issues; validate system requirements and enable platform bring-up while collaborating across engineering, product, and DevOps teams.

Define and operationalize company-wide engineering design standards for aerospace programs (VBAT, XBAT). Standardize CAD, drawing quality, design/analysis workflows, documentation, EBOM/MBOM handoffs, and configuration management. Partner with engineering leaders to scale engineering excellence, influence cross-discipline design decisions, and improve consistency without blocking execution.

Develop and maintain control and autonomy algorithms for the V-BAT codebase across full lifecycle: algorithm design, software implementation, unit/component tests, flight software qualification, flight test support, and simulation model updates and validation. Work on control systems for unmanned aerial systems and robotics, including outer-loop path planning/trajectory synthesis and hierarchical software integration.

Lead multidisciplinary teams to design, implement, and deploy autonomy software for unmanned systems. Responsibilities include tactical autonomy algorithm design, high-performance C++ development, behavior architecture implementation, cross-functional integration with perception and hardware teams, and field testing and deployment on real platforms.

Designs and executes test strategies for flight-critical software, develops V&V test plans and procedures, runs automated and HIL tests, analyzes results, troubleshoots system issues, and coordinates with engineering, manufacturing, and program teams to ensure reliability and mission readiness.