Top Tech Jobs & Startup Jobs

Lead the development of autonomy and robotics software for aviation. Design, integrate, and optimize systems for uncrewed vehicles, focusing on reducing pilot workload and enhancing decision-making.

Lead SEC periodic reporting and EDGAR filings, develop and test SOX internal controls, coordinate audits, research complex technical accounting (ASC 606/718/805), support investor relations and Audit Committee, and partner cross-functionally on disclosures and special transactions.

Lead a small systems engineering team to develop system/sub-system architecture, requirements, and V&V for flight autonomy. Own development plans, manage cross-functional tasking, run reviews with customers/suppliers/regulators, and coordinate safety, hardware, and software integration.

Lead systems engineering for flight autonomy: define subsystem features, requirements, architectures, and test strategies. Manage cross-functional execution, perform V&V, review artifacts with customers and regulators, and collaborate with safety, hardware, and software teams to integrate requirements and interfaces for safety-critical autonomous flight systems.

Lead corporate strategy and initiatives for a venture-backed aerospace startup, support executive discussions, and drive market strategies in regulated environments.

Lead systems integration for avionics and mission systems from requirements through demonstration on civil-certified and commercial-derivative aircraft. Define CONOPS and architectures, manage requirements and interfaces across hardware/software/safety teams, host design reviews, coordinate suppliers/customers/regulators, and support certification planning, verification, and test in experimental R&D flight test environments.

Lead development of test plans, procedures, and cases for integration and verification of the Mission Autonomy sub-system. Ensure traceability between requirements and tests, assess test facility capability, produce test and problem reports, support flight autonomy integration on the air vehicle, and collaborate cross-functionally to develop requirements, architectures, and verification artifacts.

Design and implement flight control systems for fixed-wing aircraft using MATLAB/Simulink and Python. Decompose system requirements into control-level requirements, develop simulation and model-based tools, perform flight testing for system identification and verification, and deliver end-to-end flight control products to customers while collaborating on certifiable autonomous systems.