Top Engineering Jobs

Lead development and scale-up of production processes and equipment for a next-generation aircraft line. Define BOM/process flows, create operator-ready work instructions, implement MES/QMS controls, run time studies and kaizen, establish standardized work and audits, partner with Quality on in-process checks and FAI, drive root-cause corrective actions, and mentor other engineers to increase throughput and reduce costs.

Support avionics design, verification, procurement, manufacturing, and test for X-BAT. Execute test campaigns, perform environmental qualification, debug circuits, design PCBAs and harnesses, set up lab and prototype manufacturing, and document results.

Design, implement, and maintain C++ and Python software for cross-platform, distributed real-time systems. Contribute to system architecture, APIs/messaging (gRPC/REST/ZeroMQ), CI/CD, automated testing, and integration of third-party simulation and hardware. Debug threading/timing issues and improve development workflows.

Lead systems engineering for Hivemind-based autonomy products: define and manage requirements, develop system architectures and trade studies, coordinate hardware/software interfaces, support integration/verification/validation and testing, and identify and mitigate technical risks across the system lifecycle.

Lead manufacturing engineering for electrical and avionics systems from prototype to full-rate production. Develop processes, tooling, work instructions, and standards for wiring harnesses, PCBAs, batteries, sensors, and power systems. Drive DFM/DFA, root cause investigations, supplier qualification, production readiness, and continuous improvement while mentoring junior engineers and collaborating with cross-functional teams.

Lead a mechanical design team for next-generation autonomous UAVs: manage design reviews, resource scoping and assignment, create processes and documentation, mentor engineers, and align technical efforts across sites and programs.

Develop, implement, validate, and document radar and radio communications models in C++ for aircraft simulation. Integrate models into training and simulation pipelines, design automated validation/regression tests, prototype advanced modeling techniques, and collaborate with application teams to ensure fidelity between simulation and real-world data.

Design, build, and scale automated test frameworks and CI/CD infrastructure for distributed autonomy software. Develop Python tooling, GitLab CI pipelines, UI/API tests (Go/TypeScript), HIL simulators, and AI-assisted workflows. Integrate testing across simulation, edge, cloud, and hardware; analyze failures; improve coverage, observability, and verification for safety- and mission-critical aerospace systems.

Design, develop, and optimize Linux and real-time OS components for UAVs, including drivers and middleware for sensors. Collaborate with hardware and autonomy teams, perform rigorous testing and debugging, and apply security features like secure boot and encryption to ensure reliable autonomous operations.

Build and deploy Foundry-backed full-stack applications to support manufacturing, supply chain, fleet sustainment, and operations. Deliver end-to-end features using React and TypeScript, backend services and APIs, and large-scale data workflows. Partner with cross-functional stakeholders, iterate on feedback, and influence architecture and Foundry development best practices.