Neros Technologies

Lead the perception stack for Neros’ unmanned aircraft, combining hands-on computer vision engineering with technical direction and team leadership. You’ll advance detection, recognition, and tracking from classical methods toward learned models on constrained onboard hardware.

Lead the architecture and delivery of the embedded autonomy runtime powering Neros’s unmanned aircraft, spanning real-time execution, deployment, logging, and hardware co-design. This hands-on leadership role combines direct C++ engineering with management of a platform engineering team.

Lead the team responsible for onboard state estimation and navigation across Neros’ autonomous aircraft, while remaining hands-on in building GPS-denied navigation capabilities. This role combines technical ownership, people leadership, and field deployment of estimation systems on production hardware.

Own the shared firmware platform powering Neros’s flight, ground-station, and autonomy software across MCU and embedded Linux targets. This hands-on role focuses on runtimes, SDKs, build systems, cross-compilation, and solving difficult platform integration problems.

Build and test the flight-critical firmware that flies Neros’ combat-focused FPV drones, from flight modes and control algorithms to vehicle integrations. This hands-on role takes software from code through bench and flight testing into fielded aircraft.

Own the embedded Linux platform powering Neros’s combat-ready drone products, from board bring-up and kernel work through secure updates and SDKs. This senior platform role supports flight, ground-station, and autonomy engineering teams while setting cross-team Linux standards.

Build and own critical internal and customer-facing software across web, desktop, backend, and data systems at a fast-moving defense technology company. This senior role offers broad technical ownership from architecture through production deployment.

Own the cloud infrastructure, CI/CD, automation, and secure delivery platforms that support Neros’ combat-tested unmanned systems. This hands-on role combines DevOps architecture, Linux administration, reliability, and compliance in a high-ownership defense technology environment.