You will own and evolve the autonomy stack for a swarm of UAVs, focusing on perception, planning, and control systems. You will also lead the integration of these systems onto aircraft and mentor a growing team of robotics engineers.
You will own a scoped project with clear technical or business outcomes while working directly with the team responsible for the system. Responsibilities include building product features across the stack, developing interfaces for telemetry and mission planning, and supporting integration and test events.
You will architect and build backend systems for a command and control platform to manage swarms of heterogeneous aircraft in real time. This involves designing infrastructure for high-throughput telemetry, sensor data, and mission scheduling under intermittent connectivity.
You will own and architect the frontend for a Command & Control platform directing swarms of heterogeneous aircraft. This involves designing real-time, collaborative interfaces for telemetry and sensor data while setting technical standards for the engineering team.
You will own the top-of-funnel sourcing strategy for software engineering roles, including backend, frontend, and autonomy positions. Additionally, you will expand your scope to source for aircraft engineering roles such as propulsion, structures, and avionics.
You will embed with government and military customers to deploy, integrate, and maintain Command & Control software in operational field environments. This role involves debugging complex distributed systems, contributing to core service development, and translating operational requirements into technical solutions.
Develop components for the autonomy stack, including planning behaviors, vehicle software, and sensor integration for drone swarms. Create physically realistic simulations and perform electronics prototyping to turn architecture into flying capability.
Architect a next-generation autonomy stack combining robotic foundations with agentic AI for drone swarm coordination. Define communication protocols and lead the technical direction for onboard perception, planning, and control systems.
