About the role
Senior Mission Simulation Engineer Location: Austin, TX (Hybrid on-site, with up to 20% travel) Clearance Requirement: U.S. Citizen with the ability to obtain a security clearance About NODA NODA is a veteran-owned, venture-backed technology company transforming how unmanned systems collaborate in complex, mission-critical environments. Our distributed orchestration platform enables autonomous coordination of heterogeneous unmanned systems across air, sea, land, and space with vital applications in the defense, intelligence, and commercial sectors. Simulation at NODA is not an afterthought - it is a core capability used for autonomy development, mission rehearsal, operator training, and customer demonstration. We are building a federated, multi-fidelity simulation architecture (“sim-of-sims”) that connects low-fidelity SITL (Software-in-the-Loop) environments with high-fidelity, geo-specific mission environments.
The Role As a Senior Mission Simulation Engineer , you will design and own NODA’s full-fidelity simulation platform — from autopilot-in-the-loop SITL environments through to high-fidelity, geospatially accurate mission environments in Unreal Engine 5 + Cesium. You will architect the federation layer that connects these environments, solve the distributed time synchronization problem across heterogeneous nodes, and integrate NODA’s autonomy stack so that simulations exercise real execution paths, not just visualization. This is a senior, hands-on role for an engineer who treats simulation as a hard distributed systems problem as much as a rendering problem. Key
Responsibilities Design a federated "sim-of-sims" architecture integrating low-fidelity SITL with high-fidelity mission environments (UE5 + Cesium for geo-specific terrain, VBS4 for combined-arms scenarios) into a unified stack. Solve distributed time synchronization across heterogeneous nodes; select and implement the right federation approach (HLA/DIS, custom, or hybrid). Integrate the autonomy stack into sim and support SITL/HITL workflows for autopilots across multi-vehicle, multi-domain scenarios, exercising real execution paths across mission planning, autonomy, and comms. Model realistic network and DDIL conditions to validate behavior in contested environments. Build observability into the stack: frame timing, sync health, scenario replay, and diagnostics. Partner with autonomy, systems, and field ops teams, and communicate simulation results and the company's asymmetric advantage to operators, mission leads, and C-suite. Required