Simulation & Game Developer (Autonomous Systems)

TurbineOneWashington, DC
Remote

About The Position

TurbineOne is looking for a senior/principal game developer to build an interactive simulation environment that brings our autonomous vehicle software to life. This role will focus on developing a “game-like” platform where both technical and non-technical users can design, run, and evaluate real-world scenarios involving aerial drones and autonomous maritime systems. You will own the development of a simulation product that integrates our autonomy stack as the “agents” inside rich, physics-based environments. Leveraging platforms like Unreal Engine (AirSim) or Unity, you will create intuitive tools and immersive environments that enable rapid scenario testing, validation, and experimentation. This is a highly cross-functional role at the intersection of game development, simulation, and robotics.

Requirements

  • 5+ years of experience in game development, simulation engineering, or interactive 3D application development
  • Strong experience with Unreal Engine (preferred) or Unity, including physics systems and environment creation
  • Experience building tools or systems for user-generated content (e.g., level editors, scenario builders, modding tools)
  • Familiarity with simulation frameworks such as AirSim, Gazebo, or similar is a strong plus
  • Experience integrating external systems or APIs into game engines (e.g., networking, real-time data, control systems)
  • Understanding of enemy AI, complex scripting behaviors or other NPC mecahnics
  • Strong sense of UX for interactive tools—especially for non-technical users
  • Experience working through ambiguity and shaping early-stage products

Nice To Haves

  • Bonus: familiarity with robotics concepts (ROS, MAVLink, etc.) or prior work in simulation for autonomy

Responsibilities

  • Own the design and development of a simulation platform that enables users to create and test real-world autonomous vehicle scenarios
  • Build immersive, physics-based environments using Unreal Engine (preferred, with AirSim) or Unity
  • Integrate TurbineOne’s autonomy software into simulation environments as controllable agents
  • Develop intuitive tooling and UX that allows non-technical users to configure scenarios, define conditions, and evaluate outcomes
  • Create systems for scenario scripting, playback, telemetry visualization, and analysis
  • Collaborate closely with robotics engineers to ensure simulation fidelity and alignment with real-world vehicle behavior
  • Balance realism with usability—build simulations that are both technically meaningful and easy to interact with
  • Be a product owner—define and drive the vision for simulation capabilities; there are no tickets to crunch here
  • Dream big—prototype, experiment, and iterate quickly on new ideas for how simulation can accelerate autonomy development and testing
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