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Remote Autonomous Systems Engineer Jobs in Washington

Mid-level Systems Engineers employ a multi-discipline approach to requirements engineering ... Working knowledge of photogrammetry, remote sensing, image science, information sciences ...

Remote (HQ: Fairfax, VA) Certification: Security+ (required or ability to obtain) Overview Kreative Technologies is seeking a motivated and adaptable Systems Engineer . This role will focus on ...

Remote (HQ: Fairfax, VA) Certification: Security+ (required or ability to obtain) Overview Kreative Technologies is seeking a motivated and adaptable Systems Engineer . This role will focus on ...

Mid-level Systems Engineers employ a multi-discipline approach to requirements engineering ... Working knowledge of photogrammetry, remote sensing, image science, information sciences ...

Mid-level Systems Engineers employ a multi-discipline approach to requirements engineering ... Working knowledge of photogrammetry, remote sensing, image science, information sciences ...

Washington, DC / Remote CLEARANCE/ACCESS LEVEL: NACI AMDEX.ai The Art of Data Science We are a ... The Systems Engineer shall serve as a subject matter expert in systems engineering, providing ...

Systems Engineer

Chantilly, VA · On-site +1

$104K - $166K/yr

Responsibilities Mid-level Systems Engineers employ a multi-discipline approach to requirements ... Working knowledge of photogrammetry, remote sensing, image science, information sciences ...

Systems Engineer

Springfield, VA · On-site +1

$104K - $166K/yr

Responsibilities Mid-level Systems Engineers employ a multi-discipline approach to requirements ... Working knowledge of photogrammetry, remote sensing, image science, information sciences ...

... autonomously. These Qualifications Would be Nice to Have (DESIRED): * GEOINT mission expertise in ... For Remote Opportunities), education and certifications as well as Federal Government Contract ...

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Remote Autonomous Systems Engineer information

What are the key skills and qualifications needed to thrive as a Remote Autonomous Systems Engineer, and why are they important?

To thrive as a Remote Autonomous Systems Engineer, you need a strong background in robotics, control systems, programming (such as Python or C++), and a relevant engineering degree. Experience with simulation tools like ROS (Robot Operating System), MATLAB, and familiarity with machine learning or AI frameworks are typically required, along with certifications in automation or robotics being advantageous. Strong problem-solving skills, self-motivation, and effective remote communication set top candidates apart in this role. These skills and qualities are essential for designing, troubleshooting, and improving autonomous systems while collaborating efficiently within distributed teams.

What are some common challenges faced by Remote Autonomous Systems Engineers, and how can they be addressed?

Remote Autonomous Systems Engineers often encounter challenges related to communication and collaboration, as they work with multidisciplinary teams across different locations and time zones. Managing system integration and troubleshooting without on-site access can also pose difficulties, requiring strong documentation and remote diagnostic tools. Staying updated on rapidly evolving technologies in autonomy further demands ongoing learning. To address these challenges, engineers should leverage clear communication channels, utilize collaborative platforms, and participate in continuous training opportunities.

What are Remote Autonomous Systems Engineers?

Remote Autonomous Systems Engineers are professionals who design, develop, and maintain autonomous systems—such as drones, robots, or vehicles—while working remotely. They use advanced software, sensors, and algorithms to ensure these systems can operate independently and safely. Their work involves tasks like programming control systems, integrating hardware components, and troubleshooting issues from a remote location. These engineers often collaborate with teams virtually and leverage cloud-based tools to monitor and update autonomous systems deployed in various environments.
What are the most commonly searched types of Autonomous Systems Engineer jobs in Washington? The most popular types of Autonomous Systems Engineer jobs in Washington are:
What are popular job titles related to Remote Autonomous Systems Engineer jobs in Washington? For Remote Autonomous Systems Engineer jobs in Washington, the most frequently searched job titles are:
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What cities in Washington are hiring for Remote Autonomous Systems Engineer jobs? Cities in Washington with the most Remote Autonomous Systems Engineer job openings:
Simulation & Game Developer (Autonomous Systems)

Simulation & Game Developer (Autonomous Systems)

TurbineOne

Washington, DC • Remote

Other

Posted 20 days ago


Job description

ABOUT THE JOB

Company Intro:
TurbineOne is the frontline perception company. We deliver decision advantage, better situational awareness, and stronger force protection. Our customers love how we automate the right portions of the military intelligence cycle while keeping them in the loop. The company is a small, fast-moving, and high-performance startup backed by the best DefenseTech venture capitalists.

Job Title: Senior / Principal, Simulation & Game Developer (Autonomous Systems)
Reporting to: Applied Robotics Engineering Manager
Location: Geographically flexible (remote-friendly)

Description

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.

Primary 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
Desired Experience
  • 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
  • Bonus: familiarity with robotics concepts (ROS, MAVLink, etc.) or prior work in simulation for autonomy
Startup Culture Expectations
  • We're a small, fully remote team-everything is our responsibility
  • Our team thrives on autonomy, trust, and strong communication
  • You'll be expected to take full ownership of your domain-from idea to implementation
  • Comfort with constant change, fast iteration, and learning by doing is essential
  • We value builders who experiment, share failures openly, and push toward impactful solutions
  • Most startups fail-no one is coming to save us, and that's what makes this fun