Develop and own vehicle dynamics models for high-fidelity truck simulation and autonomy validation.
Partner with autonomy engineering teams to capture vehicle model requirements and support V&V activities.
Execute full software development lifecycle in C++, ROS/ROS2 within a Linux environment using Lean-Agile methodologies.
Torc Robotics has been a leader in autonomous driving since 2007, focusing on developing software for automated trucks. Now part of Daimler, the company offers a collaborative culture with competitive compensation, stock options, and comprehensive benefits.
Architect and own asset pipelines end-to-end for multi-sensor simulation stack.
Design schemas, formats, and storage for a heterogeneous asset library.
Integrate cutting-edge research into the pipeline and collaborate with autonomy teams.
Waabi is the leader in Physical AI, developing autonomous transportation technology for commercial trucks and robotaxis. The company is backed by world leaders in AI, automotive, and deep tech, with a growing team that values diversity and innovation.
Designing and advancing the agent harness used across Scout AI's agentic stack.
Integrating fullstack software with physical hardware systems and AI agents for robust low-latency communication.
Building simulation environments and frameworks for testing agents before physical deployment.
Scout AI develops Fury, the first robotic foundation model for defense, enabling human operators to command fleets of robots through natural language. The company is backed by top investors and fosters a culture of urgency, precision, and relentless work.
Own core simulation and geospatial systems for AI, perception, and mapping products.
Build and maintain simulation pipelines for scene construction, actor behavior, and sensor generation.
Partner with data scientists and platform engineers to ensure simulation outputs are usable for inference and production.
HERE Technologies is a location data and technology platform company that helps customers manage infrastructure, optimize assets, and guide drivers safely. The company fosters innovation, opportunity, and inclusion to improve people's lives.
Own core functionalities of the on-board situational awareness software for UAVs, including interception detection, collision avoidance, and visual navigation.
Shape the development roadmap and potentially serve as Tech Lead for specific projects, guiding technical direction within a flat organization.
Work with modern C++, real-time software, 3D reconstruction, GPU programming, and integrate software on UAVs with a high degree of autonomy.
Fiducial is a deep-tech start-up developing on-board UAV 3D vision software for military applications, prioritizing scalability with low-cost sensors. The team has strong academic backgrounds in aerospace, robotics, and computer graphics, working closely with top-tier partners across Europe.
Own the autonomy software stack for MHE Vision, including perception, localization, and scanning pipelines on vehicle-mounted hardware.
Contribute to product architecture and design improvements as the system scales to more vehicle types and facility layouts.
Solve problems across the autonomy stack, improving scan accuracy through algorithmic and sensor integration enhancements.
Gather AI pioneers warehouse intelligence with a vision-powered platform using autonomous drones to digitize workflows. The company is a leader in the rapidly evolving robotics industry, focused on transforming global supply chains.
Expanding core AI and M&S frameworks to support new domains and use cases.
Integrating software with other systems and supporting varied computing environments.
Designing new features, implementing C++ changes, and working closely with front-end and third-party developers.
STILMAN Advanced Strategies develops software based on Linguistic Geometry, a unique AI approach for military mission planning and execution. Our small, distributed team has been developing these applications since 1999, focusing on quality and collaboration.
Design and develop advanced robotics software using C++ and Python across the full stack.
Implement perception, localization, motion planning, and control algorithms for autonomous systems.
Collaborate with multidisciplinary teams to integrate hardware and software in real-world environments.
The company develops advanced robotics solutions for autonomous systems. It fosters a remote-first, collaborative culture with multidisciplinary engineering teams.