AIM
AIM builds autonomy for heavy equipment, turning bulldozers, excavators, and loaders into AI-driven fleets for mining, construction, infrastructure, and defense operators. The company sells an autonomy platform combining software, machine controls, and ruggedized hardware, deployed on active jobsites to run large-scale earthmoving. Founded in 2021 and headquartered in Redmond, Washington, AIM is privately held and backed by investors including General Catalyst and Khosla Ventures.
Open Positions at AIM
10 open positions
Embedded Software Engineer focused on building automated Hardware-in-the-Loop verification systems for autonomous heavy machinery. The role combines Python test automation, C++ systems, hardware troubleshooting, and scalable validation infrastructure.
Senior Firmware Engineer building deterministic, safety-critical firmware for AIM’s autonomous heavy machinery. The role spans embedded C++, hardware bring-up, real-time control, device interfaces, observability, and production fleet reliability.
Lead functional safety engineering for autonomous heavy machinery, shaping safety strategy, requirements, verification, and release decisions across embedded hardware and software. This senior role offers high-impact ownership of safety foundations for next-generation robotic equipment.
Lead the development of learned autonomy skills that enable heavy equipment to adapt to real-world conditions. This hands-on principal-level role combines robot learning, physical deployment, experimentation, and cross-team technical leadership.
Build the frontend systems that power AIM’s autonomous heavy-equipment fleets, including a safety-critical Operator UI, customer portal, and shared design system. This senior role combines TypeScript and React development with 3D visualization, real-time data, and high-reliability user experiences.
Senior SLAM Engineer responsible for building production-grade localization, mapping, sensor fusion, and calibration systems for rugged autonomous machines. The role tackles real-world robotics challenges such as dynamic terrain, vibration, sensor degradation, and GPS-denied environments.
Build safety-critical, high-performance frontend experiences for autonomous heavy machinery, including a live 3D operator interface, teleoperation controls, and a multi-tenant SaaS portal. You’ll also own the shared design system that powers AIM’s fleet-management products.
Build advanced simulation software for autonomous heavy machinery, modeling vehicle dynamics and modifiable terrain to accelerate safe robotics development. You’ll work across AI, firmware, hardware, and systems teams on high-performance, realistic simulation systems.
Build the distributed, real-time software systems that power AIM’s autonomous heavy machinery and global fleet operations. This senior role spans edge compute, cloud services, robotics infrastructure, reliability, and production deployments in demanding physical environments.
Build and deploy advanced control and learning algorithms that enable heavy machinery to operate autonomously in challenging real-world environments. This role combines robotics, control theory, reinforcement learning, and simulation to deliver production-ready embodied AI systems.