Teleo

You'll build **perception algorithms** and **multi-modal sensor fusion** for heavy machinery on construction and mining sites. Your work will directly enable **safe autonomous operations** in challenging environments.

You'll own the **architectural integrity** and **field robustness** of Teleo's autonomy retrofit system for heavy equipment. Your work will span hardware, software, robotics, and AI, with a focus on **system-level integration** across multiple platforms. This role offers 10% travel within the US.

You'll own **the transition from manually tuned MPC-based control to learning-driven policies** for **100,000-pound autonomous robots** in construction and defense. You'll engineer systems at the intersection of hardware, software, robotics, and AI, with real-world impact.

You'll own the full-stack platform for Teleo, building customer-facing dashboards and internal tools for **autonomous construction robots**. You'll unify fragmented systems into a cohesive, production-grade stack and **establish engineering standards** for web and cloud development. This role offers a chance to work on **100,000-pound autonomous robots** at the intersection of hardware, software, and AI.

You'll work with mining and construction customers to install, integrate, and maintain Telo's remote operation and AI systems on heavy equipment. You'll apply **hands-on mechanical and electrical skills** in field environments to **troubleshoot complex systems**. This role offers the chance to impact a **trillion-dollar industry** with cutting-edge autonomous robots.

You'll support the global expansion and maintenance of Teleo's autonomous heavy machinery fleet. Your work will directly impact system uptime and reliability. You'll collaborate with engineering teams to **deploy autonomous solutions** and **resolve field issues**.

You'll join a robotics company transforming construction heavy equipment into autonomous robots, working on **100,000-pound autonomous robots** at the intersection of hardware, software, robotics, and AI. You'll own board-level electrical hardware from schematic to production, bring existing PCB designs to professional standards, and establish **design, validation, and manufacturing processes** for a fast-growing startup. This is a unique opportunity to **build technology with real-world impact** alongside experienced leaders from Lyft's Self-Driving Car program.

You'll architect ruggedized wiring harnesses that bridge Teleo's autonomy stack with heavy machinery from OEMs like CAT and Komatsu. Your core impact is owning the end-to-end integration lifecycle, from design to **field bringup**. This role lets you work on **100,000-pound autonomous robots** and engineer complex systems at the intersection of hardware, software, and AI.