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Career Renew is seeking a Forward Deployed Engineer in San Francisco to work on cutting-edge robotics systems. This role focuses on deploying reliable robotic software in real-world settings.
The ideal candidate will have 2–4 years of experience in software engineering or robotics, proficiency in Python, and a passion for robotics. The company offers a unique environment with a strong focus on innovation and engineering excellence.
Career Renew is recruiting for one of its clients a Forward Deployed Engineer – Robotics – this is an onsite position in San Francisco. Salary range: 160-200K USD base plus benefits plus equity.
We are building the operating system for general-purpose robotics – the foundational software layer that sits between robot hardware and AI models, enabling robots to perceive, reason, learn, and act across diverse real-world environments.
Think of us as what Windows was to the personal computer. Before Windows, computers ran on fragmented DOS-based interfaces that weren’t built for people to build on or use. We are doing the same for robotics: creating a unified, developer-first platform that enables software engineers, roboticists, and hobbyists to deploy and operate robots without stitching together 10 fragmented open-source tools.
The platform provides a modular, composable architecture for training and deploying robotic intelligence at scale. By abstracting hardware differences and standardizing core capabilities – perception, spatial understanding, navigation, decision-making, and control – we allow developers and partners to build, transfer, and operate robotic skills efficiently across platforms and embodiments.
We're looking for a Forward-Deployed Engineer to work directly at the intersection of customers, software, and physical robotic systems. This role is about closing the last 10%: taking cutting-edge robotics software and making it work reliably in real-world environments. You'll partner closely with end users to understand their workflows, deploy systems in the wild, and translate real-world constraints into product and engineering improvements.
Python, Rust, ROS, TypeScript