Jobs at Diligent Robotics

You'll develop learning-based navigation models for **Moxi** to move safely around people and equipment in hospitals. Your work will directly improve delivery speed, reduce hesitation, and cut interventions in real deployments. You'll use **imitation learning from fleet data** and **simulation-based RL** to refine robot behavior.

You'll develop and deploy **learning-based manipulation systems** for service robots in dynamic human environments. Your work will directly impact **real-world robustness and generalization** for complex interactions at scale. You'll build **perception-to-action models** and deployment pipelines that reduce special-case engineering.

You'll **monitor and assist mobile service robots** in hospital environments as part of Diligent Robotics' founding operations team. Your core impact is ensuring safe, effective robot deployment while providing feedback to engineers. This role stands out for its mission-driven, venture-backed team.

You'll design **developer tooling** and **simulation infrastructure** for a fleet of production mobile manipulation robots in healthcare. Your work will directly accelerate engineering velocity and bridge the gap between simulation and real-world deployment. This hybrid role spans support, triage, and tooling to strengthen reliability.

You'll lead a small security engineering team and execute hands-on technical work at Diligent Robotics, building secure embedded systems, cloud services, and supply chains. Your impact will span device firmware security, cloud infrastructure, incident response, and mentoring. This role stands out as a Tech-Lead-Manager (TLM) combining people leadership with deep technical contributions in a high-risk robotics domain.

You'll own **production test processes** for our robots at a contract manufacturer, designing robust protocols and provisioning fleets. You'll drive **KPIs like First Pass Yield and cycle time** to ensure reliability at scale. This role is based in Milwaukee, WI, requiring close collaboration across teams.

You'll own the reliability and continuous improvement of our **deployed robotic fleet**, leading hands-on investigations into how and why robots fail in the field. Your core impact will be turning field data into **clear problem statements** and driving corrective actions across engineering and operations. This role offers **hands-on bench debugging** and cross-functional collaboration in Austin, TX.

You'll **own the core robot platform** at Diligent Robotics, building robust drivers and interfaces for sensors and improving system reliability. Your work will **form the foundation** for autonomy and perception, ensuring robots operate reliably at scale in real-world hospital deployments. You'll **lead sensor calibration and time synchronization** across heterogeneous devices.

You'll work on **core robotics platform subsystems** at a company operating a production fleet of mobile manipulation robots in hospitals. Your work will directly improve how robots behave in real-world environments, including **deploying Vision-Language-Action models**. This role bridges autonomy research and production deployment, making it a rare opportunity to **ship embodied AI at scale**.

You'll build **observability and debugging systems** for a fleet of production mobile manipulation robots in hospitals. Your work will enable engineers to **reproduce and fix bugs** from real-world deployments. This role offers the rare chance to solve **Physical AI debugging challenges** at scale.

You'll **lead a small team** of Clinical Robot Associates ensuring safe robot operation in hospital environments. Your core impact is **monitoring and assisting mobile service robots** while collecting data and troubleshooting real-world situations. This founding operations role lets you **design processes** as the organization scales.

You'll join the founding operations team at Diligent Robotics, monitoring and assisting a fleet of mobile service robots in a hospital environment. Your core impact will be ensuring safe clinical use and exceptional customer experience for hospital partners. This role stands out as a supervisory position on a venture-backed team building AI for service robots.

You'll design, implement, and manage **high-availability enterprise network infrastructure** for a **robotics company**. Your work ensures maximum uptime and performance for critical systems and product rollouts. This role blends strategic architecture with hands-on deployment and **mentorship opportunities**.

You'll own the day-to-day planning and forecasting process for a robotics company deploying **socially intelligent robots** in healthcare. Your work will directly influence strategic decisions and operational efficiency across the organization. This role offers a unique opportunity to move from deal execution into an operating role with direct exposure to company leadership.

You'll monitor and assist mobile service robots in a hospital environment, collecting data and troubleshooting real-world situations. Your core impact is ensuring exceptional customer experience for hospital partners while providing detailed feedback to engineers. This part-time, entry-level role offers a chance to join a venture-backed robotics startup's founding operations team.

You'll monitor and assist **mobile service robots** in a hospital environment, collecting data and troubleshooting real-world situations. Your feedback directly improves robot performance while ensuring a positive customer experience. This is a part-time, overnight role on the founding operations team.

You'll own the **design and build** of our BigQuery data warehouse and set the standards for the data function. You'll partner with our analyst team to build the analytics platform powering the next stage of the business. This is a hands-on senior IC role with **significant architectural scope**.