Nimble Robotics

Build and ship cloud-native logistics software powering Nimble’s autonomous fulfillment operations. This Software Engineer III role is approximately 60% backend and 40% frontend, with end-to-end ownership across product features, infrastructure, testing, and production support.

QA Engineer II responsible for hands-on testing of Nimble’s cloud logistics software, including functional, regression, release, API, and data validation testing. The role helps ensure quality for software powering autonomous robotic fulfillment.

Software Engineer III focused on building production systems that coordinate robots, manage system state, and integrate robotic platforms with enterprise services. This role combines backend engineering, distributed systems, and hands-on operational support for autonomous warehouse robotics.

Build the algorithms and distributed software that coordinate large fleets of warehouse robots. You’ll improve multi-agent planning, throughput, reliability, and scalability in real-world fulfillment environments.

Senior Robotics Firmware Engineer building reliable, real-time embedded firmware for autonomous warehouse robots. The role spans motor control, sensing, communication, safety-critical systems, and hardware integration in production environments.

Senior Software Engineer building backend services, APIs, orchestration, and platform software that powers Nimble’s robot-enabled autonomous supply chain. The role combines distributed systems engineering, production reliability, and close collaboration with robotics, ML, and product teams.

Build the ML infrastructure that powers Nimble’s autonomous warehouse robots, from highly utilized GPU training clusters to low-latency production inference. This senior/staff-level role combines distributed systems, CUDA optimization, Kubernetes, and robotics-focused machine learning infrastructure.

Build the software foundation for Nimble’s autonomous warehouse robots, spanning real-time control, sensing, task execution, and backend services. You’ll integrate frontier AI capabilities into reliable production robotics systems and help scale autonomous operations.