Staff Robot Platform Engineer

Build and harden the real-time control loops that turn high-level commands into coordinated joint motion, with hard timing guarantees and deterministic execution from the actuator level up through whole-body behavior

Own the hardware abstraction layer end to end (cyclic data paths, synchronization and timing constraints, and fault recovery), so perception, planning, and behaviors never have to care which actuator, sensor, or hardware generation sits underneath

Design and evolve the robot API/SDK (the interface every downstream team programs against), with an eye toward long-term stability, clean versioning, and abstraction boundaries that hold up as the hardware evolves

Own the messaging layer connecting every on-robot process, with low-latency, deterministic delivery guarantees

Build the diagnostics and health-monitoring hooks (fault detection, state reporting, and safe paths for degraded operation) that let every other team trust what the platform tells them about the robot's state

Set technical direction for platform architecture (interface boundaries, backend abstractions, design reviews) and mentor engineers across the team

8+ years in systems/embedded/real-time software engineering, with meaningful time in robotics, autonomous vehicles, or another hard real-time domain

Deep C++ fluency and comfort reasoning about real-time constraints, latency budgets, and determinism

Hands-on EtherCAT experience (master implementation, PDO/SDO, cyclic vs. acyclic data) or an equivalent fieldbus/deterministic networking background

A track record designing clean hardware abstraction layers, backend-agnostic interfaces, and/or public-facing SDKs or APIs that held up across hardware revisions or product generations

A bias toward architecturally simple, verifiable systems, and comfort pushing back on unvalidated assumptions in design review

Bachelor’s Degree in computer science or related field