Teams at Andromeda

Own and improve the embedded Linux platform powering humanoid robots, including kernel configuration, hardware bring-up, device integration, provisioning, flashing, OTA upgrades, diagnostics, recovery, and deployment tooling. Debug low-level issues across boot, networking, storage, peripherals, and system stability. Collaborate with firmware, electrical, autonomy, AI, and product teams to define hardware/software interfaces, validate platform changes, and improve reliability in manufacturing and field environments.

Design and build Andromeda’s mission autonomy system for humanoid robots, covering long-duration decision-making, behavior orchestration, simulation, safety degradation, deployment, monitoring, and evaluation. The role leads architecture across autonomy, conversational AI, perception, audio, and platform teams while remaining hands-on with software, robot hardware, and real-world deployments. The engineer will establish action interfaces, simulation-based benchmarks, rollout processes, observability, failure recovery, and operational patterns for autonomous robot missions.

Design, implement, and maintain Abi’s production autonomy stack, including path planning, SLAM, collision avoidance, perception integration, simulation, and safety mechanisms. Harden software and integrated hardware systems through testing and validation, support a deployed robot fleet, debug sensors and effectors, improve deployment processes and user experience, and contribute to systems engineering across the product lifecycle. Lead cross-functional technical discussions and perform customer site visits for testing and feature validation.