Top Engineering Jobs in Austin, TX

Lead architecture and systems design for a Robot-as-a-Service edge/cloud platform. Define interfaces, constraints, and contracts between robots, platform, and customer integrations. Drive cross-functional decisions, translate product intent to engineering scope, and ensure reliability across data pipelines, APIs, and security concerns.

The Staff Mechanical Engineer will lead design efforts for the Apollo robot, mentor junior engineers, and ensure production readiness through collaboration across departments.

Lead development and execution of verification & validation procedures for Apptronik robots. Develop test scripts, document results, drive corrective actions, validate performance and reliability, ensure regulatory compliance, build test automation, and coordinate with third-party labs for safety and certification.

Seeking a Senior Electrical Engineer to design audio and display systems for the Apollo robot, ensuring compliance with safety standards and leading the electrical team.

As a Software Engineer focusing on Human Motion Data, you will develop and maintain motion data pipelines, integrate various motion sources, and optimize data flow for robotic control algorithms, leveraging kinematics and reinforcement learning.

Contribute to real-time C++ control software for a humanoid robot: integrate sensors/firmware, implement/validate motion models, gather performance data in hardware and simulation, write tests and documentation, and participate in code reviews within an agile team.

Lead and grow the electrical engineering team designing high-performance compute and sensing for humanoid robots. Oversee custom SoM carrier board development, high-speed data protocols, power architecture, sensor integration, signal/power integrity, EMI/EMC, and cross-functional collaboration with software and perception teams to deliver robust, low-latency hardware for production robots.

Lead mechanical design and integration of upper body systems for a humanoid robot, focusing on architectural decisions and high-performance mechanisms.

Lead design verification for a humanoid robot: translate requirements into DVT plans, design/build electromechanical test fixtures, execute structural/thermal/mechatronic tests, automate testing with scripts, architect DAQ and analyze high-frequency data, perform root-cause analysis, and drive DFMEA with cross-functional teams to ensure hardware readiness for mass production.

Write automated integration, contract, and ICD conformance tests (pytest) for Apollo, run and maintain HIL test suites, investigate defects with senior engineers, convert escapes into regression tests, triage flaky tests, and collaborate with firmware/stack engineers to verify software-hardware behavior and improve RSIT tooling.