Top Engineering Jobs in Austin, TX

The Staff Mechanical Engineer will design a robotic hand, leading the architecture and ensuring robust, dexterous manipulation while collaborating across teams. Responsibilities include structural design, prototyping, analysis, and production readiness.

As a Full Stack Software Engineer, you will develop and maintain software for managing robotic fleets, build interfaces, and collaborate across teams to enhance operational efficiency.

Develop and deploy high-performance motion control systems for robotic mobility, coordinating wheeled motion with upper-body manipulation using advanced algorithms and safety standards.

Lead the technical direction and delivery of software systems for Fleet Connect, guiding design, execution, and mentoring engineers while developing full-stack applications and integrations for robotics and automation.

The Product Quality Manager oversees the Quality Team, driving high standards through documentation and corrective actions while working with various teams to ensure product quality in manufacturing.

Design, optimize, and scale platform software for humanoid robots. Integrate hardware and software, profile resource usage, port frameworks to new hardware, benchmark performance, and promote engineering best practices.

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.

The Senior Mechanical Engineer will design and develop Apollo humanoid robots through full product lifecycle, solve engineering problems, and collaborate with cross-functional teams.

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

Lead systems engineering for next-generation humanoid robots: architect hardware platforms, define and integrate requirements across hardware, sensing, compute, power, and operator interfaces; drive trade-offs, ensure real-time performance, reliability, monitoring, diagnostics, and fleet-scale validation; mentor engineers and lead design verification and failure analysis for production deployment.