Jobs at Aeolus Robotics, Inc.

Design and implement real-time, high-performance servo and motion control systems for multi-axis robots. Tasks include motor sizing, dynamic simulation, servo tuning and commissioning, designing an ARM-based numerical control kernel, trajectory planning, error compensation, and collaborating across teams to deliver production-quality embedded firmware and algorithms.

Design, develop, and validate firmware and real-time systems for robotic products. Integrate and debug hardware and vision sensors, implement communication protocols and control loops, write Linux interfaces to MCU subsystems, and use oscilloscopes/logic analyzers for low-level debugging. Collaborate across teams, deliver high-quality tested code, and support prototype hardware integration and validation.

Drive sales growth and market expansion in Japan by sourcing new business, managing full sales cycle, building customer and channel relationships, coordinating pre- and after-sales support with technical teams, and delivering market insights to inform product positioning and strategy.

Lead mechanical design and prototyping for humanoid robots, manage cost and weight targets, produce engineering documentation (PRD/3D/2D/FMEA/CAE/DFX), ensure manufacturability and quality through mass production, and capture design knowledge and guides while collaborating with cross‑functional teams.

Work as a hands-on generalist on real robots: debug and maintain robotics stacks, analyze logs/telemetry to troubleshoot failures, harden research prototypes for production, write production code, and support tooling and experiments under mentorship.

Lead global sales strategy and execution for service robotics, build international channel and direct-client relationships, manage full sales cycle, conduct market analysis, ensure regulatory compliance, train partners, and travel up to 50% to drive revenue growth and international expansion.

Design, integrate, test, and verify multi-sensor systems for service robots. Develop and validate sensor fusion, timing synchronization, MCU signal access, real-time data processing, and sensor performance test plans. Collaborate with software teams to ensure reliable sensor data flows to IPCs and support simulation and control algorithm tuning.

Lead robotics system integration from design through production: develop and run validation and production tests, analyze results, diagnose hardware/firmware issues, manage bugs, propose design improvements, and support factory transfers and customer-facing diagnostics.

Lead design, implementation, integration, and optimization of autonomous indoor navigation software. Develop global and local planners, multi-sensor costmaps, dynamic obstacle avoidance, recovery behaviors, and analyze failures via logs, simulation, and field tests. Collaborate cross-functionally to bring robust C++ navigation features from prototype to deployed product.

Develop and maintain real-time embedded software connecting sensors and actuators to ROS-based stacks. Implement and optimize C++ firmware interfaces, integrate and calibrate sensors and robotic arms, debug hardware-software issues on physical robots, and collaborate internationally to ensure robust production-grade behavior in human environments.