Chief Robotics & Autonomy Engineering Officer (Humanoid Robotics)

vinrobotics • Vietnam

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AI Summary

Lead the development of next-generation humanoid robot autonomy from first principles, defining long-term technology roadmaps and driving multidisciplinary engineering teams. Own system architecture, safety, deployment readiness, and sim-to-real validation while scaling a team of 76+ engineers. Shape the future of humanoid robotics through innovation, research, and cutting-edge software engineering.

Key Highlights

Lead end-to-end autonomy and software intelligence for next-gen humanoid robots from first principles

Define long-term autonomy vision, roadmap, and system architecture with safety and deployment as top priorities

Scale a team of 76+ engineers in 6 months while fostering a culture of innovation and technical excellence

Key Responsibilities

Define the long-term autonomy vision and software technology roadmap for future humanoid robots

Lead multidisciplinary engineering teams (76+ engineers) in Robotic Perception, SLAM & Navigation, Teleoperation, Motion Control, Manipulation, and Robot Control Software

Design autonomy architectures that advance robot capability, robustness, dexterity, and intelligence while ensuring safety and deployment reliability

Own simulation, digital twin, and sim-to-real infrastructure for rapid design-build-test-learn cycles

Mentor senior technical leaders and establish high engineering standards, architecture reviews, and technical decision-making processes

Collaborate closely with Foundation AI, Hardware, Product, and Deployment teams to develop integrated robotic systems

Define interface contracts between autonomy stack and hardware/platform, ensuring seamless integration by design

Stay at the forefront of global advancements in embodied AI, robot learning, perception, SLAM, optimal control, and real-time systems

Drive proof-of-concept development, algorithm validation, and feasibility studies for next-gen robot autonomy

Lead the development of dexterous manipulation and loco-manipulation capabilities for humanoid robots

Ensure autonomy capabilities are robust, safe, and reliable for commercial deployment

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Technical Skills Required

Robotics Software Engineering (Perception, SLAM, Navigation, Motion Control, Manipulation, Real-Time Control) Autonomy Architecture & System Design Multidisciplinary Engineering Leadership (Humanoid Robotics)

Benefits & Perks

Relocation support and global recruitment for outstanding talent

International candidates highly encouraged to apply

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Nice to Have

Experience at leading robotics, autonomous vehicle, aerospace, or advanced technology companies

Strong record of patents, publications, breakthrough algorithms, or commercially deployed autonomy systems

Experience building entirely new autonomy platforms rather than incremental product evolution

Collaborations with universities, research institutes, startups, and technology partners

Job Description

Overview

Reports to: Chief executive officer (CEO)

Team size: 50-100

We are seeking a world-class engineering leader to lead the creation of the autonomy and software intelligence of next-generation humanoid robots from first principles. You will lead multidisciplinary engineering teams spanning Robotic Perception, SLAM & Navigation, Teleoperation, Motion Control, Manipulation & Loco-Manipulation, and Robot Control Software, while fostering a culture of bold innovation, rapid experimentation, and engineering excellence.

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