Senior Software Engineer / Software Architect C++ / C

Senior Software Engineer / Software Architect C++ / C

AtDevol, we are redefining how robots learn and interact with the physical world. Instead of relying on rigid, pre-programmed routines, we are pioneering a new paradigm : physics-based embodied AI that enables robots to truly understand and adapt to force, contact, and physical interaction.

Our proprietary physics-based embodied AI model has already reached proof-of-concept, and we are now on track to integrate and deploy it with our customers across international markets, including Singapore, China, and the United States. This is your chance to help shape the core SDK and AI infrastructure that will carry our embodied AI from breakthrough research into global real-world impact.

You’ll work alongside our CTO and a team of AI and robotics experts—builders at the intersection of hardware, software, and artificial intelligence—as we refine, scale, and release production-ready platforms. This is a rare opportunity to define how robots learn physical interaction for the next decade, and to contribute meaningfully to the rollout of a technology set to transform industries worldwide.

Your Role

• Design, develop, and scale our SDK and embodied AI model in C++ / C / Python.
• Implement advanced robot control systems and supporting software infrastructure.
• Integrate and deploy embodied AI models into real-world robotic applications.
• Build and maintain robust release pipelines (CI / CD, testing, deployment).
• Optimize for reliability, safety, and performance in real-time robotics systems.
• Participate in design and code reviews, mentoring engineers, and upholding best practices.

Qualifications

Preferred Qualifications

This is more than a job—it’s a chance to leave your mark on the next generation of robotics. You’ll be at the heart of a movement to revolutionize how robots understand force, contact, and interaction—laying the foundation for embodied AI systems that will transform industries worldwide.

This is a once-in-a-generation opportunity to shape how robots will perceive and master physical interaction for the decades ahead—driving the global rollout of a foundational technology poised to redefine the future of work.

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