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HTX (Home Team Science & Technology Agency) in Singapore seeks a robotics and embodied AI engineer to design robot planners, integrate AI with hardware, and advance autonomous task execution for public safety applications.
You will develop robot perception, reinforcement learning, and model deployment; optimize embodied AI systems using simulation tools like Isaac Sim and MuJoCo; deploy and test on physical robots under real-world constraints.
HTX is Singapore's Science and Technology agency that brings together diverse scientific and engineering capabilities to develop transformative, operationally ready solutions for public safety. As a statutory board under the Ministry of Home Affairs, HTX works at the forefront of science and technology to empower the Home Team with cutting-edge capabilities. Guided by our mission to amplify, augment and accelerate the Home Team's advantage, we are committed to keeping Singapore the safest place on planet Earth.
HTX is Singapore's Science and Technology agency that brings together diverse scientific and engineering capabilities to develop transformative, operationally ready solutions for public safety. As a statutory board under the Ministry of Home Affairs, HTX works at the forefront of science and technology to empower the Home Team with cutting-edge capabilities. Guided by our mission to amplify, augment and accelerate the Home Team's advantage, we are committed to keeping Singapore the safest place on planet Earth.
Being part of 3i, they are the technology development domain of RAUS CoE focuses on advancing robotics and unmanned systems through innovative research, design, and development. Within this domain, the embodied AI R&D pillar integrates cutting-edge AI models into robotic platforms, enabling seamless interaction with the physical world. The role involves designing robot planners for autonomous task execution, developing robot skills for Home Team operations, and managing datasets for AI model training. Key responsibilities include optimizing embodied AI systems through advanced techniques like reinforcement learning, Sim2Real transfer, and domain randomization, while leveraging high-accuracy physics and rendering engines.
In addition, the role includes deploying these systems in real-world environments, ensuring scalability, robustness, and continuous performance enhancements based on operational feedback.
All new hires are appointed on a two-year contract in the first instance and will be assessed and considered for permanent tenure over time, based on performance.
As part of the shortlisting process for this role, you may be required to complete a medical declaration and/or undergo further assessment.
All applicants will be updated on the status of their applications within 4 weeks upon closing of the advertisement.