Teams at Huawei Canada

Conduct research in Physical AI, Embodied AI, and Spatial AI, developing robotic foundation models, world models, multimodal systems, planning, reasoning, imitation learning, reinforcement learning, and control methods. Translate research into production-ready code, run experiments in simulation and on real robots, collect and analyze data, collaborate with infrastructure and robotics teams, and contribute to patents and publications at leading AI and robotics venues.

Researches and develops high-efficiency, reliable supercharging converters for electric vehicle charging infrastructure. Responsibilities include converter optimization, technical specifications, schematics, cross-functional system integration, technology trend analysis, research direction definition, and innovation leadership. The role requires expertise in power conversion, EV charging standards, embedded power-control firmware, circuit simulation, and renewable energy systems.

Develop C++ power system and control component models for electromagnetic transient simulation. Responsibilities include ensuring numerical stability, optimizing execution speed, benchmarking against simulation tools, documenting algorithms, creating user manuals, and building demo cases. The role requires advanced knowledge of power systems, power electronics, microgrids, numerical methods, sparse matrix decomposition, and parallel processing.