(PhD) Physical model and algorithm senior engineer

Job responsibilities
1. Responsible for technical insights in the fields of electromagnetics, optics, acoustics, motion control and other fields, exploring innovative technology directions, and supporting future terminal products to create advanced modeling methods and algorithms in the direction of intelligent perception, multimedia, new forms of intelligent terminals, and biological health  accomplish;
2. Responsible for the algorithm architecture design capabilities of smart terminals, including: traditional algorithms, machine learning/deep learning algorithms, integration of traditional and AI, multi-platform heterogeneous optimization, end-to-end full-link understanding capabilities;
3. Implement advanced algorithms in the nursing field, support the construction of system design capabilities for new devices, chips, and new interaction methods, and ensure the design and development of algorithm modules and the efficient implementation of domain algorithms.

Job requirements
1. Be proficient in mathematical modeling of the physical world, proficient in simulation methods to verify the response of the model in the system, and debug and improve the model. For physical models in a certain field such as electromagnetics, acoustics, optics, robot motion control, and multimedia interaction, technical experts who have a deep understanding of algorithm evolution and the ability to combine algorithm composition with specific hardware forms to form innovative product experiences;
2. Be familiar with C/C++, Python, Embodied AI, LLM, master at least one deep learning framework such as TensorFlow, Pytorch, Keras, etc., understand industry information, and follow up on the latest paper news in this field in a timely manner;
3. Have solid mathematical logical thinking, be good at learning quickly, and have good team communication and collaboration skills.

Working language is Mandarin.