Dai Jiansheng's introduction

Dai Jiansheng im eche is a member of the American Society of Mechanical Engineers (ASME), a member of the British Society of Mechanical Engineering (Imeche), and a lifelong engineer chartered by the British Royal Society. He used to be the chairman of ASME in Britain and Ireland, and now he is the vice chairman of IFToMM in Britain. He is an evaluation expert of the British Applied Science and Engineering Research Foundation, the Seventh Framework Plan of the European Union and the National Natural Science Foundations of Canada, the United States and China. He is currently the deputy editor-in-chief of IEEE Journal of Robotics, ASME Journal of Machinery and Robotics and Robotics. He was a member and chairman of the steering committee of more than 60 international academic conferences. More than 20 doctors and 10 postdoctoral students have been trained. 1 Dai Jiansheng has achieved fruitful research results in the field of mechanism and robotics, and is an authoritative expert in international reconfigurable mechanism and robotics, enjoying a high reputation in the field of international mechanism and robotics. Published more than 400 papers in international journals, including more than 200 papers in international high-level journals and more than 200 papers in core international conferences; SCI has collected more than 220 papers and EI has collected more than 300 papers. SCIh- index 28，Scopush-index 30； Apply for many national/international invention patents 10; He has won many awards such as the best papers in international journals, the best papers in international conferences, ASME and IEEE service awards, ASME outstanding service awards, the first prize of the best doctoral supervisor in King's College in 20 10, the academic innovation award of China Mechanical Society in 20 12, and the international academic exchange award. 220 15 won the ASME lifetime achievement award for machinery and robots. This year, Dai Jiansheng published his mathematical book Spinor Algebra and Lie Groups and Lie Algebra in the series of "Fundamentals of Modern Mathematics" and his robot book Geometry Basis and Spinor Algebra in the series of "Robotics and Robotics", which was highly praised by mathematics professors and mechanics experts at home and abroad.