Contributed by: Xinyu Ye, xinyu.ye@foxmail.com
Research Assistant Professor: Peng Cheng Laboratory (PCL), China
Research Assistant Professor of Cooperative Multi-Robot System: The Robotics Research Center @ Peng Cheng Laboratory, Shenzhen, China
Overview: Peng Cheng Laboratory (PCL) is a new type of scientific research institution in the field of network communications in China. PCL focuses on the strategic, forward-looking, original scientific research and core technology development in the related fields. PCL is headquartered in Shenzhen, Guangdong, with main research themes in network communication, cyberspace and network intelligence.
As an integral part of China’s national strategic scientific and technological initiatives, PCL is committed to serving China’s national developmental scheme in broadband communications, future network, as well as serving its key role in establishing the Guangdong-Hong Kong-Macao Greater Bay Area, and helping Shenzhen building itself towards a pioneering demonstration zone with Chinese characteristics. The Robotics Research Center (RRC) focuses on the marine applications of the heterogeneous underwater swarm robots. The first key project is Collaborative Operation Platform for Smart Underwater Robots (COPSUR).
The critical scientific technologies include environmental perception, controlling, driving and communication systems in underwater robots. Through the specialized capabilities, the multidisciplinary research extends to the leading-edge exploration and fundamental research on ocean and marine engineering technologies related to ocean observation, ocean oil and gas, offshore wind turbines, marine fisheries and underwater security, etc.
Job Description: Your primary responsibility will be conducting research studies on the cooperative multirobot system to address relevant challenges in the field of multi-robot system.
Current research areas include multi-robot cooperative control, cooperative decision making, game theory based control, etc. You will help provide technical vision for the project planning and implementation of the key projects at the Robotics Research Center.
Required Qualifications:
- Have (or will soon receive) a Ph.D from the top universities of China or the top 300 universities worldwide in the QS Rankings; have demonstrated record of publications in the top journals/conferences in the past 5 years;
- Have proven research experiences in the related fields, including Robotic Control, Decision Making, Path Planning, Game Theory, Reinforcement Learning, Control Theory & Control Engineering, Pattern Recognition & Intelligent System, etc;
- Have proven ability in defining robotics research problems and identifying possible solutions and excellent written and oral communication skills.
Salary and other welfare: Annual Salary: above 450,000 CNY. For the candidate who meets the criteria of overseas high-level personnel program of Shenzhen (the Peacock Plan Program), you can apply for the personal allowance (1.6 million CNY) if qualified (current policy).
Research supports: the research group has a technical supporting team consisting of full-time experienced engineers in terms of mechanical engineering, embedded system, control algorithm, computer vision, navigation and positioning, etc;
Long-term collaboration with the renowned professors from the top universities in China, including Shanghai Jiao Tong University, Southern University of Science and Technology, Northwestern Polytechnical University, Northeastern University, etc. Other welfares: High-standard social insurance and housing fund; Provide proper assistances in housing and children’s education; Annual aid leave, annual health checkups and other subsidies; Staff canteen, free company bus, free gym, etc.
Please send your personal resume, including personal education/work/research experiences, major research achievements and contact information, to Mr. Ye. Email: yexy@pcl.ac.cn; or ye.yexinyu@hotmail.com
The official recruitment channels in Chinese are linked below: https://jobs.51job.com/shenzhen-nsq/127363216.html?s=04
