Talent War Heats Up in China’s Robotics Sector
A fierce competition for skilled professionals has emerged within China’s robotics industry. Job openings for humanoid robot specialists have more than doubled year-over-year, while chief scientist positions now offer salaries reaching up to 26.7 billion won, signaling an intense battle for technical talent.
According to a workforce trends report from Chinese employment platform Liepeng’s Big Data Institute, new robotics job postings surged 75.26% over the past year. When focusing specifically on humanoid robotics roles, the increase reached an extraordinary 215.8%.
Salary Breakdown:
• General robotics positions: 328,000 yuan annually (approximately 70 million won)
• Humanoid robotics specialists: 406,100 yuan annually (approximately 88 million won)
Record-Breaking Compensation Packages
UBTECH, considered a leading player in humanoid robotics, recently announced an opening for a chief physical AI scientist. The position offers a base salary of 15 million yuan (about 3.24 billion won), with total compensation potentially reaching 124 million yuan (roughly 26.78 billion won) when performance bonuses are included—representing industry-leading terms for a single job posting.
High-Demand Technical Roles:
The top three positions—algorithm engineers, mechanical structure engineers, and robotics engineers—account for over 30% of total hiring demand.
Growth rates by engineering specialty:
▪ Mechanical structure engineers: 99.19%
▪ Manufacturing process engineers: 95.40%
▪ Automation engineers: 79.45%
▪ Electronic control engineers: 73.72%
Average monthly salaries for these engineering roles range from 20,000 to 30,000 yuan (around 4.3 to 6.5 million won), significantly exceeding China’s manufacturing sector average.
Business Functions Also in High Demand
Non-technical positions are experiencing rapid growth as well. Sales manager and team leader roles increased by 79.3%, while solution-related positions jumped 108.47%.
Geographic Distribution:
Shenzhen in Guangdong Province leads with 19.64% of all job postings, establishing itself as the primary hub. Shanghai and Beijing follow as secondary centers.
Top Universities:
Industry professionals predominantly come from Shanghai Jiao Tong University, Tsinghua University, Fudan University, Peking University, and Zhejiang University. Aerospace-focused institutions like Harbin Institute of Technology, Beihang University, Nanjing University of Aeronautics and Astronautics, and Northwestern Polytechnical University also rank highly, highlighting the technological overlap between robotics and aerospace/control engineering fields.
Investment Momentum Accelerates
According to IT Juzi, a data services provider, China’s physical AI sector has recorded 151 publicly disclosed investment deals, with 18 mega-rounds exceeding 1 billion yuan (approximately 216 billion won each).
Notable funding examples include:
• XSquare Robot secured 1 billion yuan in Series A++ funding in January
• Beijing Humanoid Robot Innovation Center, developer of the half-marathon-winning robot “Tiangong,” completed its first external funding round of 700 million yuan (around 151 billion won) in early February
Government Response: Education System Overhaul
Facing a severe talent shortage, Chinese authorities have initiated reforms in higher education. The Ministry of Human Resources and Social Security estimates the AI talent gap at 5 million professionals. The State Council officially acknowledged that the supply-demand ratio for robotics technicians stands at 5.2 to 1—meaning over five job openings exist for every available technician.
The Ministry of Education recently expanded “Physical AI” undergraduate programs to nine universities, including Beihang University, Shanghai Jiao Tong University, and Zhejiang University, with enrollment beginning this academic year. New majors such as “Future Robotics,” “Cross-Disciplinary Engineering,” and “Brain-Computer Science and Technology” have been added to approved undergraduate curricula.
Industry observers characterize this year as a pivotal turning point, marking China’s physical AI and humanoid robotics sectors’ transition from development phase into mass production and commercialization.