The spring season marks an active period in the job market. Analysis of spring recruitment data from various local human resources departments and agencies reveals that in the first quarter of 2026, industries representing new quality productive forces—such as advanced materials, new-generation information technology, and new energy vehicles—demonstrated significantly heightened recruitment demand.
Recruitment in new quality industries is substantial, with notable growth in R&D and technical roles. According to the data, several technology-driven sectors within the new quality productive forces experienced rapid growth in job openings. Specifically, the number of positions in the robotics and new materials industries each increased by over 30% year-on-year, showing the most pronounced growth. The optoelectronics and artificial intelligence sectors saw nearly a 20% rise in job postings, while aerospace and shipbuilding industries reported a 20% increase. The new energy vehicle components sector experienced growth exceeding 10%.
In terms of salaries, industries related to new quality productive forces demonstrated their urgent need for talent through competitive compensation. Robotics, new materials, and optoelectronics led the top three with average monthly salaries all surpassing 10,000 yuan. AI engineers commanded an average monthly salary of 20,804 yuan. Chip engineers, mobile R&D engineers, and software R&D engineers followed closely, with salaries of 17,790 yuan, 16,624 yuan, and 15,816 yuan respectively.
From a urban perspective, recruitment demand in new quality productive forces industries displayed a clear pattern of being both "high" and "fast." The "high" refers to the relatively high proportion of new quality productive forces jobs in cities like Beijing, Shenzhen, and Shanghai, accounting for 7.4%, 4.8%, and 4.6% respectively. The "fast" indicates rapid growth and strong potential, with Wuhan, Suzhou, and Nanjing seeing increases in related positions by 28.3%, 24.8%, and 20.5% respectively.
Staff from recruitment platforms noted two distinct characteristics in new quality industry hiring for the first quarter: concentrated demand, with rapid growth in core supply chain roles like advanced manufacturing, IT, and new materials; and chain interaction, where talent demand is simultaneously activated across the entire industrial chain—from upstream material R&D to midstream equipment manufacturing and downstream final product integration—reflecting a trend of synergistic ecological development.
A closer look at the employment structure within new quality industries highlights particularly outstanding growth in R&D and technical positions. Data shows that recruitment for automotive manufacturing/design engineers surged by over 30% year-on-year, the fastest growth among all positions, indicating the new energy vehicle industry's continued investment in R&D for technological upgrades and capacity expansion. Positions in clinical research/trials, AI engineering, and semiconductor/chip engineering also maintained stable and rapid growth.
What is the ideal "talent profile" sought by new quality enterprises? Recent university job fairs in multiple locations revealed high demand for R&D roles from companies in these sectors. Data indicates that these firms generally seek candidates with advanced degrees in STEM fields. In cutting-edge areas like aerospace and biotechnology, graduates from top-tier universities are particularly favored.
In terms of majors, Computer Science and Technology, Mechanical Design Manufacturing and Automation, Electrical Engineering and Automation, Software Engineering, and Electronic Information Engineering rank as the top five in demand. These align closely with the technological needs of industries like new-generation IT, high-end manufacturing, and new energy, making them primary targets for proactive talent acquisition by companies.
Overall, while different new quality industries emphasize various specialties, majors such as computer software, mechanical engineering, electrical engineering, electronics, and automation are universally highly valued. These fields form the common knowledge base and main source of technical talent for the new quality industries.
Despite strong recruitment demand in the first quarter, with R&D positions leading growth, data shows that several key core technology roles still face a shortage of candidates, presenting a situation of "more jobs than people."
In Zhejiang province, three cities—Hangzhou, Ningbo, and Wenzhou—released catalogs of skilled trades in high demand. Hangzhou's 2026 catalog listed 35 occupations, 85% of which are related to advanced manufacturing clusters. Positions like industrial robot system operators, UAV pilots, and elderly care workers appeared for the first time. Ningbo's catalog showed nearly one-third of roles linked to key developing industries like humanoid robots and new materials, including positions for industrial vision system maintenance technicians and AI trainers. Wenzhou's catalog focused on supplementing high-skilled talent for traditional pillar industries, such as high/low voltage electrical equipment assemblers, footwear designers, and battery manufacturing workers.
R&D and technical positions form the "backbone" of talent demand. First-quarter data from recruitment platforms indicates these roles account for over 20% of total demand, constituting, alongside manufacturing positions, the fundamental employment base for new quality industries.
Specifically, in the new-generation IT sector, the demand-supply ratio for digital back-end engineers reached 6.43, meaning over six jobs are available for every suitable candidate. In the new energy vehicle sector, the ratio for intelligent driving system engineers hit 16, ranking among the most severe shortages. In new materials, postings for materials process engineers surged 131% year-on-year, but supply of qualified candidates with high-level, composite backgrounds failed to keep pace. In new energy, as the industry moves towards智能化, the demand-supply ratio for algorithm engineers reached 3.58.
These positions generally require high educational attainment, experience, and interdisciplinary knowledge. Experts suggest that talent cultivation must shift from a major-oriented approach to an industry-demand-oriented model. Strengthening collaboration with leading enterprises, supply chain core firms, and research institutions is crucial to enhance the foresight, relevance, and practicality of talent development.