The spring season has ushered in a period of heightened activity in the job market. An analysis of spring recruitment data from various regional 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—are exhibiting a clear surge in hiring demand.
These new quality industries are showing substantial recruitment needs, with a notable increase in research and technical positions. Recruitment data indicates rapid growth in job openings across several technology-driven sectors within this domain. Specifically, the number of positions in the robotics and new materials industries has increased by more than 30% year-on-year, marking the most significant growth. The optoelectronics and artificial intelligence sectors have seen job numbers rise by nearly 20%, while aerospace and shipbuilding have experienced a 20% increase. The new energy vehicle components industry has also posted growth exceeding 10%.
In terms of compensation, these industries are demonstrating their urgent need for talent through competitive salary offerings. Robotics, new materials, and optoelectronics lead the top three, with average monthly salaries all surpassing 10,000 yuan. The average monthly salary for an AI engineer has reached 20,804 yuan. Chip engineers, mobile R&D engineers, and software R&D engineers follow closely, with average monthly salaries of 17,790 yuan, 16,624 yuan, and 15,816 yuan, respectively.
From a regional perspective, hiring demand in new quality productive force industries displays a distinct pattern of being both "high" and "fast." The "high" refers to the significant proportion of such jobs in cities like Beijing, Shenzhen, and Shanghai, accounting for 7.4%, 4.8%, and 4.6% of total job postings, respectively. The "fast" denotes rapid growth and strong momentum, with Wuhan, Suzhou, and Nanjing seeing year-on-year increases in related positions of 28.3%, 24.8%, and 20.5%.
Recruitment platform analysts note two prominent characteristics in first-quarter hiring for new quality industries. First, demand is concentrated, with core roles in advanced manufacturing, information technology, and new materials experiencing very rapid growth. Second, there is 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 ecosystem development.
A closer look at the employment structure within these industries highlights the particularly strong growth in R&D and technical roles. Data shows that positions for automotive manufacturing/design engineers have increased by over 30% year-on-year, the fastest growth rate among all job categories. This underscores the ongoing investment in R&D capabilities within the new energy vehicle sector, driven by technological upgrades and capacity expansion. Additionally, roles in clinical research/trials, AI engineering, and semiconductor/chip engineering have maintained steady and rapid growth.
What kind of talent profile are companies in these emerging sectors seeking? Recent university job fairs across multiple regions indicate that companies are posting a high volume of R&D positions. Data suggests 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 especially favored.
Regarding specific 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 sectors like new-generation IT, high-end manufacturing, and new energy, making them primary targets for proactive talent acquisition by companies. While different emerging industries have varying specializations, majors in computer software, mechanical engineering, electrical engineering, electronics, and automation are universally in high demand, forming the common knowledge base and primary source of technical talent for the new quality industries.
Despite the overall surge in hiring demand within new quality industries in the first quarter, with R&D roles leading the growth, recruitment data indicates that a number of key core technology positions still face a "more jobs than candidates" scenario, highlighting a persistent talent shortage.
For instance, in Zhejiang province, the cities of Hangzhou, Ningbo, and Wenzhou have released catalogs of skilled trades in high demand. Hangzhou's 2026 catalog lists 35 skilled occupations, 85% of which are related to advanced manufacturing clusters. Positions like industrial robot system operators, UAV pilots, and elderly care workers appear for the first time. Ningbo's catalog shows nearly one-third of listed trades are related to key development areas like humanoid robotics and new materials, including roles such as industrial vision system maintenance technicians and AI trainers. Wenzhou's catalog focuses on supplementing high-skilled talent for traditional pillar industries, listing positions like high/low-voltage electrical equipment assemblers, footwear designers, and battery manufacturing workers.
Data from recruitment platforms for the first quarter confirms that R&D and technical positions form the "backbone" of talent demand, accounting for over 20% of openings. Together with production and manufacturing roles, they constitute the fundamental employment base for new quality industries.
Specific examples illustrate the supply-demand gap: In the new-generation IT sector, the ratio of job openings to candidates for digital backend engineers is as high as 6.43, meaning over six positions are available for every suitable candidate. In the new energy vehicle sector, the ratio for intelligent driving system engineers reaches 16, indicating severe scarcity. In the new materials field, openings for materials process engineers have surged 131% year-on-year, but the supply of qualified candidates with high-level, composite backgrounds cannot keep pace. In the new energy sector, as the industry moves towards intelligence, the ratio for algorithm engineers has reached 3.58.
Experts note that these positions typically require high levels of education, experience, and interdisciplinary knowledge. They emphasize that the approach to talent cultivation must shift from being purely discipline-oriented to being guided by industrial needs. Strengthening collaboration with leading enterprises, core chain companies, and research institutions is crucial to enhancing the foresight, relevance, and practicality of talent development.