The hierarchy of the highest-paying undergraduate majors has seen a significant shake-up, with a new leader emerging at the top of the pay scale. According to the recently released "2026 China Undergraduate Employment Report" by MyCOS Research Institute, the Microelectronics Science and Engineering major has claimed the top spot with an average monthly salary of 7,814 yuan six months after graduation, while Electronic Science and Technology follows closely in second place with 7,752 yuan per month. Notably, Information Security, which has historically dominated this ranking, has fallen out of the top three, and traditional computer-related majors like Software Engineering have collectively ceded their former positions.
This trend is further corroborated by data from Zhaopin, which surveyed graduates three years into their careers. Their salary rankings show that 43 of the top 50 highest-paying majors are in engineering fields, with Electronic Science and Technology leading at 8,064 yuan per month, followed by Intelligent Science and Technology and Process Equipment and Control Engineering. Long-standing strong majors such as Information Security and Software Engineering now find themselves only in the middle of the list. This structural reshuffling of the salary rankings raises the question: what new signals is the job market sending?
This salary ranking "reshuffle" reflects a fundamental shift in industrial logic. Microelectronics Science and Engineering, commonly understood as the core major for chip (integrated circuit) technology, focuses on how to turn semiconductor materials into electronic devices and integrated circuits—a field essential for the chips found in smartphones, servers, new energy vehicles, photovoltaics, and aerospace applications. Historical data from MyCOS shows that this major entered the rankings in 11th place in 2017 and has been on a steady upward trajectory: rising to 8th place in 2021, reaching second in 2024, and now claiming the top position this year. In the current top five, electronic information majors occupy four spots, with graduates highly concentrated in the semiconductor and electronic component manufacturing sectors.
"The fact that Information Security has fallen out of the top three doesn't mean the major itself is weak—it means the industry's focus has shifted," noted a researcher from Zhaopin Research Institute. This trend indicates that the core of industrial upgrading is moving from "Internet Plus" toward "hard tech plus intelligent manufacturing," with growing demand for talent in chip design, semiconductor manufacturing, and optoelectronic device R&D, which in turn is driving up salaries in these fields. Changes in the recruitment market are equally evident. The "2026 Campus Recruitment White Paper" from 51job.com shows that the signing rate for the electronics/semiconductors/integrated circuits sector has jumped from 5.3% in 2025 to 8.9%, making it the top industry for new graduate placements.
Another notable "dark horse" on this year's list is Materials Science and Engineering, which has broken into the MyCOS top ten for the first time. This corresponds with industrial demand: Zhaopin data indicates that from January to May 2026, employer demand for new graduates in the new materials industry rose 60.1% year-on-year, while the robotics industry saw an 83.8% increase and the optoelectronics sector grew 30.7%. "The industrial logic shift has indeed occurred," the researcher said, explaining that as the digital economy deepens and the construction of AI, large model, and computing power infrastructure accelerates, all of these require chips and hardware as their foundational support.
Beyond reflecting current trends, this salary data offers another layer of value: guiding prospective students and their families to move beyond the short-sighted logic of "what's hot this year" and instead assess long-term trends of "what will be needed in the future." In Sichuan, the choices of some graduates already reflect this change. Cao Xinzhangheng from Mianyang High School scored 656 in the physics track of this year's college entrance examination and has been admitted to Xi'an Jiaotong University's Microelectronics Science and Engineering program. Driven by a strong interest in semiconductor technology and confidence in its prospects, he has set his sights on the chip sector. He noted that China's chip technology is still in a catch-up phase with enormous potential, and he hopes to build a solid foundation in math and engineering during university so he can eventually contribute to integrated circuit technology breakthroughs.
Fan Mingmin, a 2026 graduate in Mechanical Engineering from Southwest Petroleum University, has chosen to join a petroleum company in a frontline oil extraction technical role, with a trial-period monthly salary of about 10,000 yuan and an expected 13,000 to 15,000 yuan after regularization. He admitted that he values the stability and platform opportunities of the energy industry more than short-term salary figures. This logic of "prioritizing the industry platform over the major label" is increasingly becoming the consensus among graduates. Tang Xianghao, a 2026 Materials Science and Engineering graduate from Chengdu University, echoed this sentiment: "The major matters, but the industry platform for employment matters just as much. The same major can lead to vastly different salaries depending on the industry and city."
Zhaopin has proposed a reference framework for college application decisions: a three-dimensional consideration of "growth rate, demand, and interest." High-growth industries offer incremental opportunities but come with higher learning barriers; high-demand industries provide broader employment prospects and greater certainty; and personal academic strengths serve as the fundamental driver for sustained learning. Take chip engineers as an example: their educational backgrounds are interdisciplinary, spanning multiple engineering disciplines including Electronic Information Engineering, Materials Science and Engineering, Electronic Science and Technology, and Mechanical Design, Manufacturing, and Automation. This means there is no single path into the hard tech sector—the key is making a choice that matches one's own strengths.
Song Lu, a career consultant at Zhaopin's Western Region office, believes the deeper change lies in a redefinition of "value." When majors like microelectronics, materials, and energy see rising salaries, it reflects that the returns on fundamental, long-cycle technological investment are beginning to materialize—a form of "value recognition" for talent willing to endure the grind and delve deep into hardcore fields.
The heat on the employment side is also pushing the education side to adapt. From the training perspective, adjustments to university programs are accelerating. Since last year, multiple universities have established new schools focusing on cutting-edge fields such as embodied intelligence, artificial intelligence, integrated circuits, aerospace, life sciences, and future agriculture. This year, the Ministry of Education has added 38 new undergraduate programs, further signaling a structural adjustment in academic offerings. In Sichuan, the alignment between university program adjustments and regional industrial layout is particularly pronounced. Electronics and information, equipment manufacturing, and advanced materials have long been key industries for the province. In recent years, Sichuan has been focusing on building and strengthening chains for strategic emerging industries represented by artificial intelligence, treating "AI Plus" as the top innovation project, which has generated a host of job opportunities oriented toward new quality productive forces.
Southwest University of Science and Technology serves as an example: responding to national aerospace strategic needs and leveraging the regional advantages of China (Mianyang) Science and Technology City, it integrated its advantageous disciplinary resources to establish an aerospace school in 2025. Zhang Yuqi, the school's Party Committee Secretary, explained that the school focuses on frontier hotspots like commercial aerospace and the low-altitude economy, having already launched two undergraduate programs in Engineering Mechanics and Intelligent Flight Vehicle Technology. Industry observers also caution that university programs often lag behind industrial changes, and if students choose their majors solely based on what's currently popular, they may face a very different landscape when they graduate four years later.
"For Sichuan, as a major national electronic information industry base and a major clean energy province, this reshaping of the professional salary landscape is both an opportunity and a challenge," said a representative from the 51job.com Human Resources Research Center. How universities align their programs and training quality with industrial needs, and how graduates find the intersection between personal interests and regional industrial advantages, both require more sober observation and a longer-term perspective.