Summary of Key Findings
Recent employment data shows that among undergraduate graduates, the majors with higher income growth five years after graduation are primarily in engineering fields, especially those related to new energy, advanced manufacturing, and new materials—hard technologies and new types of productive forces (such as Energy and Power Engineering, Electronic Information, and Materials Science). The rise of these majors is closely linked to China's industrial upgrading from a focus on "Internet+" to "hard technology + intelligent manufacturing" and the development of new productive forces. At the same time, new first-tier cities and strong provincial capitals in the central and western regions are becoming popular destinations for such talents due to their industrial clusters and policy advantages.
Detailed Analysis
1. Engineering Majors Lead in Income Growth
The majors with the highest income growth five years after graduation are overwhelmingly in engineering: Energy and Power Engineering (with a 133% increase, the highest), followed by Electronic Information (130%), as well as Mechanical Engineering, Materials Science, Automation, Electrical Engineering, and Instrumentation. These majors share a common characteristic of being deeply integrated with emerging industries such as next-generation information technology, new energy, and advanced manufacturing. For example, while Electronic Information not only offers high starting salaries but also significant growth over time, Energy and Power Engineering has seen substantial demand and salary increases due to the booming new energy sector (such as electric vehicles and photovoltaics). In short, graduates from these majors work in industries that are key areas of national development, which naturally leads to faster salary growth.
2. “Underdog” Majors Make a Comeback
Some previously less popular majors have become winners in terms of income growth. For instance, the starting salary for the Class of 2021 in Materials Science and Engineering was only 5,869 yuan, but by the Class of 2025, it had risen to 7,304 yuan, placing it among the top ten high-income majors. The reason is simple: graduates from this major work in industries that are fundamental to new energy vehicles, integrated circuits, and advanced equipment (such as the need for special materials in batteries and chips). With the surge in the new energy and semiconductor industries, there is a sharp increase in demand for professionals in materials science, leading to higher salaries.
3. Shift in High-Salary Major Rankings
Traditional IT majors (such as Software Engineering) are now being surpassed by hard technology fields. Data from Zhaopin shows that salaries for majors like Electronic Science and Technology and Process Equipment and Control Engineering have surpassed those of traditional IT fields. This reflects a shift in the focus of the industry: while the internet industry was the golden period of the past decade, the country now places more emphasis on critical hard technologies (such as chips and advanced equipment), resulting in higher salaries for related majors. In other words, as the industry focus shifts from software development to hardware manufacturing, so do the high-income majors.
4. New Productive Forces Become Highly Desired
"New productive forces" refer to the productivity brought about by new technologies and industries (such as advanced manufacturing, advanced equipment, and new energy). The demand for professionals in these fields is continuously increasing. For example, the proportion of fresh undergraduate graduates hired by the electronics and electrical equipment manufacturing industry has risen from 6.2% in the Class of 2021 to 7.0% in the Class of 2025. Graduates in these fields not only earn higher salaries than the average for their majors but also have a better match between their skills and job requirements, leading to more stable career development.
5. Employment Trends Are Moving Beyond First-Tier Cities
In the past, graduates preferred to seek jobs in major cities like Beijing, Shanghai, Guangzhou, and Shenzhen. However, new first-tier cities (such as Wuhan, Chengdu, and Xi'an) and strong provincial capitals in the central and western regions are now becoming popular choices. For instance, Wuhan's Optics Valley has gathered 16,000 optoelectronic companies, creating a complete industrial chain from fiber optics to chips. These cities offer strong educational resources (such as Hubei University of Science and Technology and Wuhan University) and a favorable business environment, which have attracted many tech companies. Their advantages include strong industrial clusters, lower living costs, and more policy support for talent development.
Conclusion
If you want to see rapid income growth after graduation, choose engineering majors related to hard technologies and new productive forces, and look for opportunities in new first-tier cities or strong provincial capitals in the central and western regions. This combination represents the current best strategy in the job market.