China’s undergraduate education system is being reshaped at speed. What may look like a routine update to the national undergraduate programme catalogue is, in fact, a much bigger signal of how China is aligning higher education with national strategy, industrial upgrading, regional development and graduate employment.
In April 2026, the Ministry of Education released the updated undergraduate programme catalogue, adding 38 new undergraduate majors. These new subjects can be included in 2026 university admissions. They cover areas such as energy science and engineering, deep-earth science and engineering, transport-energy integration engineering, agricultural robotics, biological manufacturing, brain-computer science and technology, digital cultural tourism, business artificial intelligence, digital trade and digital finance. The 2026 catalogue now covers 13 disciplinary categories, 92 professional categories and 883 undergraduate majors.
The scale of change is striking. During the 14th Five-Year Plan period, Chinese universities added around 10,200 undergraduate programme points, while around 12,200 were removed or suspended. The overall adjustment rate across the period exceeded 30%, and in 2026 the annual adjustment rate exceeded 10% for the first time.
This is not simply about adding more “fashionable” subjects. It reflects a deeper change in the logic of programme development. In the past, many universities designed programmes around existing departments, available staff and established disciplinary strengths. The current direction is increasingly different: programmes are expected to follow development needs, industrial needs and future needs.
A clear earlier example of this direction can be seen in the 24 new undergraduate programmes added to the 2024 catalogue. These included High-Power Semiconductor Science and Engineering, Biological Breeding Technology, Electronic Information Materials, Intelligent Vision Engineering, Intelligent Marine Equipment, Chinese Classical Studies, Health Science and Technology, Sports Health and Rehabilitation, National Security Studies, Overseas Interests Security, Football, Equestrian Sports and Management, Sinology and Chinese Studies, Applied Chinese, Intelligent Agricultural and Forestry Equipment Engineering, Materials Intelligence Technology, Soft Matter Science and Engineering, Rare Earth Materials Science and Engineering, Engineering Software, Coffee Science and Engineering, Interdisciplinary Engineering, Ecological Restoration, Internal Audit and Ice and Snow Dance Performance.
At first glance, this list looks extremely diverse. It ranges from semiconductors and rare earth materials to coffee science, football, national security, classical studies and ice-snow performance. But this diversity is exactly the point. China is not only expanding undergraduate provision; it is using programme development to respond to multiple priorities at once: technological self-reliance, food security, advanced manufacturing, cultural development, sport, public governance, ecological restoration, new service industries and regional economic needs.
The 2026 catalogue continues this pattern. It is particularly notable for the growth of interdisciplinary and future-facing subjects. For example, the Ministry of Education has supported nine universities, including Harbin Institute of Technology and Beihang University, to establish the new embodied intelligence major through a special mechanism for strategically urgent disciplines. The 2026 catalogue also places several new and existing subjects within the “interdisciplinary” category, including future robotics, interdisciplinary engineering, embodied intelligence and brain-computer science and technology.
This reflects a wider move from traditional disciplinary boundaries towards “AI + X”, “digital + X” and “industry + X” models of education. The future graduate is expected not only to know a subject, but to apply that knowledge across technologies, sectors and real-world problems.
The trend is already visible in university behaviour. According to MyCOS Research Institute statistics reported by First Finance, between 2020 and 2024, four newly added popular undergraduate majors each gained more than 200 new programme points: Artificial Intelligence, Digital Economy, Intelligent Manufacturing Engineering, and Big Data Management and Application. Artificial Intelligence saw the largest increase, with 406 new programme points added over five years.
This helps explain why artificial intelligence has become one of the most visible forces shaping Chinese higher education. In 2026, AI was also one of the most searched and discussed undergraduate choices among Gaokao applicants. According to Baidu’s Gaokao big data platform, the top ten most popular undergraduate majors in 2026 were Electrical Engineering and Automation, Artificial Intelligence, Electronic Information Engineering, Computer Science and Technology, Communication Engineering, Law, Economics, Psychology, Biopharmaceuticals and Digital Media Technology. Engineering-related subjects accounted for seven of the ten.
However, the popularity of a subject does not automatically mean strong employment outcomes for every graduate. MyCOS analysis noted that while traditional engineering strengths such as Electrical Engineering and Automation and Communication Engineering continue to show strong employment quality, some newer or popular subjects, including Artificial Intelligence and Digital Media Technology, show more uneven outcomes. Graduates with strong, relevant and applied capabilities may be highly competitive, while those from weaker programmes or with less suitable skills may face greater employment pressure.
This is a very important point. A new programme title is not enough. Adding “AI”, “digital”, “intelligent” or “future” to a programme name does not automatically create a high-quality curriculum. The real challenge is whether universities can build the right teaching capacity, industry connections, applied projects, interdisciplinary learning, assessment design and student support around these new programmes.
The policy direction is also increasingly regional. The Ministry of Education has been encouraging provinces to develop urgent-demand and early-warning lists for undergraduate majors. These now cover 473 majors. Eight provinces and municipalities, including Heilongjiang, Zhejiang and Chongqing, have piloted stronger alignment between programme planning and regional development, supporting 247 distinctive programme clusters linked to local industrial needs.
This matters for international higher education. For international partners, especially those working in transnational education, China’s undergraduate programme reform provides a useful signal of where future collaboration demand may emerge. Traditional partnership areas such as business, finance, computing and general engineering will continue to matter, but Chinese institutions may increasingly look for programmes that are more specialised, more applied and more closely connected to regional economic priorities.
This could include areas such as artificial intelligence, digital finance, digital trade, robotics, smart agriculture, advanced materials, semiconductor-related subjects, health technology, ecological restoration, energy science, cultural industries and new forms of service innovation. It could also create space for interdisciplinary programmes that combine business with AI, design with digital technology, engineering with sustainability, or public governance with data and intelligent systems.
For UK and other international universities, this creates both opportunity and challenge. The opportunity is that Chinese institutions are actively rethinking their undergraduate portfolios and may be open to new kinds of academic collaboration. The challenge is that generic TNE proposals may no longer be enough. Future partnerships will need to show clear relevance to China’s national strategy, regional priorities, student employability and curriculum innovation.
The most successful international partnerships may therefore be those that can answer four questions clearly. What future industry or social need does the programme respond to? How does the curriculum develop interdisciplinary and applied capability? How will the programme support graduate outcomes? And how will the partnership build local capacity rather than simply export an existing curriculum?
In short, China’s undergraduate programme reform is not just about new majors. It is about a changing relationship between higher education, industrial policy, regional development and the future of work.
The 24 new programmes introduced in 2024 showed the direction of travel. The 38 new majors in 2026 confirm it. China is moving towards a more responsive, data-informed and strategically aligned higher education system. For anyone working in international education, TNE or global partnerships, this is a development worth watching closely.