On the 16th, the Ministry of Education announced the addition of 27 new vocational education programs, encompassing both undergraduate and higher vocational levels. This includes 9 higher vocational diploma programs and 18 vocational undergraduate programs, spanning 14 major professional categories and 20 specific fields. Enrollment for these new programs is scheduled to commence in 2027.
Supporting National Strategic Development and Critical Industries
To align with national development strategies such as building a manufacturing powerhouse and a maritime power, the Ministry of Education has specifically introduced two new programs: Intelligent Non-destructive Testing Technology and Marine Intelligent Robotics Application Technology. What are the talent demands behind these new fields, and what core competencies will they focus on developing in students?
A tiny crack or a minuscule internal pore in a component, if present in critical national assets like aircraft engines, large gas turbines, or heavy-duty energy equipment, could lead to significant safety risks. Intelligent non-destructive testing technology can accurately detect various hidden flaws without damaging the workpiece.
Huang Xiaodong, Deputy Director of the Mechanical Industry Talent Development Service Center, stated that non-destructive testing serves as a crucial line of defense for the quality and safety of major equipment, from inspecting structural components in aerospace to in-service testing at nuclear power plants, and from quality control in new energy equipment to safety assessments of special equipment.
According to a survey of 381 non-destructive testing institutions, the shortage of technical and process talent accounts for 59% of the gap. Among current practitioners, 51% hold a diploma or lower educational qualifications, which is insufficient to meet the industry's needs for intelligent development.
It is reported that China's inspection and testing industry has reached a market scale of 480 billion yuan. The newly added Intelligent Non-destructive Testing Technology program is at the vocational undergraduate level, with its core mission being to cultivate high-end, composite quality control talent for this sector. This program was proposed for addition by Sichuan Vocational and Technical University of Engineering.
Zhang Youyi, Dean of the School of Materials Engineering at Sichuan Vocational and Technical University of Engineering, explained that the industry is transitioning from "manual experience-based judgment" to "data and intelligence-driven" processes. The university is currently preparing documentation for the proposed undergraduate program's enrollment, collaborating with enterprises like the Beijing Institute of Aeronautical Materials and Dongfang Electric Corporation to further optimize the talent cultivation plan. The core student competencies will focus on operating testing equipment, analyzing image signals, and developing and applying intelligent inspection systems.
Marine intelligent robots are core equipment for deep-sea resource development, subsea oil and gas pipeline inspection, and underwater structure maintenance. The newly added Marine Intelligent Robotics Application Technology higher vocational diploma program, submitted by Tianjin Maritime College, aims to cultivate highly skilled professionals capable of installation, commissioning, troubleshooting, remote underwater operation, and intelligent maintenance of marine robots.
Xu Yanming, Party Branch Secretary of the Marine Engineering Equipment Department at Tianjin Maritime College, noted that China's marine intelligent robotics industry is projected to exceed a scale of 10.9 billion yuan by 2026, with an annual growth rate maintained between 25% and 30%. Companies in this field commonly face a shortage of talent with core skills such as underwater testing and sealing. The program has defined 229 core skills, all of which directly correspond to the skills required for specific enterprise positions.
Focusing on Emerging Frontiers to Cultivate Urgently Needed Talent
This update also includes the addition of two new vocational undergraduate programs: Humanoid Robot Engineering Technology and Computing-Network Integration Engineering Technology. These target two major future sectors: embodied intelligence and the national integrated computing power network, aiming to cultivate composite, practical talent for the development of new quality productive forces.
Currently, the robotics industry, particularly humanoid robots, is facing a historic development opportunity. Embodied intelligence and humanoid robots have been systematically incorporated into the national layout for future industries. The year 2026 is viewed by the industry as the starting year for mass production in the global humanoid robot market, with global shipments expected to reach 50,000 units.
As humanoid robots enter mass production, the market will require a large number of frontline composite skilled personnel capable of assembly, debugging, fault repair, and secondary scenario development. The new Humanoid Robot Engineering Technology undergraduate program has been established this year to address this future demand.
Zhang Jianjun, President of Tangshan Polytechnic University, mentioned that the university is leading a Ministry of Education project for clustered cultivation of high-skilled talent in the humanoid robot field. As the lead institution, it has brought together 14 colleges and 26 leading enterprises in China's humanoid robot sector. The Humanoid Robot Engineering Technology undergraduate program integrates mechanical and electrical engineering, artificial intelligence, and information technology around the needs of humanoid robots, requiring the development of corresponding professional standards, curriculum standards, and a series of supporting materials.
It is understood that this program is positioned for industrial application. Graduates' employment will cover diverse scenarios such as smart manufacturing factories, commercial services, special operations, elderly care companionship, and household services. They can engage in roles including embedded systems debugging engineer, humanoid robot systems integrator, on-site operation and maintenance engineer, secondary scenario development technician, and post-sales technical support.
Currently, the nation has explicitly included computing power networks in strategic infrastructure. National integrated computing power scheduling, the synergy between computing power and networks, and the operation and maintenance of green intelligent computing centers have become new industrial tracks. As a brand-new vocational undergraduate program, Computing-Network Integration Engineering Technology will supply high-end technical talent with core capabilities in computing-network engineering design, construction implementation, operation, maintenance, scheduling, and security management to telecommunications operators, computing power service providers, and computing-network operation and maintenance service enterprises.
Liu Mingliang, Deputy Director of the Ministry of Industry and Information Technology's Education and Examination Center, stated that the addition of this related program is based on the current development context of computing power infrastructure. It aims to meet industry talent needs through a full-chain service approach, encompassing demand analysis, planning and design, engineering implementation, operation and maintenance services, and security assurance.
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