The landscape of higher education disciplines in China is evolving, shifting from a model of revision every decade to one of annual updates. This continuous optimization and upgrading of academic programs is closely aligned with national strategies, technological frontiers, and market demands.
Here is an overview of several newly established majors introduced from 2020 onwards: Low-altitude Technology and Engineering, Electronic Information Materials, Flexible Electronics, Intelligent Interaction Design, Quantum Information Science, Biostatistics, Cryptography Science and Technology, and Hydrogen Energy Science and Engineering.
Low-altitude Technology and Engineering
Year Established: 2025
Disciplinary Category: Interdisciplinary
What is Studied at the Undergraduate Level?
The curriculum emphasizes an interdisciplinary approach, integrating knowledge from mathematics, physics, engineering, and computer science. For instance, the program at Beihang University encompasses five primary disciplines: Aerospace Science and Technology, Unmanned System Science and Technology, Information and Communication Engineering, Control Science and Engineering, and Transportation Engineering. It also incorporates elements of artificial intelligence, communication engineering, and transportation. Core courses cover systems, communications, control, perception, embedded systems, and propulsion. Foundational topics like low-altitude intelligent decision-making and low-altitude traffic system optimization are deeply integrated with cutting-edge areas such as AI and big data analytics, highlighting the program's cross-disciplinary and integrative nature.
Career Directions
Demand for graduates spans the entire low-altitude economy industrial chain and diverse application scenarios. This includes upstream core component supply (aircraft R&D and manufacturing, propulsion systems, avionics, navigation/communication equipment), midstream system integration and platform operations (operational services, pilot/drone operator training, maintenance, air traffic management), downstream industry application services (emergency response, environmental monitoring, pollution source tracking, agricultural plant protection, tourism), as well as consumer terminals and related infrastructure development.
Electronic Information Materials
Year Established: 2024
Professional Category: Materials Science
What is Studied at the Undergraduate Level?
This major strengthens foundational knowledge in mathematics and physics, focusing on the deep integration of materials science and engineering, electronic information, and physics. At East China University of Science and Technology, for example, the curriculum includes modules for general education, foundational disciplinary education, specialized education, and innovation/entrepreneurship education. Foundational courses cover mathematics, physics, basic chemistry, engineering fundamentals, and information science and technology. Core specialized courses include Fundamentals of Integrated Circuit Materials Science, Semiconductor Device Physics and Processes, Principles of Electronic Packaging, Electronic Packaging Materials and Processes, Material and Device Failure Analysis, Integrated Circuit Process Materials, Equipment for Integrated Circuit Manufacturing, along with corresponding laboratory courses in materials science fundamentals, material preparation, and failure analysis.
Career Positions
Potential roles include Semiconductor Materials R&D Engineer, Integrated Circuit Process Engineer, and Optoelectronic Materials Designer.
Biostatistics
Year Established: 2022
Professional Category: Statistics
What is Studied at the Undergraduate Level?
As an interdisciplinary field, Biostatistics merges statistical theory and methods with biomedical sciences to solve practical problems in the life sciences. At China Pharmaceutical University, core courses include Data Structures, Scientific Computing, Database Principles and Applications, Fundamentals of Data Science, Stochastic Processes, R Programming, Operations Research, Bayesian Statistics, Mathematical Statistics, Applied Regression Analysis, Applied Multivariate Statistics, Advanced SAS Programming, Nonparametric Statistics, Generalized Linear Models and Applications, and Time Series Analysis.
Career Directions
Graduates can find opportunities in pharmaceutical companies, hospitals, government agencies, research institutions, and educational departments. They may work in clinical trial design and statistics, biomedical big data analysis, database management, software analysis, teaching, and research.
Hydrogen Energy Science and Engineering
Year Established: 2022
Professional Category: Energy and Power Engineering
What is Studied at the Undergraduate Level?
Born from the concept of "new engineering," this interdisciplinary major covers the entire hydrogen energy industrial chain, including hydrogen production, transportation, storage, utilization, and safety. At North China Electric Power University, the knowledge system integrates content from chemical engineering, materials science and engineering, power engineering and engineering thermophysics, and electrical engineering. The curriculum includes public engineering foundations (mathematics, physics, computer science, political theory, physical education, English), interdisciplinary foundational courses (key topics from chemistry, materials, engineering thermophysics, electrical, mechanical, and control engineering), specialized core courses focused on hydrogen production, storage, utilization, and safety, elective courses covering advanced topics and key tools, and a practical system with basic experiments, research experiments, and industry practice modules.
Career Directions
Graduates can pursue careers in state-owned enterprises within the energy and power or electrical sectors of the hydrogen industry, hydrogen fuel cell companies, new energy vehicle manufacturers, new energy power enterprises, and roles focused on hydrogen production, conversion, management, and safety applications.
Intelligent Interaction Design
Year Established: 2021
Professional Category: Mechanical Engineering (often under Design or related interdisciplinary categories)
What is Studied at the Undergraduate Level?
The program's research spans two key areas: intelligent computing, involving underlying technologies like machine learning, computer vision, and smart hardware development; and interaction innovation, covering design methodologies such as ergonomics, user research, information architecture, and multimodal interaction. These areas converge to form a complete loop from user need definition to the realization of intelligent products. Main courses include Fundamentals of Design Thinking, Design Methods, Design Semantics, Ergonomics, Data Statistics and Analysis, Fundamentals of Machine Learning, Fundamentals of Intelligent Open-source Hardware, Intelligent Information Interaction Design, Theories and Methods of Intelligent Interaction Design, and Innovative Design of Intelligent Interactive Products.
Career Directions
Opportunities exist across industries like smart technology, telecommunications/internet, advanced manufacturing, and digital finance. Specific roles include Intelligent Interaction Designer, AI Experience Architect, User Researcher, Product Manager, and AI Application Development Engineer.
Cryptography Science and Technology
Year Established: 2021
Professional Category: Computer Science
What is Studied at the Undergraduate Level?
The knowledge base is broadly divided into four categories: mathematics, computer science, cryptographic techniques, and cryptographic engineering. For example, at Nankai University, mathematics courses include Probability Theory, Information Theory, Mathematical Logic and Graph Theory, Algebra and Coding, and Theory of Computation. Computer science courses cover Programming, Computer Networks, and Operating Systems. Cryptographic technique courses include Cryptography, Cryptographic Protocols, and Provable Security. Cryptographic engineering courses involve topics like Hardware Security, Software Security, and Network Security Technology.
Career Directions
Career paths fall into three main categories: first, cryptography management and application roles in party and government agencies, state security departments, public security bureaus, and national/provincial cryptography administration bureaus; second, teaching and research positions in universities and research institutes, focusing on cryptography education, training, theoretical research, and technological development; third, roles in commercial cryptography enterprises, involving product R&D, system development, evaluation, and providing services like consultation, planning, construction, and operation & maintenance.
Flexible Electronics
Year Established: 2020
Professional Category: Electronic Information
What is Studied at the Undergraduate Level?
At Nanjing University of Posts and Telecommunications, the undergraduate curriculum is divided into three modules. The first module covers mathematical, scientific, and foundational professional courses, including advanced mathematics, linear algebra, probability theory, university physics, semiconductor physics, circuit analysis, analog/digital electronics, C programming, and signals and systems. The second module consists of specialized core courses: an introductory course on flexible electronics; materials and device courses like fundamentals of flexible electronic materials, organic electronics, semiconductor physics and devices, optoelectronic materials and devices, and sensor principles; specialized direction courses such as mechanics of flexible electronics, printed electronics, and fundamentals of bioelectronics; and system integration courses covering flexible electronic devices, flexible display technology, flexible energy technology, and flexible sensing technology. The third module focuses on practical and innovative training, including basic experiments, specialized experiments, and comprehensive internships.
Career Positions
Potential roles include R&D Engineer, Materials Engineer, Device Engineer, Process Engineer, System Integration Engineer, and Simulation & Design Engineer.
Quantum Information Science
Year Established: 2020
Professional Category: Physics
What is Studied at the Undergraduate Level?
This major is a highly composite interdisciplinary field. Core courses typically include Informatics, Quantum Mechanics, Introduction to Quantum Information, Quantum Information Experiments, Quantum Communication and Cryptography, and Quantum Computer Science.
Career Directions
Graduates can pursue careers in quantum research institutions, supercomputing centers, universities, and other scientific research platforms.
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