Engineering Programs

International Energy Engineering

International Management & Sustainability

International Master of Engineering Management Program (IMEM)

This engineering management program cultivates interdisciplinary talents with engineering technology foundation and modern management ability. It is oriented to international engineering project operation, technology management and industrial innovation management. Core courses include engineering project management, technology innovation management, industrial operation strategy, data-driven engineering decision-making and cross-cultural engineering management. Teaching combines engineering practice, enterprise project consulting and case analysis of global engineering management. Graduates can engage in engineering project management, technology R&D management and industrial operation management in multinational engineering enterprises, high-tech companies and industrial investment institutions

International Master of Software Engineering

This English‑medium International Master of Software Engineering program is operated by Tongji University School of Software Engineering, designed for international students who aim to build professional competence in large‑scale software system development, software architecture design and software‑project management. The program accepts applicants from diversified undergraduate backgrounds; IT‑related practical experience is valued for applicants whose undergraduate major is not computer‑related discipline. Core curriculum covers advanced software engineering methodology, software system architecture, big‑data processing technology, cloud‑computing development, software‑project risk management, artificial intelligence application and global software‑industry practice cases. Teaching mode combines theoretical lectures, group software‑development projects, industry‑case analysis and guest sharing delivered by senior technical engineers from high‑tech enterprises. Students are encouraged to participate in real‑world software‑development projects and internship opportunities in Shanghai‑based IT companies. Applicants shall be non‑Chinese citizens holding valid passports and hold a recognized bachelor’s degree. Two academic recommendation letters, curriculum vitae and English‑written motivation letter are required for application. Admitted students must complete required course credits, finish software‑development assignments and submit a qualified English master thesis for defense to obtain the master degree. Graduates can engage in software development, system architecture design, IT project management and technical‑consulting positions in multinational high‑tech corporations and global digital‑technology enterprises.

International Master Program in Nuclear Engineering and Management

This program combines nuclear engineering technology, nuclear energy management, nuclear safety and global nuclear governance. Relying on Tsinghua’s advantages in nuclear science and engineering, it covers nuclear reactor design, nuclear fuel cycle, nuclear safety supervision, nuclear energy policy and international nuclear non-proliferation. The program integrates theoretical teaching, laboratory research, engineering practice and international nuclear energy policy analysis. Students master professional nuclear engineering technology and global nuclear governance rules, suitable for R&D and management positions in international nuclear energy enterprises, nuclear regulatory agencies and international atomic energy organizations.

M.Sc. Electronics Engineering

Management Engineering

Master of Biomedical Engineering

This full‑time research‑oriented English‑taught Master of Biomedical Engineering programme is delivered by Department of Biomedical Engineering at Southern University of Science and Technology, a Double‑First‑Class research‑oriented university located in Shenzhen, within the Guangdong‑Hong‑Kong‑Macao Greater Bay Area. This interdisciplinary programme tightly integrates engineering technology, life‑science research and clinical medical‑application scenarios, covering core research directions including biomedical signal processing, medical imaging technology, biomedical materials, wearable medical devices, rehabilitation engineering, biosensors and computational medicine. The programme aims to cultivate high‑level international‑oriented research‑talents who systematically master cross‑disciplinary theoretical knowledge of biomedical‑engineering domain, possess solid laboratory‑experiment operation capacity, engineering‑prototype development capability, scientific‑literature analysis and independent‑research thinking, understand global cutting‑edge development trends of biomedical‑engineering industry and research community, and are capable of conducting cross‑border academic‑research cooperation. The curriculum structure consists of advanced core postgraduate courses, specialised elective modules, regular frontier academic seminars, laboratory rotation training, independent supervisor‑guided research work and master‑degree thesis research. Core courses include Advanced Biomedical Engineering, Biomedical Signal and Image Processing, Biomaterials Science and Engineering, Biosensor Technology, Medical Device Design, Computational Biology and Medical Informatics, Research Methodology for Engineering Science, Academic Writing and Thesis Standardisation, alongside serial frontier seminars focusing on global biomedical‑engineering hot‑spot research topics. During the three‑year full‑time study cycle, students are required to complete all compulsory and elective course credit requirements, participate in department‑level academic forums, finish multi‑group laboratory rotation sessions, take part in research‑group projects supervised by faculty members, and accumulate hands‑on laboratory‑practice experience. Every enrolled master student will be assigned one principal supervisor with abundant high‑level research project experience in biomedical‑engineering fields. Under supervisor guidance, students will conduct extensive international‑literature review, research‑scheme formulation, hardware‑and‑software experiment implementation, data collection‑and‑statistics‑analysis, research‑result sorting‑and‑paper‑publishing work, and finally complete original master graduation thesis and pass formal thesis defence. Applicants must provide authenticated bachelor‑degree certificate and complete official academic transcript issued by recognised higher‑education institutions. Applicants holding academic background in biomedical‑engineering, bio‑engineering, mechanical‑engineering, material‑science, biology or other related STEM disciplines will receive priority consideration. Non‑native‑English‑speaking applicants need to submit valid English‑proficiency certificates: IELTS overall 6.5 (no sub‑score below 6.0), or TOEFL iBT 90 and above. Applicants who have completed a full‑time degree programme fully delivered in English may apply for language‑score exemption with official supporting documents, subject to university administrative review. Applicants must be under 35 years‑old at the time of application, physically and mentally healthy to satisfy Chinese student‑visa medical‑examination criteria. After fulfilling all curriculum requirements and successfully passing master‑thesis defence, graduates will obtain official master‑degree diploma issued by Southern University of Science and Technology. Graduates can pursue research‑oriented career paths within international biomedical‑research institutes, global medical‑device high‑tech enterprises, cross‑border biomedical‑engineering consulting organisations, or proceed to pursue doctoral‑level further study worldwide.

Master of Chemical Engineering and Technology

This full‑time English‑taught Master of Chemical Engineering and Technology programme is offered by the College of Chemical Engineering at Zhejiang University of Technology, whose chemical engineering discipline enjoys high reputation nationwide. This research‑oriented engineering programme serves green chemical industry, new material development and environmental protection industry demands. Major research directions include green chemical technology, new chemical material development, separation engineering, energy chemical engineering, chemical pollution control and clean production technology. The programme aims to cultivate high‑level international chemical engineering talents who master solid chemical engineering theoretical knowledge, possess chemical experiment operation and process simulation capability, independent scientific‑research innovation awareness and cross‑cultural academic exchange competence. The curriculum consists of advanced postgraduate core engineering courses, discipline‑oriented elective modules, cutting‑edge chemical‑engineering academic seminars, laboratory rotation training, supervisor‑led research project participation and master thesis research work. Representative core courses include Advanced Chemical Engineering, Green Chemical Technology, New Functional Chemical Materials, Separation Process Simulation, Clean Energy Chemical Engineering, Engineering Research Methodology, Academic Writing and Thesis Standardisation, and serial thematic seminars tracking global chemical‑engineering research frontiers. During the 3‑year full‑time study period, students need to complete all compulsory and elective credit requirements, attend chemical‑engineering academic conferences and technical workshops, finish multi‑group laboratory rotation practice, take part in faculty‑managed chemical research projects and accumulate sufficient experimental practical experience. Every admitted student will receive one‑on‑one academic supervision from faculty member. Under supervisor guidance, students will finish comprehensive literature review, research scheme design, chemical experiment and process simulation test, experimental data statistics and analysis, research result sorting and academic paper drafting, and finally complete original master graduation thesis and pass thesis defence. Applicants must submit authenticated bachelor degree certificate and full official academic transcript issued by accredited higher education institutions. Applicants with chemical engineering, applied chemistry, material science and related engineering backgrounds receive priority consideration. Non‑native English‑speaking applicants need valid English proficiency certificates such as IELTS or TOEFL. Applicants who have finished full‑degree programmes fully taught in English can apply for language score exemption by submitting official supporting documents for university internal review. Applicant age generally should not exceed 35 years old, and physical‑mental health condition must satisfy medical examination criteria for Chinese student visa. After fulfilling all curriculum assessment requirements and successfully passing thesis defence, graduates are awarded official master degree diploma issued by Zhejiang University of Technology. Graduates can take research‑and‑development positions in chemical research institutes, fine‑chemical enterprises, new‑material manufacturing corporations, environmental‑protection technology organisations, or pursue further PhD‑level academic study worldwide.

Master of Civil Engineering

This full‑time English‑taught civil‑engineering master programme aims to cultivate international high‑level engineering‑talents who master modern civil‑engineering analysis theory, structural‑design technology, disaster‑resistance analysis and construction‑project management capability. Core courses include advanced structural‑engineering theory, structural‑seismic‑resistance analysis, geotechnical‑engineering advanced theory, modern construction‑project management, new‑building‑material research, urban‑underground‑space engineering. Students will complete course study, participate in academic seminars, structural‑simulation experiments and construction‑site investigation activities. Under supervisor guidance, students will carry out theoretical research, numerical simulation or experimental research, complete master dissertation work. Applicants should hold bachelor degree of civil‑engineering‑related majors and provide official academic transcript. Non‑native‑English applicants shall meet university English‑proficiency requirements. After completing all course requirements and thesis defence, students will obtain master degree certificate of Anhui University of Technology. Graduates can work in construction‑design institutes, engineering‑construction enterprises, real‑estate‑development companies and engineering‑management‑related institutions worldwide. 

Master of Civil Engineering

This full‑time English‑taught Master of Civil Engineering programme is delivered by the School of Civil Engineering at Southeast University, located in Nanjing. Southeast University enjoys outstanding national and global reputation in civil engineering discipline, with long‑standing research accumulation in structural engineering, transportation infrastructure and disaster prevention mitigation. This research‑oriented postgraduate programme keeps pace with global infrastructure construction demands. Major research directions include structural engineering, geotechnical engineering, bridge and tunnel engineering, disaster prevention and reduction engineering, infrastructure health monitoring and intelligent construction technology. The programme aims to cultivate high‑level international civil engineering technical talents who master solid civil engineering theoretical foundation, possess structural analysis, engineering design and on‑site problem‑solving capabilities, independent scientific‑research innovation awareness and excellent cross‑cultural academic communication competence. The curriculum system consists of advanced postgraduate core courses, discipline‑specific elective modules, frontier academic seminars, laboratory practice and engineering site visiting training, supervisor‑led research project participation and master thesis research work. Representative core courses cover Advanced Structural Engineering, Geotechnical Engineering Theory, Bridge Seismic Design, Infrastructure Health Monitoring, Intelligent Construction Technology, Civil Engineering Research Methodology, Academic Writing and Thesis Standardisation, together with serial thematic seminars focusing on global civil engineering hot‑spot research topics. During the 3‑year full‑time study period, students need to complete all compulsory and elective credit requirements, participate in university‑level civil engineering academic conferences and technical workshops, finish laboratory operation and real‑world engineering site investigation practice, take part in faculty‑managed civil engineering research projects and accumulate sufficient engineering practical experience. Each admitted student receives one‑on‑one academic supervision from faculty supervisors. Under supervisor guidance, students will complete comprehensive literature retrieval and review, research scheme design, numerical simulation and experimental test, engineering data sorting, statistics and analysis, research result summarisation and academic paper drafting, and finally complete original master graduation thesis and pass thesis defence. Applicants must submit authenticated bachelor degree certificate and complete official academic transcript issued by accredited higher education institutions. Applicants with civil engineering, engineering mechanics, bridge engineering and other related STEM backgrounds will be given priority in admission assessment. Non‑native English‑speaking applicants shall provide valid English proficiency certificates such as IELTS or TOEFL. Applicants who have completed full‑degree programmes fully delivered in English can apply for language score exemption by submitting official supporting documents for university internal review. Applicant age generally should not exceed 35 years old, and physical‑mental health condition must satisfy medical examination criteria for Chinese student visa application. After completing all curriculum assessment requirements and successfully passing thesis defence, graduates will be awarded official master degree diploma issued by Southeast University. Graduates can engage in design, research and technical management work in design institutes, engineering construction enterprises, scientific research institutions, international infrastructure organisations, or pursue further PhD‑level academic study worldwide

Master of Computer Science and Engineering

This full‑time research‑focused English‑taught Master of Computer Science and Engineering programme is hosted by Department of Computer Science and Engineering, Southern University of Science and Technology. Rooted in the digital‑industry development background of Guangdong‑Hong‑Kong‑Macao Greater Bay Area, this programme covers mainstream cutting‑edge research directions: artificial intelligence and machine‑learning, big‑data technology, computer‑vision, natural‑language processing, cybersecurity, distributed computing, computer‑network systems, software‑system theory and computational‑theory research. It commits to cultivating international‑oriented high‑level computer‑science research‑talents, who master systematic theoretical foundation of computer‑science discipline, possess solid coding‑practice capability, algorithm‑design capacity, scientific‑research‑innovation awareness, and cross‑cultural academic‑cooperation competence. The curriculum includes advanced core postgraduate courses, discipline‑specialised electives, regular high‑level international academic seminars, research‑group rotation training, supervisor‑led scientific‑research projects and master‑degree thesis research. Core courses contain Advanced Algorithm Theory, Artificial Intelligence and Deep‑Learning Theory, Advanced Computer Networks, Cybersecurity Theory and Practice, Big‑Data System Architecture, Computer‑Vision Research, Natural‑Language‑Processing Frontier, Research Methods for Computer Science, Academic Paper Writing and Standardisation, together with thematic seminars tracking global computer‑science frontier hot‑spot topics. Within the three‑year full‑time study period, students need to complete required course credits, attend department‑hosted academic forums, join multiple research‑group rotations, participate in faculty‑led scientific‑research projects, accumulate hands‑on programming, algorithm‑experiment and system‑development practical experience. Each admitted student will receive one‑to‑one academic guidance from a faculty supervisor with rich high‑level computer‑science‑project research experience. Under supervisor’s direction, students will carry out comprehensive literature investigation, research‑scheme design, algorithm‑implementation, experimental‑verification, data‑analysis, academic‑paper drafting and independent master‑dissertation‑research work. Applicants must submit authenticated bachelor‑degree diploma and full official academic transcript issued by recognised higher‑education institutions. Applicants with computer‑science, software‑engineering, electronic‑information, mathematics or other STEM‑related academic background are highly preferred. Non‑native‑English applicants shall provide valid English‑proficiency results: IELTS overall band 6.5 (no sub‑score lower than 6.0), TOEFL iBT ≥90. Applicants whose prior full‑degree is fully English‑taught can apply for language‑score exemption by submitting official supporting documents for university review. Applicant age should not exceed 35 at application moment, physical‑mental health status must meet medical‑check‑standard for Chinese student visa. After completing all course‑credit requirements and passing master‑thesis defence, students will obtain official master‑degree certificate awarded by Southern University of Science and Technology. Graduates can engage in scientific‑research work within global computer‑science research institutes, high‑tech internet‑and‑AI enterprises, cross‑border digital‑technology‑research‑departments, or continue doctoral‑degree study in worldwide higher‑education institutions.