Courses

Master of Electronic Commerce

This full-time English-taught Master of Electronic Commerce programme is offered by School of Information Management at Wuhan University, a leading school in information management and e-commerce research in China. The programme focuses on e-commerce operation and management, digital marketing, e-commerce system development, cross-border e-commerce and e-commerce big data analysis, combining theoretical teaching, enterprise practice and academic research. Major research directions include e-commerce operation and management, digital marketing and consumer behavior, e-commerce system development and design, cross-border e-commerce, e-commerce big data analysis and application. The programme aims to cultivate high-level international e-commerce talents who master systematic e-commerce theories, possess e-commerce operation, digital marketing, system design and enterprise management capabilities. The curriculum consists of advanced postgraduate core e-commerce courses, characteristic elective modules, frontier industry seminars, enterprise field practice, supervisor-led research project participation and master thesis research work. Representative core courses include E-commerce Operation and Management, Digital Marketing, E-commerce System Development and Design, Cross-border E-commerce, E-commerce Big Data Analysis, Business Research Methodology and Academic Thesis Writing. During the 2-year full-time study period, students need to complete all compulsory and elective credit requirements, attend domestic and international e-commerce academic conferences and industry summits, finish field practice in e-commerce enterprises, take part in faculty-managed e-commerce research projects and accumulate practical experience. Each enrolled student receives one-on-one academic guidance from supervisors. Under supervisor instruction, students carry out literature collection and review, research scheme design, enterprise survey, data analysis, research-outcome summarisation and thesis drafting, and finally complete original master 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 e-commerce, information management, computer science, business administration or other related backgrounds are prioritised for admission assessment. Non-native English-speaking applicants shall provide valid English-proficiency certificates (IELTS 6.0 or above, TOEFL 80 or above). Applicants who have finished full-degree programmes fully taught in English may apply for language-score exemption by submitting official supporting documents for university internal review. Applicant age generally shall 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 are awarded official master-degree diploma issued by Wuhan University. Graduates can engage in e-commerce operation, digital marketing, e-commerce system development, cross-border e-commerce management work in global e-commerce enterprises, internet companies, traditional enterprise digital transformation departments, or pursue further PhD-level academic study worldwide.

Master of Electronic Information

This full‑time English‑taught Master of Electronic Information postgraduate programme is administered by the International College of Jinan University, relying on the solid engineering‑discipline foundation of Jinan University in electronic‑information domain. This programme covers modern electronic‑circuit technology, wireless‑communication system, embedded‑system development, artificial‑intelligence‑application, signal‑and‑information‑processing and other important technical directions. It is committed to cultivating international high‑level engineering‑research and practical‑application talents who master core theoretical knowledge of electronic‑information discipline, possess the ability to solve complex engineering‑practice problems, follow the global development trend of information‑technology industry, and have cross‑cultural‑engineering‑cooperation consciousness. Core curriculum includes Advanced Digital‑Signal‑Processing, Wireless‑Communication‑System‑Theory, Embedded‑System‑Hardware‑and‑Software‑Design, Artificial‑Intelligence and Computer‑Vision‑Technology, Electronic‑System‑Integration‑Design, Internet‑of‑Things‑Application‑Technology, Big‑Data‑Information‑Processing‑Technology, and frontier seminars on electronic‑information‑technology‑hot‑spot topics. Within the three‑year full‑time study period, students are required to finish all prescribed course credits, participate in regular academic seminars, complete laboratory‑engineering‑training, and take part in industry‑university‑cooperative scientific‑research‑projects arranged by the college. Every enrolled student will be assigned a professional supervisor with abundant research‑and‑project‑experience in electronic‑information‑related engineering fields. Under supervisor’s guidance, students will carry out technical‑literature investigation, system‑scheme design, simulation‑verification, hardware‑and‑software‑experiment debugging and complete independent master‑graduation‑thesis research work. Applicants must provide authenticated bachelor’s‑degree certificate and complete official academic transcript issued by recognised higher‑education institutions; electronic‑information, communication, computer‑science, automation or other related engineering‑discipline background is preferred. Non‑native‑English applicants need to provide valid English‑proficiency proof such as IELTS 6.0 or TOEFL iBT 80; applicants who have completed full‑time English‑taught bachelor‑degree programmes can apply for language‑score exemption after official university review. Applicants should possess basic mathematics, circuit‑principle and computer‑programming‑related fundamental knowledge. After fulfilling all course‑credit requirements and successfully passing master‑thesis defence, graduates will obtain official master’s‑degree diploma issued by Jinan University. Graduates can engage in technical‑research, system‑development‑design, project‑implementation and technical‑support work in global communication‑equipment enterprises, internet‑technology corporations, electronic‑product‑manufacturing companies, information‑scientific‑research‑institutes and other international‑information‑technology‑related organisations.

Master of Electronic Science and Technology

This full‑time English‑taught academic master programme in Electronic Science and Technology belongs to the School of Information Science and Technology of USTC. The programme focuses on core frontiers of modern electronic and information science, including microelectronics and solid‑state electronics, radio‑frequency circuit system, optoelectronic technology, information sensing and detection technology, integrated‑circuit design and semiconductor‑material research. Teaching activities combine systematic theoretical lectures, specialised laboratory experiments, frontier research seminars, supervisor‑led research projects and academic‑paper reading workshops. Students will receive comprehensive training covering circuit design, semiconductor‑device analysis, optoelectronic‑system debugging, chip‑related simulation and experimental‑data processing. Under the guidance of supervisors, students participate in ongoing scientific‑research projects, master mainstream research tools and experimental platforms, and explore practical scientific‑research problems in electronic‑information domain. Students are obligated to complete all curriculum credit requirements, participate in departmental academic events, accomplish independent research tasks, write a research‑focused master thesis and pass formal defence before obtaining master degree. Graduates can pursue further doctoral studies, or engage in research, chip design, optoelectronic‑product development and technical‑support jobs in international research institutes, semiconductor enterprises, communications‑technology corporations and high‑tech electronic‑product manufacturers all over the world. 

Master of Electronic Science and Technology

This full‑time English‑taught Master of Electronic Science and Technology programme is offered by the School of Information Science and Engineering at Southeast University. The university’s information and electronic discipline is among the top tier in China, featuring prominent research strength in wireless communication, radio frequency technology and microelectronic devices. This research‑oriented postgraduate programme responds to global development trend of electronic information industry. Major research directions include wireless communication technology, radio frequency circuit system, signal and information processing, microelectronics and integrated circuit, internet‑of‑things perception technology. The programme aims to cultivate high‑level international electronic information talents who master solid electronic theoretical knowledge, possess circuit design, signal analysis and system development capabilities, independent scientific‑research innovation awareness and good cross‑cultural academic exchange competence. The curriculum consists of advanced postgraduate core engineering courses, discipline‑oriented elective modules, cutting‑edge electronic technology academic seminars, laboratory rotation training, supervisor‑led research project participation and master thesis research work. Representative core courses include Advanced Communication Theory, Radio Frequency Circuit Design, Digital Signal Processing, Microelectronics Technology, Internet of Things System, Electronic Engineering Research Methodology, Academic Writing and Thesis Standardisation, and serial thematic seminars tracking global electronic information research frontiers. During the 3‑year full‑time study period, students need to complete all compulsory and elective credit requirements, attend domestic and international electronic information academic conferences and technical workshops, finish multi‑group laboratory rotation practice, take part in faculty‑managed information 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, circuit debugging and 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 communication engineering, electronic information science, microelectronics 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 Southeast University. Graduates can take research‑and‑development positions in electronic research institutes, communication technology enterprises, high‑tech electronic manufacturing corporations, or pursue further PhD‑level academic study worldwide.

Master of Energy and Power

This full‑time English‑medium Master of Energy and Power programme is hosted by College of Energy Engineering, Zhejiang University. It focuses on global energy transition, clean energy utilisation, low‑carbon technology innovation, responding to worldwide carbon‑neutrality development demands. Core research directions include new energy power generation technology, thermal energy conversion and utilisation, energy‑saving equipment development, hydrogen‑energy technology, energy system optimisation, clean power equipment and sustainable energy‑system research. This professional‑oriented postgraduate programme devotes itself to cultivating international interdisciplinary high‑level energy‑industry talents, who master solid energy‑power theoretical knowledge, possess engineering‑project practice capability, energy‑system analysis skill, independent research thinking and cross‑cultural industry‑academic communication competence. Curriculum framework includes advanced postgraduate core courses, professional elective modules, global‑energy‑frontier academic seminars, engineering‑practice training, supervisor‑guided scientific‑research projects and master‑degree‑thesis research. Core courses contain Advanced Energy Conversion Theory, New‑Energy Power Generation Technology, Low‑Carbon Energy System Optimisation, Thermal Equipment Design and Analysis, Hydrogen Energy Technology and Application, Engineering Research Methodology, Academic Paper Writing and Thesis Standardisation, alongside thematic seminars focusing on global clean‑energy research hot‑spots. During 2‑year full‑time study, students shall complete compulsory and elective credit requirements, participate in college‑organised energy‑science forums, join faculty‑led energy‑research projects and accumulate engineering simulation and experimental practical experience. Each enrolled student is assigned a faculty supervisor with abundant energy‑industry‑research experience. Under supervisor’s instruction, students will accomplish extensive literature review, research‑topic demonstration, simulation‑and‑experimental scheme design, data acquisition‑and‑statistical‑analysis, research‑result‑summarisation‑and‑paper‑writing, and finish qualified original master graduation thesis. Applicants are required to submit authenticated bachelor‑degree certificate and complete official academic transcript issued by accredited higher‑education institutions. Applicants with energy‑power, thermal engineering, new‑energy and other STEM‑related backgrounds gain priority in admission assessment. Non‑native‑English‑speaking applicants shall provide valid English‑proficiency documents: IELTS overall band 6.5 or TOEFL iBT ≥90. Applicants holding prior full‑degree education fully delivered in English may apply for language‑score‑exemption with official supporting‑documents subject to university review. It is strongly suggested applicants get supervisor’s provisional acceptance form before application to enhance review outcome. Applicant age generally shall not exceed 35‑years‑old and physical‑mental‑health condition must satisfy medical‑examination‑standards for Chinese‑student‑visa‑application. After satisfying all curriculum‑assessment‑criteria and passing master‑thesis‑defence, graduates obtain official master‑degree‑diploma awarded by Zhejiang University. Graduates can engage in technical‑R&D and project‑management roles within international new‑energy enterprises, energy‑research‑institutes, low‑carbon‑technology‑organisations, cross‑border energy‑consulting‑companies, or pursue further doctoral‑level‑study globally.

Master of Engineering in Mechanical Engineering (M.Eng.)

So that you can foster innovation.How can the German economy maintain its position in global competition? What should holistic technical and mechatronic solutions look like? And how can humans and machines work together even more effectively in the future?In our distance learning program in mechanical engineering, you'll learn how to implement effective innovation and change management. Deepen your knowledge of mechatronic systems and develop creative solutions that will make our industry stronger than ever before!Study profileThe distance learning Master's program in Mechanical Engineering at HFH · Hamburger Fern-Hochschule provides you with in-depth academic knowledge from the complex world of mechanical engineering in 3 semesters .Technological innovations and digital progress make this field unique and exciting. Furthermore, you will have excellent career prospects after graduation .Together with the Heilbronn Institute for Lifelong Learning (HILL), the academic continuing education institution of Heilbronn University of Applied Sciences (HHN), HFH · Hamburger Fern-Hochschule offers the Master's degree program in Mechanical Engineering via distance learning.In the distance learning program in Mechanical Engineering, you will deepen your specialist and methodological knowledge . The Master's program places a strong emphasis on development management as well as current topics in mechanical engineering such as robot systems , mechatronic systems , virtual product development , and simulation methods such as FEM.Furthermore, you can deepen your knowledge of the subject matter in a targeted manner through selectable laboratories and elective modules .With the Master's distance learning program in Mechanical EngineeringExpand your fundamental knowledge in the field of mechanical engineering. This particularly concerns your methodological competence in innovation and change management as well as in the product development process.Learn to take a holistic view of complex mechanical engineering issues, analyze them, and find creative solutions.You can take on leadership roles in interdisciplinary and international teams to manage development processes,Qualify for a highly sought-after and constantly evolving professional field that offers you optimal career opportunities and earning potential.

Master of Engineering, Interactive Technologies

Master of Engineering, Structural Engineering

Master of English Language and Literature

This full‑time postgraduate programme is delivered in English for international students majoring in English language, literature and cross‑cultural communication research. The programme includes core modules covering British‑American literature, literary criticism theory, linguistics research, cross‑cultural communication studies and comparative literature. Students are expected to complete credit‑bearing courses, take part in academic forums and literature seminars held by the School of Foreign Studies. Under the guidance of experienced supervisors, each student needs to conduct in‑depth academic research and finish a master dissertation. Applicants must provide authenticated bachelor diploma and complete academic transcript. Non‑native English speakers need to provide IELTS 6.0 or TOEFL iBT ≥75 language certification. Upon finishing all curriculum requirements and thesis defence, students will receive official master degree awarded by Anhui University. Graduates can seek career opportunities in cross‑cultural communication, education, publishing, international cultural exchange industries and related research positions

Master of Environmental and Resource Protection Law

This full‑time English‑taught Master of Environmental and Resource Protection Law programme is delivered by the Law School of Ocean University of China. Making full use of the university’s leading disciplinary strength in marine science, this postgraduate programme focuses on environmental‑protection law, natural‑resource‑management legal system and marine‑law research. It integrates domestic legal practice and international legal norms, responding to global challenges of ecological governance, marine‑resource development and environmental‑risk prevention. Major research directions include international environmental law, marine‑protection legal system, natural‑resource‑management law, comparative environmental‑law research. The programme aims to cultivate high‑level international legal talents who master systematic environmental‑and‑resource‑law theoretical system, understand international ecological‑governance rules, possess legal‑document analysis, case‑study research and cross‑cultural legal‑communication capabilities, as well as independent academic‑research awareness. The curriculum includes advanced postgraduate core‑law courses, discipline‑specific elective modules, international‑environmental‑law frontier seminars, legal‑case‑analysis workshops, supervisor‑led research‑project participation and master‑thesis research work. Representative core courses consist of International Environmental Law, Marine Environmental Protection Law, Comparative Resource Law, Legal Research Methodology and Legal Academic Writing. During the three‑year full‑time study period, students shall complete all compulsory and elective credit requirements, attend domestic and international law‑themed academic conferences and workshops, carry out legal‑document sorting and case‑analysis practice, take part in faculty‑managed law‑related research projects and accumulate sufficient academic‑research experience. Every enrolled student obtains one‑on‑one academic supervision from law‑school supervisors. Under supervisor instruction, students complete comprehensive legal‑literature review, research‑scheme formulation, legal‑case and regulatory‑document collection, material sorting and comparative analysis, research‑outcome summarisation and thesis drafting, and finally complete original master thesis and pass thesis defence. Applicants must provide authenticated bachelor‑degree certificate and full official academic transcript issued by accredited higher‑education institutions. Applicants with law or public‑administration‑related academic backgrounds receive priority in admission assessment. Non‑native English‑speaking applicants need valid English‑proficiency certificates such as IELTS or TOEFL. Applicants who have completed full‑degree programmes fully delivered in English may apply for English‑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 shall satisfy medical‑examination criteria for Chinese student‑visa application. After fulfilling all curriculum assessment requirements and successfully passing thesis defence, graduates receive official master‑degree diploma issued by Ocean University of China. Graduates can engage in environmental‑legal research, international marine‑governance‑related work, international‑organisation legal‑affair positions, or pursue further PhD‑level legal academic study worldwide.

Master of Environmental Engineering

This full‑time English‑taught Master of Environmental Engineering programme is hosted by the College of Resources and Environmental Engineering of Guizhou University. Rooted in the ecological‑protection‑oriented research background of Guizhou karst mountainous region, this programme focuses on karst ecological restoration, water‑pollution control, solid‑waste disposal and environmental‑pollution monitoring technology. The teaching team consists of local experienced researchers and overseas guest professors. The curriculum integrates theoretical knowledge, laboratory practice and field investigation in karst areas. Students will receive systematic training on environmental engineering theories, pollution‑control technologies and ecological‑restoration practical skills. To obtain the master degree, students are required to finish all compulsory and optional course credits, complete field research or laboratory research tasks, and pass the final master thesis defence. Eligible international applicants can apply for Chinese Government Scholarship, Guizhou Provincial Government Scholarship and Guizhou University University‑level scholarships to support their study. 

Master of Environmental Engineering

This full‑time English‑taught Master of Environmental Engineering programme is offered by College of Environmental Science and Engineering at China University of Petroleum (East China). Combined with the university’s energy‑discipline characteristics, this programme focuses on environmental pollution control in energy‑production process, water‑soil ecological restoration, waste‑resource utilisation and global environmental‑governance issues. Major research directions include oil‑field environmental pollution prevention and control, water‑pollution treatment technology, solid‑waste resource recycling, soil‑ecological restoration, carbon‑emission reduction technology research. The programme aims to cultivate high‑level international environmental‑engineering talents who master systematic environmental‑engineering theoretical system, possess pollution‑control‑process design, environmental‑monitoring analysis, engineering‑practice and scientific‑research innovation capabilities, as well as cross‑cultural academic‑exchange competence. The curriculum consists of advanced postgraduate core environmental‑engineering courses, characteristic energy‑environment‑oriented elective modules, frontier environmental‑science academic seminars, laboratory experimental training, enterprise‑field‑investigation practice, supervisor‑led research‑project participation and master‑thesis research work. Representative core courses include Advanced Water Pollution Control Engineering, Energy Industry Environmental Protection, Solid Waste Recycling Technology, Ecological Restoration Theory, Environmental Research Methodology and Academic Thesis Standardised Writing. During three‑year full‑time study period, students need to complete all compulsory and elective credit requirements, attend domestic and international environmental‑engineering academic conferences and technical workshops, finish laboratory experimental training and environmental‑protection‑enterprise site investigation, join faculty‑managed environmental‑research projects and accumulate engineering‑practice experience. Each enrolled student receives one‑on‑one academic guidance from supervisors. Under supervisor instruction, students carry out literature collection and review, research‑scheme formulation, experimental‑parameter debugging, sample‑data testing and statistical analysis, research‑outcome summarisation and thesis drafting, and finally complete original master 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 environmental engineering, chemical engineering or ecology‑related STEM backgrounds are prioritised for admission assessment. Non‑native English‑speaking applicants shall provide valid English‑proficiency certificates such as IELTS or TOEFL. Applicants who have finished full‑degree programmes fully taught in English may apply for language‑score exemption by submitting official supporting documents for university internal review. Applicant age generally shall 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 are awarded official master‑degree diploma issued by China University of Petroleum (East China). Graduates can take environmental‑engineering design, pollution‑control technical‑research posts in environmental‑protection enterprises, scientific‑research institutes, energy‑corporations environmental‑management departments, or pursue further PhD‑level academic study worldwide.