Southern University of Science and Technology

This full‑time research‑oriented English‑medium Master of Biology programme is operated by School of Life Sciences at Southern University of Science and Technology. This programme covers multiple core life‑science research domains including molecular‑and‑cell‑biology, genetics, neuro‑biology, developmental‑biology, microbiology, biochemistry, plant‑biology and biological‑omics‑analysis research. The training objective is to foster international‑oriented high‑level life‑science research‑talents, who systematically grasp modern biological theoretical‑knowledge, master standard molecular‑biology laboratory‑operation techniques, omics‑data‑analysis capacity, independent‑scientific‑research thinking and cross‑cultural academic‑exchange competence. Curriculum consists of advanced postgraduate core courses, disciplinary‑elective modules, frontier biological‑research academic seminars, laboratory rotation training, supervisor‑guided research‑project participation and master‑degree thesis research work. Core courses comprise Advanced Molecular‑Cell Biology, Advanced Biochemistry, Genetic‑Research Frontier, Omics‑Data Bioinformatics‑Analysis, Neuro‑biology Progress, Microorganism‑Research Advances, Life‑Science‑Research Methodology, Academic‑Manuscript‑Writing and Thesis‑Standardisation, plus serial seminars focusing on global cutting‑edge life‑science research hot‑spots. During three‑year full‑time study, students are required to finish all compulsory and elective course credits, participate in school‑level academic conferences, complete multi‑lab rotation practice, take part in principal‑investigator‑led biological‑research projects, and accumulate abundant wet‑lab experimental‑operation experience. Every enrolled master student will be matched with a faculty supervisor with long‑term high‑level life‑science‑project research achievements. Under supervisor guidance, students will accomplish international‑literature sorting, research‑hypothesis establishment, biological‑experiment‑scheme design, sample‑processing, experimental‑data‑collection‑and‑statistical‑analysis, research‑result‑summary‑and‑paper‑writing, and complete qualified original master‑graduation‑thesis. Applicants are required to provide authenticated bachelor‑degree certificate and complete official academic transcript issued by recognised higher‑education institutions. Applicants holding academic background in biology, biochemistry, molecular‑biology, biomedical‑science or other life‑science‑related disciplines will receive priority in admission assessment. Non‑native‑English‑speaking applicants need to submit valid English‑proficiency certification: IELTS overall score 6.5 (each sub‑score ≥6.0), TOEFL iBT ≥90. Applicants who previously completed full‑degree education taught entirely in English can apply for language‑score exemption with official supporting documents for university internal review. Applicants shall be under 35‑years‑old upon application, and satisfy physical‑and‑mental‑health medical‑examination criteria for Chinese student‑visa application. After satisfying all curriculum assessment standards 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‑positions in international life‑science research institutes, bio‑pharmaceutical high‑tech enterprises, global biological‑resource‑conservation‑organisations, or further pursue PhD‑level academic‑study overseas.

Tuition €4,550 4550 EUR per academic year• Fee description: €4550 tuition fee per academic year (equivalent to 35000 CNY per academic year for science‑engineering master programmes). One‑time registration fee €65 upon enrolment. Tuition price is for 2026 intake, subject to adjustment by university authority. A variety of university‑funded comprehensive scholarships, Chinese Government Scholarship are available for qualified admitted international students, which may offer full or partial tuition waiver. Accommodation, mandatory medical insurance, residence permit processing fees, textbooks, laboratory consumables, experimental sample costs, field‑test expenditure and other personal living expenditures are not included within this tuition amount. All fees shall be implemented strictly in accordance with SUSTech financial regulations for international postgraduate students.

Southern University of Science and Technology

China

Master of Biomedical Engineering

Master 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.

Tuition €4,550 4550 EUR per academic year• Fee description: €4550 tuition fee per academic year (equivalent to 35000 CNY per academic year for science‑engineering master programmes). One‑time registration fee €65 upon enrolment. Tuition price is for 2026 intake, subject to adjustment by university authority. Multiple university comprehensive scholarships and Chinese Government Scholarship are open for qualified admitted international students, supporting full or partial tuition waiver. Accommodation, mandatory medical insurance, residence permit processing fees, textbooks, computing‑cluster resource extra‑charge (if applicable), laboratory‑material costs and other personal living expenditures are not included in tuition. All fees follow SUSTech official financial‑management regulations for international postgraduate students.

Southern University of Science and Technology

China

Master of Computer Science and Engineering

Master 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.

Tuition €4,550 4550 EUR per academic year• Fee description: €4550 tuition fee per academic year (equivalent to 35000 CNY per academic year for science‑engineering master programmes). One‑time registration fee €65 upon enrolment. Tuition price is for 2026 intake, subject to adjustment by university authority. Qualified admitted international‑students may apply for university comprehensive scholarships and Chinese Government Scholarship to obtain full or partial tuition‑fee waiver. Accommodation, mandatory medical insurance, residence permit processing fees, textbooks, laboratory‑consumable‑and‑sample‑costs, material‑characterisation‑test‑expenses and other personal‑living‑expenses are not included in tuition fees. Fee implementation strictly abides by SUSTech financial‑management regulations for international postgraduate students.

Southern University of Science and Technology

China

Master of Materials Science and Engineering

Master Engineering

This full‑time research‑driven English‑taught Master of Materials Science and Engineering programme is provided by Department of Materials Science and Engineering of Southern University of Science and Technology. Centering on advanced‑material‑research demands of Greater Bay Area high‑end‑manufacturing industry, this programme covers multiple important research directions: functional‑materials, energy‑storage‑materials, semiconductor‑materials, nano‑materials, advanced‑structural‑materials, material‑processing‑technology and material‑characterisation‑analysis technology. The programme aims to cultivate international‑oriented high‑level material‑science‑research‑talents, who systematically master fundamental theories of materials‑science‑and‑engineering discipline, possess solid material‑preparation‑experiment‑operation capability, material‑performance‑characterisation‑analysis skills, independent‑scientific‑research‑innovation awareness and cross‑border academic‑co‑operation consciousness. Curriculum framework includes advanced postgraduate core courses, discipline‑specialised elective modules, frontier‑material‑science academic‑seminars, multi‑research‑group laboratory rotation training, supervisor‑led scientific‑research‑project participation and master‑degree‑thesis‑research. Core courses contain Advanced Materials‑Science, Functional‑Material‑Physics‑and‑Chemistry, Energy‑Material‑Research Progress, Nanomaterial‑Preparation‑and‑Characterisation, Semiconductor‑Material‑Technology, Material‑Structure‑Analysis‑Method, Engineering‑Science‑Research‑Methodology, Academic‑Paper‑Writing‑Standardisation, alongside thematic seminars tracing global advanced‑material‑research hot‑spot topics. During three‑year full‑time study period, students need to complete all compulsory and elective course‑credit requirements, take part in department‑organised academic‑forums, finish multi‑group laboratory‑rotation‑practice, participate in faculty‑led material‑science‑research‑projects, and accumulate substantial hands‑on material‑synthesis‑and‑characterisation‑experimental‑experience. Each admitted master‑student will receive one‑on‑one academic‑guidance from a faculty supervisor with rich high‑level material‑science‑project‑research‑experience. Under supervisor’s guidance, students will finish comprehensive‑literature‑review, research‑subject‑demonstration, material‑preparation‑scheme‑design, sample‑synthesis‑and‑processing, multi‑dimensional‑material‑performance‑testing‑and‑characterisation‑analysis, experimental‑data‑sorting‑and‑statistics‑processing, academic‑article‑drafting and independent master‑dissertation‑research‑work. Applicants must provide authenticated bachelor‑degree‑certificate and complete official academic‑transcript issued by recognised higher‑education‑institutions. Applicants with materials‑science, chemistry, physics, mechanical‑engineering or other STEM‑related academic‑background are preferred for admission assessment. Non‑native‑English‑speaking applicants shall submit valid English‑proficiency‑documents: IELTS overall band 6.5 (no sub‑score below 6.0), TOEFL iBT ≥90. Applicants who hold prior full‑degree qualification fully delivered in English may apply for language‑score‑exemption, by submitting official supporting‑documents for university‑administrative‑review. Applicant age shall not exceed 35‑years‑old at application‑time, physical‑mental‑health condition must satisfy medical‑check‑requirements for Chinese‑student‑visa‑application. After fulfilling all curriculum‑assessment‑criteria and successfully passing master‑thesis‑defence, graduates will obtain official master‑degree‑diploma issued by Southern University of Science and Technology. Graduates can engage in material‑science‑research‑work within international material‑research‑institutes, global advanced‑material‑high‑tech‑enterprises, cross‑border new‑material‑consulting‑organisations, or pursue further doctoral‑level‑academic‑study all over the world.