Courses

Digital Technology and Management

Digital Transformation Management

Doctor of Philosophy in Aeronautical and Astronautical Science and Technology (English‑taught PhD)

This full‑time English‑taught Doctor of Philosophy program in Aeronautical and Astronautical Science and Technology is oriented toward high‑level international scientific‑research talents within the aerospace domain. Based on Beihang University’s deep accumulation in aviation‑and‑space‑science research, the PhD program supports diversified research directions such as aircraft aerodynamic design, flight‑vehicle structural‑mechanics, aerospace‑propulsion‑system research, space‑vehicle‑system‑engineering and aerospace‑multidisciplinary‑coupling‑analysis. Each doctoral student will be assigned a professional PhD supervisor who holds rich national‑key‑project‑research experience. Doctoral training emphasizes independent scientific‑research capability cultivation; apart from limited compulsory PhD‑level courses, students devote most study time to original‑research work inside laboratories, participating in domestic‑and‑international academic conferences and publishing high‑quality academic papers. To obtain doctoral degree, candidates shall finish doctoral course credits, complete required academic‑paper outputs and pass rigorous doctoral dissertation review as well as oral defence. This PhD program accepts international applicants who hold relevant master‑degree background in aerospace, mechanical‑engineering or related technical disciplines, aiming to cultivate international high‑end research‑talents for global aerospace‑science‑and‑technology development.

Doctor of Philosophy in Aeronautical and Astronautical Science and Technology (English‑taught PhD)

This full‑time English‑taught Doctor of Philosophy program cultivates high‑level international scientific‑research talents for the aerospace domain. Built upon Beijing Institute of Technology’s profound accumulation in national‑defense‑aerospace research, this PhD program supports multiple research directions such as aircraft aerodynamic design, flight‑vehicle structural‑mechanics, aerospace‑propulsion‑system research, spacecraft system‑engineering and multi‑disciplinary coupling‑analysis for aerospace equipment. Each doctoral candidate is assigned an experienced PhD supervisor who undertakes national key research projects. Doctoral training focuses heavily on fostering independent original‑scientific‑research capabilities. Besides limited doctoral‑level compulsory courses, students devote most study time to laboratory research work, participate in domestic‑and‑international academic conferences and publish high‑quality academic papers. Graduation requirements include completing doctoral course credits, achieving stipulated academic‑paper outputs, and passing strict doctoral‑dissertation review as well as oral defence. This PhD program welcomes international applicants holding relevant master‑degree background in aerospace, mechanical‑engineering or other closely‑related technical disciplines.

Doctor's Program in Materials Science and Engineering

This doctoral program is a continuation of the international master program in materials science and engineering, focusing on cutting-edge research of advanced materials, energy materials, nanomaterials and biomedical materials. Students conduct independent scientific research under the guidance of supervisors, participate in international material research cooperation projects, and publish high-level academic papers in top materials journals. The program provides abundant international academic exchange opportunities, cultivating outstanding international materials science researchers for global material industry and academic circles.

Doctoral Program in Communication and Global Development

This doctoral program focuses on international communication, global development communication, cross-cultural media communication, digital media and global public opinion research. It cultivates international academic talents in communication studies with global vision. Students carry out interdisciplinary research on media and global development, participate in international communication research projects, and publish academic achievements in international communication journals. Graduates engage in communication research, media policy analysis and international communication consulting in universities, international media institutions and global communication research organizations. 

Doctoral Program in Computer Science and Technology

This doctoral program covers artificial intelligence, high-performance computing, network security, distributed systems, big data and computer architecture. Relying on Tsinghua’s top computer science research platform, it supports students to carry out frontier theoretical research and engineering application research. Students participate in national and international scientific research projects, publish top conference and journal papers, and master systematic computer science research methods. Graduates become senior technical researchers and academic talents in global tech enterprises, university research institutes and national laboratories. 

Doctoral Program in Data Science and Information Technology

This doctoral program focuses on big data, artificial intelligence, information security, data mining and industrial digitalization research. It combines theoretical computer science with industrial digital application, supporting students to carry out frontier research in data science. Students participate in digital economy research projects and industrial big data application research, and master cutting-edge data science research methods. Graduates engage in algorithm research, technical architecture design and digital transformation consulting in global internet enterprises, financial technology companies and high-tech research institutions. 

Doctoral Program in Environmental Science and New Energy Technology

This doctoral program integrates environmental science and new energy technology research, focusing on carbon neutrality, renewable energy, environmental pollution control and new energy material research. Located in Shenzhen, it relies on the industrial advantages of the Greater Bay Area to carry out industry-university-research cooperative research. Students conduct experimental research and engineering application development, and achieve innovative results in environmental energy technology. Graduates engage in new energy technology R&D, environmental policy research and energy project management in international energy enterprises, environmental research institutions and global low-carbon development organizations. 

Doctoral Program in Global Health

This global health doctoral program focuses on international health governance, infectious disease prevention and control, global health policy, health equity and transnational health cooperation. It supports students to carry out frontier research on global health issues, cooperate with WHO and international health institutions, and conduct field research on global health projects. Students master advanced health research methods and global health governance systems, and become high-level research talents engaged in global health policy research and international health cooperation.

Doctoral Program in Mathematics

This mathematics doctoral program covers pure mathematics, applied mathematics, computational mathematics, probability theory and mathematical statistics. Relying on Tsinghua’s strong mathematical research foundation, it provides students with first-class academic guidance and research conditions. Students conduct in-depth research on mathematical frontier problems, participate in international mathematical academic exchanges, and publish high-level mathematical research papers. Graduates engage in mathematical research and teaching in global universities, mathematical research institutes and quantitative financial institutions.

Doctoral Program in Precision Medicine and Healthcare

This precision medicine doctoral program focuses on precision medical technology, medical big data, intelligent diagnosis, translational medicine and personalized treatment. It relies on Shenzhen’s medical and biotech industrial resources to carry out clinical translational research and medical technology R&D. Students combine medical data analysis with clinical practice, develop intelligent medical diagnosis technology and precision treatment plans. Graduates engage in precision medicine research, medical device R&D and clinical medical research in international medical enterprises, biotech companies and university medical research institutes.