Master in Biochemical Engineering (taught in Chinese)

China University of Petroleum (East China) in Qingdao was founded in 1953 and serves around 26,000 students, including a growing international community. As a leading public university focused on petroleum engineering, geology, geophysics and energy management, CUP delivers rigorous technical training alongside applied research. The campus offers English-medium undergraduate and postgraduate programmes that welcome overseas students seeking specialised education in the energy sector.

Research at CUP centres on oil and gas exploration, petrochemical technology and sustainable energy practices, supported by more than 1,600 faculty and over 50 national and provincial laboratories. Close partnerships with major employers such as CNPC, SINOPEC and CNOOC provide students with internship and project opportunities, enabling strong industry exposure and practical skill development. The university emphasizes field training, innovation and problem-solving in real-world energy contexts.

Qingdao campus combines modern facilities with a safe, student-friendly environment and active campus life, including over 130 student societies. International students live in dedicated apartments and benefit from career services and strong graduate employment outcomes across the petroleum and chemical industries. With 159 programmes across engineering, science and management, CUP is a compelling choice for students who want applied training, industry links and the experience of living in a major coastal city.

The Master in Biochemical Engineering is a 3-year program taught in Chinese at China University of Petroleum. It's for students who want a Master's degree and have a high school education. The program helps students gain knowledge in biochemical engineering.

The curriculum includes subjects like biochemical engineering principles, biochemical reaction engineering, and biotechnology. Students develop skills in experiment design, data analysis, and research methods. The program also includes hands-on components like lab work and projects.

Graduates can work as biochemical engineers, research assistants, quality control specialists, process engineers, or laboratory managers in industries like pharmaceuticals, food processing, and biotechnology. They can work for companies, research institutions, or government agencies.