Master in Fluid Mechanics

For Master in Fluid Mechanics, tuition fees are 16,200 CNY per year, while the deadline to apply for the Sep 2027 intake is Jul 10, 2027.

The Master in Fluid Mechanics at China University of Mining and Technology is a 3-year program that focuses on the study of fluids and their behavior. It's taught in English and leads to a Master's degree.

This program covers subjects like fluid dynamics, thermodynamics, and computational fluid dynamics. Students will develop skills in modeling and simulating fluid flow, as well as experimental methods and data analysis.

Graduates can work as Fluid Dynamics Engineers, Aerodynamics Engineers, or Hydraulic Engineers in industries like aerospace, automotive, or chemical processing. They can also work as Research Engineers or Development Engineers for companies like NASA or Boeing.

China University of Mining and Technology (CUMT) is a historic and highly specialised public university founded in 1909, known nationally and internationally for mining engineering and resource technologies. With main campuses in Xuzhou and a graduate presence in Beijing, CUMT combines a long tradition in mining education with modern multidisciplinary offerings in engineering, sciences, management and the humanities. The university is recognised for research leadership in coal mining, safety engineering and resource exploration.

CUMT is organised to support deep technical training alongside broader professional skills. Students gain rigorous theoretical foundations, considerable laboratory and field exposure, and opportunities to work on industry-relevant projects. The university's status within national initiatives reflects investment in facilities, research platforms and partnerships with industry, which strengthen graduate employability and innovation potential in extractive and resource sectors.

International students seeking specialised training in mining, geotechnics, safety or related engineering fields will find CUMT's focused curriculum and research environment compelling. Programs emphasise practical problem solving, safety standards and sustainable resource development, preparing graduates for roles in industry, government and research. Applicants should be prepared for technically demanding coursework and can expect strong links to employers and research collaborations that support early career development.