PhD in Power Electronics and Electric Drive (Chinese-taught)

Shanghai Maritime University (SMU) is a specialist public university in Shanghai with roots dating back to 1909 and a modern profile centered on shipping, logistics, marine engineering and related disciplines. Hosting more than 26,000 students across comprehensive programs, SMU combines maritime heritage with multidisciplinary study in engineering, management, law and international trade. Its campuses include modern training facilities and dedicated teaching ships that give maritime students unique practical experience at sea and in port operations.

The university runs a wide portfolio of degrees from undergraduate to doctoral level and maintains strong research institutes and laboratories focused on maritime technology, transport systems and logistics. SMU’s practical training resources, such as teaching vessels and simulation centres, support internships, professional licensing and close ties with industry employers. International collaborations and English-medium modules make the university accessible to overseas students seeking maritime careers or global logistics roles.

Student life at SMU combines rigorous professional training with urban living in Shanghai, one of Asia’s major ports and commercial hubs. International students can expect supportive services, on-campus international dormitories and opportunities to join industry placements, student societies and language exchange programs. For those interested in maritime professions, shipping management or supply chain innovation, SMU offers a strong, practice-driven pathway into global and domestic maritime sectors.

The PhD in Power Electronics and Electric Drive at Shanghai Maritime University is a doctoral degree for students who want to specialize in power electronics. It takes several years to complete and is taught in Chinese. This program helps students develop strong technical skills and knowledge in power electronics.

The curriculum includes subjects like power electronics, electric drive systems, and control systems. Students will develop skills in circuit design, programming, and simulation. They will also have hands-on experience with lab experiments and projects.

Graduates can work as Power Electronics Engineers, Electric Drive Systems Engineers, Control Systems Engineers, or Research Scientists in various industries, including energy, automotive, and manufacturing. They can work for companies like Siemens, Tesla, or research institutions.