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Graduate Degree - Professional Programs

1. Engineering Management

The Master of Engineering Management (MEM) program is targeted at high-tech industries, and cultivates professionals in engineering-related professions with macro thinking abilities and international perspectives. Graduates from the program should have the ability of grasping the basic theories and methods of modern management, and applying them so as to solve management and operation problems in technological innovation and industrial development.

The MEM program has been enrolling for 9 consecutive years since 2012, attracting a total of more than 2,400 candidates and enrolling more than 400. The two-year long program helps boost professionals’ visions and capabilities, and thus speeds up their promotion in whatever engineering sectors they are working in.


2. Mechanical Engineering

The master's program in mechanical engineering aims to teach students further knowledge in mechanical engineering as well as technology skills. Graduates should have good comprehensive skills in mechanical engineering, an international vision, and abilities to give solutions to practical problems. The main fields include-

• modern manufacturing and robotics

• advanced materials and equipment

• biomedical engineering

• environmental equipment

• industrial design

The Doctor's program in mechanical engineering is geared to the major needs of the country and the industry. It trains students with an international perspective and a solid theoretical knowledge and expertise in the field of mechanical engineering. Graduates should have an in-depth understanding of the frontier technologies of industry and market trends, the ability to solve practical problems in complex engineering technologies, or to lead technological innovation. The main focuses include-

• robotics and intelligent systems

• advanced material structures and equipment

• micro-nano and precision manufacturing

• intelligent computing and engineering simulation

• industrial design

• mechanical engineering and management


3. Materials & Chemical Engineering

The master's program in materials & chemical engineering aims to teach students further knowledge in materials and chemical engineering as well as technology skills. Graduates should have good comprehensive skills in materials and chemical engineering, an international vision, and abilities to give solutions to practical problems. The main research areas include-

• energy materials

• polymers

• composite materials

The Doctor's program in materials & chemical engineering is geared to the major needs of the country and the industry. It trains students with an international perspective and a solid theoretical knowledge and expertise in the field of materials & chemical engineering. Graduates should have an in-depth understanding of the frontier technologies of industry and market trends, the ability to solve practical problems in complex engineering technologies, or to lead technological innovation. The main directions include-

• energy materials and chemical engineering

• nanomaterials and technology

• polymer materials and engineering

• biotechnology and chemical pharmaceuticals

• metal materials and advanced manufacturing

• advanced composite materials and molding manufacturing

• materials chemical engineering and management


4. Industrial Design

The master program in industrial design aims to teach students further knowledge in industry design as well as design methods and skills. Graduates should have good comprehensive skills in industrial design, an international vision, and abilities to give solutions to practical problems. The main research areas include-

• technology and cultural design

• engineering technology design (robots and intelligent manufacturing, biomedical engineering, resources and environment, aerospace, etc.)


5. Biological and Pharmaceutical Engineering

The Doctor’s program in biological and pharmaceutical engineering is geared to the major needs of the country and the industry. It trains students with an international perspective and a solid theoretical knowledge and expertise in the field of biological and pharmaceutical engineering. Graduates should have an in-depth understanding of the frontier technologies of industry and market trends, the ability to solve practical problems in complex engineering technologies, or to lead technological innovation. The main directions include-

• medical equipment

• biopharmaceuticals

• biomedical materials

• other related fields