The Chemical Engineering and Process program focuses on the study of chemical and physical processes in the chemical industry and related fields. It examines the design principles of equipment used in these processes, the methods of operation, and the common principles for optimizing industrial processes. The goal is to train engineers who can translate laboratory-scale chemical reactions and substances into industrial production, scale laboratory devices into industrial equipment, and apply process development, equipment design, and operational theory in practice.

Program Features

Core Knowledge and Skills: The program integrates basic chemical engineering principles with practical skills in process design, equipment operation, and process optimization. Students gain a deep understanding of chemical reactions, process scaling, and equipment design, with a strong foundation in the theory and methods of process development.

Hands-on Experience: Students will engage in practical training, laboratory experiments, and project work, which equips them with real-world skills in industrial operations, engineering design, and process management.

Innovation and International Perspective: The program emphasizes fostering innovation and broadening global perspectives. Students are encouraged to think creatively and gain an understanding of international industry practices, enhancing their competitiveness in the global job market.

Career Prospects

Graduates are well-prepared for careers in a wide range of industries, including chemical, petrochemical, energy, metallurgy, materials, food, pharmaceuticals, and environmental protection sectors. Positions may include process engineers, production managers, research and development engineers, and quality control specialists.The program also prepares graduates for entrepreneurial ventures in the chemical and manufacturing sectors, encouraging them to lead new product development or establish their own businesses.

This professional preparatio...