The Master's program in Chemical Engineering and Technology aims to develop high-level interdisciplinary talents with solid theoretical knowledge and engineering capabilities. The program focuses on key areas such as green chemical processes, advanced separation technologies and engineering, innovative functional materials design and applications, and bio- and resource-based chemical engineering. Students will systematically study the fundamentals and cutting-edge techniques of chemical engineering, mastering process design, optimization, and management while gaining the ability to conduct scientific research, technical development, and engineering practice. The program emphasizes the integration of theory and application, equipping students with innovative thinking and problem-solving skills for complex engineering challenges.

Program Features:

1. Research in Cutting-Edge Fields: Focuses on green chemical processes, advanced separation technology, material innovation, and bio-chemical engineering, addressing national needs in energy, environment, and resources.
2. Interdisciplinary Approach: Combines chemistry, engineering, materials science, and biology to foster a broad academic perspective and versatile competencies.
3. Practice-Oriented Training: Includes laboratory courses, engineering projects, and industry internships to enhance practical problem-solving skills.

4. Globalized Training Platform: Provides state-of-the-art experimental facilities and international academic exchange opportunities to prepare students for global challenges and collaborations.

   
   

Career Prospects:
Graduates are well-prepared for roles in industries such as chemicals, materials, energy, environment, pharmaceuticals, and biotechnology, engaging in R&D, engineering design, process optimization, and technical management. They can also pursue further studies in academia or research institutions. With the global emphasis on green development and high-tech industries, chemical engineering and technology profes...