1. Program Highlights
The Bachelor of Engineering in Resource Recycling Science and Engineering is one of China's first programs established to support strategic emerging industries in sustainable development. It is recognized as a National First-Class Undergraduate Program and holds accreditation from the Chinese Engineering Education Accreditation Association.
The program integrates principles from chemical engineering, environmental science, and mineral processing to address challenges in resource efficiency, circular economy, and urban mining. It emphasizes interdisciplinary learning, sustainable design, and practical training, preparing students to contribute to a greener and more resource-efficient society. The program is supported by a top-tier discipline—Chemical Engineering and Technology—rated A+ in China’s national discipline assessment.
2. Educational Objectives
Graduates will be equipped to:
Analyze and solve complex engineering problems related to resource recycling and efficient utilization in industries such as minerals, waste management, and urban mining.
Design sustainable processes and systems considering technical, economic, environmental, and ethical factors.
Work effectively in multidisciplinary teams and communicate professionally in global contexts.
Pursue continuous learning and adapt to evolving technologies and policies in the resource recycling sector.
Within five years after graduation, students are expected to become technical leaders or innovators in industry, research, or public sectors.
3. Core Courses
Principles of Chemical Engineering
Chemical Reaction Engineering
Crystallography and Industrial Crystallization
Introduction to Mineral Resources
Fundamentals of Separation and Sorting
Principles of Resource Recycling
Microbiology and Biochemistry
Professional Laboratory in Resource Recycling
4. Degree and Duration
Duration: 4 years
Degree: Bachelor of Engineering (B.Eng.)
5. Key Competencies Developed
Graduates will be able to:
Apply engineering knowledge to solve problems in resource recycling and urban mining.
Design and optimize processes with regard to sustainability, safety, and lifecycle impacts.
Use modern tools and methods for simulation, analysis, and optimization.
Understand professional ethics and societal responsibilities.
Communicate effectively in cross-cultural and multidisciplinary settings.
Engage in lifelong learning to keep pace with technological and industrial changes.