Objective: This program aims to cultivate high-level academic professionals qualified for fundamental research, applied basic research and high-tech R & D in the field of environmental science and engineering.. We provide students with a strong theoretical foundation and both systematic as well as in-depth expertise in Environmental Science and Engineering. We also support students to develop the ability to be independently engaged in scientific research activities. We aim to develop students with spirit and capability of innovations for creative exploring in science or expertise.

Curriculum:

Core courses:Mathematical Models, Environmental Biotechnology, Advanced Environmental Chemistry, Regional Pollution Prevention and Evaluation.

Featured courses: Chemistry of Environmental Analysis, Environmental Planning, Theory and Application of Biological Wastewater Treatment, Solid Waste Management, Air Pollution Control Theory and Technology.

Career:Graduates following this pathway are qualified to work in organizations such as research institutions, colleges, urban and rural development and planning departments, environmental protection departments of the government, and environmental consulting companies. Graduates will have all the career choices as described for research, planning, management, designing, educating and other related fields.

Environmental Science and Engineering (Master of Engineering)

Objective: This program aims to cultivate high-level applied professionals in the field of environmental science and engineering. Graduates who acquire this degree are supposed to have a strong knowledge background and systematic expertise in Environmental Science and Engineering. We aim to develop students who will be pursing career opportunities on scientific research or independent technical service related to environmental protection using strong practical skills and innovative thinking.

Curriculum:

Core courses:Environmental Biotechnology, Advanced Analytical Chemistry, Industrial Wastewater Treatment, Air Pollution Control Theory and Technology, New Technology for Wastewater Treatment, Aerosol Mechanics, Particle Control Technology, Solid Waste Management (Bilingual), Environmental Monitoring and Analysis, Regional Pollution Prevention and Evaluation, Environmental Planning for Regional Combined Pollution, Environmental Catalysis, Environmental Pollution Chemistry (Bilingual), Environmental Management Policies and Regulations, Pollution Meteorology and Urban Climate, Principles and Analytical Techniques of Water Treatment Experiment.

Featured courses: Mathematical Methods of Environmental Engineering, Kinetic Basis of Activated Sludge Process, Advanced Water Treatment Theory and Application, Physicochemical Treatment of Wastewater, Theory and Technology of Anaerobic Wastewater Treatment, Membrane Separation Technology Application, Modern Instrument Analysis Methods, Air Pollution Chemistry, Environmental Ecology, Pollutants Enrichment and Separation, Methods and Applications of Environmental Electrochemistry, Circular Economy and Sustainable Development, Fundamentals of Environmental Toxicology, Air Particles Chemistry and Regional Combined Pollution, Sewage Treatment Plant Design and Operation Control, Scientific Documents Retrieval and Utilization, Principles and Experimental Techniques of Air Pollution Control Technology.

Career: Graduates are ideally developed to work in organizations such as research institutions, colleges, urban and rural development and planning departments, environmental protection departments of the government, and environmental consulting companies, and have all the career choices as described for research, planning, management, design, teaching, development, and other relevant careers.