1. Doctoral candidates of Level-I disciplines of Environmental Science and Engineering

Except for public courses, the following courses are also set for postgraduates of the doctoral degrees of Level-I disciplines of Environmental Science and Engineering: Core courses (degree-based courses) of the specialty: Special Research on Pollution Control Engineering, Special Research on Pollution Control Chemistry, Green Designs and Ecological Materials, Modern Green Metallurgy and Environmental Control, Ecology Toxicological Mechanism and Restoration Principles, and Theories and Technologies of Soil and Groundwater Pollution Control and Restoration (fully in English); Elective courses of the specialty: Experimental Technology of Environmental Analysis, Laboratory Safety and Emergency Management, Cutting-edge Technology of Carbon Neutrality, Green Designs and Ecological Materials, Modern Green Metallurgy and Environmental Control.

2. Postgraduates of the Master's Degrees of Level-I disciplines of Environmental Science and Engineering

Except for public courses, the following courses are also set for postgraduates of Level-I disciplines of Environmental Science and Engineering: Core courses (degree-based courses) of the specialty: Modern Environment Monitoring, Analysis, and Experiment Technology, Wastewater Governance Theory and Modern Technology, Pollution Ecology, Atmospheric Pollution Control Principles and Technology (fully in English), Solid Waste Reclamation Technology (fully in English), Advanced Environmental Chemistry, and Environmental Fluid Mechanics; Elective courses of the specialty: Academic Lectures, Enterprise Practice, Laboratory Security, Health and Environment Management, Fundamentals of Pressure Container Safety Technology, Modern Environmental Biotechnology, Water Treatment Technology Development and Engineering Design, Environment Molecular Biology, Environmental Biotechnology Applied to Sewage and Waste Disposal, Theories and Technologies of Soil and Groundwater Pollution Control and Restoration (fully in English), Sewage Treatment Mathematical Model Simulation and Control, Environmental System Engineering, Environmental Risk Evaluation, Ecological Toxicology, Green Chemistry and Clean Production, Sustainable Developmental Theories and Practice, Energy and Environment, Environmental Electrochemistry, and Industrial Water Treatment Technology.

3. Doctoral candidates of the class of Resource and Environment

Except for public courses for doctoral candidates of the class of Resource and Environment, the following courses are also set: Core courses (degree-based courses) of the specialty: Multi-medium Environment Joint Protection and Comprehensive Governance, Soil Pollution and Restoration Engineering, Global Environment Risk Control and Management, Metallurgical Environmental Protection and Resource Recycling, Carbon Resource Transformation and Energy Storage Engineering, and Industrial Process Safety; Elective courses of the specialty: Cutting-edge Technical Progress in Resource and Environmental Fields, Advanced Environmental Engineering Equipment, Environmental Sociology Research and Discussion, Green Designs and Ecological Materials, Cutting-edge Technology of Carbon Neutrality, and Artificial Intelligence Technology and Application.

4. Doctoral candidates of Level-I disciplines of Power Engineering and Engineering Thermal Physics

Except for public courses for doctoral candidates of Level-I disciplines of Power Engineering and Engineering Thermal Physics and Level-II disciplines of Thermal Energy Engineering, the following courses are also set: Core courses (degree-based courses) of the specialty: Cutting-edge Knowledge of Process Equipment Disciplines, Chemical Engineering Progress (cutting-edge lectures), Modern Material Science and Engineering Progress, Principles of Structural Integrity, Micro-nano System and Engineering, Flow and Heat Transfer Value Calculation, Process Equipment Failure Analysis and Prevention, High-temperature Reaction Engineering, Multi-phase Fluid Dynamics, Science of Material Surface, Nanomaterials and Nanotechnology, and Advanced Physical Chemistry.

5. Postgraduates of Level-I disciplines of Power Engineering and Engineering Thermal Physics

Except for public courses for postgraduates of Level-I disciplines of Power Engineering and Engineering Thermal Physics and Level-II disciplines of Thermal Energy Engineering, the following courses are also set: Core courses (degree-based courses) of the specialty: Advanced Engineering Thermodynamics, the Finite Element Method and its Application in Process Equipment, Advanced Fluid Mechanics, Modern Engineering Materials, Engineering Fracture Mechanics, Theories and Applications of Heat Transfer Science, Elasticity Mechanics, Engineering Testing and Singal Treatment, Solid Physics, Multi-phase Flows and their Applications, Computational Fluid Dynamics, Clean Coal Technology, Energy Transformation Engineering, and Fundamentals of Entrained Flow Gasification; Elective courses of the specialty: Engineering Practice, Computational Mechanics Software and Application, Fundamentals of Pressure Container Safety Technology, Mechanical Equipment Testing and Diagnosis, Material Damage and Fracture, Fluid Sealing Theory and its Application, Polymer Material Processing Principles, the Finite Element Method in Engineering (in English), Fluid Mechanics (in English), Chemical and Mechanical Process Designs and their Industrial Application, Non-destructive Testing Technology and Default Evaluation, Modern Surface Engineering, Engineering Software Programming and Program Development, Computer Control and Interface Technology, Mechanical CAE Technology and its Application, Plastic Mechanics, Vibration Theory and its Application, Material Research Approaches and Experiments, Transmission Theory and Reaction Engineering, Process Development Methods, Gasification and Combustion Engineering, Coal-based Co-production System, Future Energy Technology, Energy and Environment, and Burning Flame Testing.

6. Postgraduates of the full-time professional degrees in the field of Environmental Engineering

Except for public courses for postgraduates of the full-time professional degrees in the field of Environmental Engineering, the following courses are also set: Core courses (degree-based courses) of the specialty: Wastewater Governance Theory and Modern Technology, Physical Pollution Control Principles and Technology, Atmospheric Pollution Control Principles and Technology (fully in English), Solid Pollution Control Principles and Technology, and Environment Management System Engineering; Elective courses of the specialty: English for Environmental Specialties, Themed Lectures of the Field of Environmental Engineering, Sustainable Developmental Theories and Practice, Modern Environmental Biotechnology, Industrial Water Treatment Technology, EHS Management Practice, Environmental Analysis and Monitoring, Comprehensive Literacy Course, Fitness (Compulsory), and Practical Teaching.

7. Postgraduates of the full-time professional degrees in the field of Safety Engineering

Except for public courses for postgraduates of the full-time professional degrees in the field of Safety Engineering, the following courses are also set: Core courses (degree-based courses) of the specialty: Cutting-edge Lectures of Safety Engineering Technology, Advanced Instrument Analysis, Experimental Technology of Environmental Analysis, Modern Environment Monitoring and Technological Progress, Chemical Engineering Process Safety, Combustion and Explosion Science (bilingual course), Environmental Risk Evaluation, Material Corrosion and Safety, Environmental Safety, Environmental Management System Engineering; Elective courses of the specialty: Fundamentals of Pressure Container Safety Technology, Cutting-edge Technological Lecture of Resource and Environment, Paper Writing, Chemical Engineering Software Application, Data Processing and Experiment Design, EHS Management Practice, Modern Environmental Biotechnology, Chemical Risks, Laws, and Regulations, Energy Storage Science and Technology, Biomass Utilization Technology, Environmental Engineering Equipment, Coal-based Co-production System, Future Energy Technology, Energy System Engineering, Organic and Solid Waste Thermal Transformation Technology, Introduction to Carbon Neutrality Technology, Sustainable Developmental Theories and Practice, Industrial Water Treatment Technology, Energy and Environment, Water Treatment Technology Development and Engineering Design, and Sewage Treatment Mathematical Model Simulation and Control.

8. Postgraduates of the full-time professional degrees in the field of Clean Energy Technology

Except for public courses for postgraduates of the full-time professional degrees in the field of Clean Energy Technology, the following core courses of the specialties are also set (degree-based courses): Advanced Engineering Thermodynamics, Clean Energy Cutting-edge Lectures, Energy Transformation Engineering, Energy Storage Science and Technology, Hydrogen Energy Preparation and Utilization, Pollutant Control during the Process of Energy Utilization, and Organic and Solid Waste Thermal Transformation Technology; Elective courses of the specialty: Fundamentals of Pressure Container Safety Technology, Academic Paper Writing, Chemical Engineering Software Application, Data Processing and Experiment Design, Fluidized Bed Technology and its Application (fully in English), EHS Management Practice, Biomass Utilization Technology, Future Energy Technology, Renewable Energy and its Application Technology, Advanced Energy Storage Technology, Energy and Environment, Advanced Fluid Mechanics, Theories and Applications of Heat Transfer Science, Solid Physics, Clean Coal Technology, Multi-phase Flows and their Applications, Fundamentals of Entrained Flow Gasification, Computational Combustion Science, Big Data and Artificial Intelligence Approaches, Gasification and Combustion Engineering, Coal-based Co-production System, Process Development Methods, Transmission Theory and Reaction Engineering, Burning Flame Testin, Powder Technology (fully in English), IGCC Technology (fully in English), Computational Fluid Dynamics and Code Development (fully in English), Gasification Procedural Value Simulation (fully in English), Gasification Technology and Energy Science (fully in English). 

(Updated in September 2025)