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Master/Ph.D. Programs, Sustainability in Decarbonization
Master’s degree program students of the Program (hereafter master’s students) are required to complete a minimum of 24 course credits for graduation, including 3 credits in College required courses, 3 credits of Program required courses, a minimum of 9 credits in Program-designated core courses and a minimum of 9 credits in elective courses. The minimum credit requirements for graduation exclude the credits designed for the dissertation.Master’s students shall enroll in the Program-required 0-credit Specific-Topic Seminar Course (Seminar) every semester for four semesters during years of study.
| Master/Ph.D. Programs, Sustainability in Decarbonization | ||
| Compulsory Course of College | Seminar | |
| Earth Environment | ||
| Compulsory Course of Decarbonization | Carbon Emission and Inventory | |
| Dissertation | ||
| Core Course | Theory and Technology of energy storage | |
| Geothermal Resource Survey and Implementation | ||
| Processing and Characterization of Nanomaterials | ||
| Physical Chemistry of Materials | ||
| Introduction to the IPCC assessment reports | ||
| Materials for Hydrogen Energy | ||
| Principles of Carbon Reduction and Emission Reduction in Engineering Materials and Their Applications | ||
| Circular Economic and Green Technology Practices | ||
| Practical Discussion on Net Zero Emission | ||
| Electrochemistry of Materials | ||
| Thermodynamics of Materials | ||
| Manufacturing Network Technologies | ||
| Reuse of Circular Economy Materials in Road Engineering | ||
| Electives- Decarbonization Technology | Combustion | |
| Energy Engineering | ||
| Assessment and development of carbon storage sites | ||
| Energy and Environment | ||
| Hydrogen Energy and Fuel Cells | ||
| Solar Energy Engineering | ||
| Introduction: Strategies of semiconductor process decarbonization | ||
| Electives- Low Carbon Manufacturing | Heat Exchangers | |
| Environmental Impact Assessment | ||
| Maintenance Management and Systematic Development of Social Infrastructure | ||
| Green Building Industry Sustainable Development | ||
| Artificial Intelligence | ||
| Smart manufacturing technology | ||
| Intelligent manufacturing in practice | ||
| College Electives | Water Resource Development and Risk Assessment | |
| Air pollution monitoring and control | ||
| Wind and solar energy practice with weather data | ||
| Introduction to Integrated Offshore Energy Development | ||
| Water Resource Development and Risk Assessment | ||
| Climate Change Risk and Assessment | ||
| Waste Treatment and Recycling Engineering | ||
| Introduction to Creative Design | ||
* Elective courses can be elected within programs in Graduate College of Sustainability and Green Energy（with Course Number started with SA、SL、SD、SG）
Last updated date：2025/03/11