| Master 2 years (33 credits) | |
|---|---|
|
Major Requirement (12 credits) |
|
|
Major Electives (12 credits) |
|
|
Common Requirements (9 credits) |
|
| Ph. D. 3 years (45 credits) | |
|---|---|
|
Major Requirement (12 credits) |
|
|
Major Electives (21 credits) |
|
|
Common Requirements (9 credits) |
|
| Course | Description |
|---|---|
| Introduction to Energy Engineering |
|
| Energy and Environmental Policy |
|
| Industry-Academia Collaborative Course I |
|
| Industry-Academia Collaborative Course II |
|
| Low-Carbon Energy Technologies |
|
Hydrogen & Renewable Energy Technologies
(3 credits each)
Introduction to Solar Energy Engineering
Hydrogen Energy Engineering
Low-Carbon Energy Technologies
Fuel Cell Engineering
Green Ammonia Technologies
Global Energy Cooperation
Catalysts: Fundamentals and Applications
Introduction to Energy Resource Transition
Electrochemistry Applications
Electrochemistry I
Environmental & Energy Policy and Systems
(3 credits each)
Energy Economics
Introduction to Energy and Environmental Policy Evaluation
Environmental and Resource Economics
Climate and Food Policy Studies
Climate Change and Resilience
Energy Transition Studies
Science Diplomacy and Foreign Policy
Systems Thinking
Systems Dynamics
Technology and Human Society Seminar
Fundamentals of Materials, Chemistry, and Engineering Analysis
(3 credits each)
Surface Science
Materials Engineering
Instrumental Chemical Analysis
Thermal Energy
Introduction to High-Performance Materials for Energy and Environmental Applications