Master's Program
| Courses | Research | Total credits | ||
|---|---|---|---|---|
| Mandatory general | Mandatory major | Electives | ||
| 3 credits | 0 credits |
At least 24 credits
|
At least 6 credits | At least 33 credits |
Mandatory general: 3 credits
- Choose one of the following CC courses (3 credits): CC500, CC510, CC511, CC512, CC513, CC522, CC530, CC531, CC532, CC533
- CC010 Special Lecture on Leadership: Non-credit, excludes general scholarship students and international students
- CC020 Ethics and Safety
Mandatory major: None
Electives: At least 24 credits
Students must complete at least 12 credits of GGS courses (including 6 credits under Designated Electives I and 3 credits under Designated Electives II) and at least 6 credits of courses from participating departments
Courses offered by GGGS
Students must complete at least 6 credits from the following Designated Electives I (Core Courses)
Climate Policy and Finance
Energy and Environmental Technology
Global Green Growth Strategy
Science of Climate Change
Students must complete at least 3 credits from the following Designated Electives II (Project Courses)
Project for Carbon Neutrality Technology Systems
Project for Green Energy Systems
Project for Resource Circulation Technology Systems
Project for Carbon Neutrality Assessments
GGGS Electives
Integrated Assessment of Global Environmental Problems
Energy and Environmental Data in the Computational Social Sciences
Carbon Accounting and Climate Information Disclosure
Technical and Economic Evaluation of Green Power Generation Systems
Sustainable Systems Design and Life Cycle Assessment
Carbon-Free Energy Systems for the Green Economy
Microeconomics
Green Economy and Policy Analysis
Sustainable Finance and Climate Risk Analysis
International Relations, Law and Policy of Climate, Environment and Trade
Climate and Green Technology Law and Policy
Special Topics in Green Growth and Sustainability I
Climate and Environmental Scenario Assessment Methodology
Theory of Consumer Behavior and Decision Making
Energy and Resource Economics
Advanced Econometrics
Sustainable Energy Finance
Courses offered by participating departments
- Basic
CD401/402
Multidisciplinary Capstone Design I / II (choose one)
K-School
CoE491Special Topics in Smart Convergence
KAIST College of Engineering
STP601Survey in Science, Technology, and Public Policy
KAIST Graduate School of Science and Technology Policy
BTM530Principles of Accounting
BTM KAIST
AI501Machine Learning for AI
Kim Jaechul Graduate School of Artificial Intelligence
AI504Programming for AI
Kim Jaechul Graduate School of Artificial Intelligence
DS501Statistical Inference for Data Science
KAIST ISysE
DS504Programming for Data Science
KAIST ISysE
IE541Advanced Engineering Statistics
KAIST ISysE
IE542Regression Anlysis: Theory and Practice
KAIST ISysE
CC512Introduction to Materials Science and Engineering
KAIST DMSE
EE469Brains, Machines, and Socities
KAIST Electrical Engineering
- Project for Green Energy Systems
ME554
Future energy-utilization engineering
KAIST Mechanical Engineering
ME616Mobility Power and Environment
KAIST Mechanical Engineering
ME476Carbon-Neutral Energy & Power
KAIST Mechanical Engineering
CBE571Energy Engineering
DEPARTMENT OF CHEMICAL & BIOMOLECULAR ENGINEERING
CBE472Introduction to New and Renewable Energy
DEPARTMENT OF CHEMICAL & BIOMOLECULAR ENGINEERING
MS626Physical Properties of EnergyMaterials
KAIST DMSE
EE464Electrical Engineering for Green Energy
KAIST Electrical Engineering
EE567Photovoltaic Power Generation
KAIST Electrical Engineering
MO520Electric Powertrain Engineering
Cho Chun Shik Graduate School of Mobility
MO501Modeling and Control of Electric Propulsion Systems
Cho Chun Shik Graduate School of Mobility
MO531Battery System Modeling and Control
Cho Chun Shik Graduate School of Mobility
- Project for Carbon Neutrality Assessments
STP501
Science, Technology, and Global Development
KAIST Graduate School of Science and Technology Policy
BTM535Technology Management and Corporate Finance
BTM KAIST
BTM635Investments Theory
BTM KAIST
BTM500Advanced Statistics for Management
BTM KAIST
- Project for Carbon Neutrality Technology Systems
CBE771
Advanced Electrochemical Engineering
DEPARTMENT OF CHEMICAL & BIOMOLECULAR ENGINEERING
CBE624Nanomaterials and Nanotechnology for Energy and Environment
DEPARTMENT OF CHEMICAL & BIOMOLECULAR ENGINEERING
MS526Semiconductor Photoelectrochemistry: Fundamentals and Energy Applications
KAIST DMSE
MS617Solid-State Electrochemistry
KAIST DMSE
EE563Display Engineering
KAIST Electrical Engineering
EE568Introduction to Organic Electronics
KAIST Electrical Engineering
- Project for Resource Circulation Technology Systems
CE475
Waste Management for Circular Environments
Civil and Environmental Engineering
CE545Applications of Artificial Intelligence to Transportation System Analyses
Civil and Environmental Engineering
CE560Smart and Green Environmental Design
Civil and Environmental Engineering
CE567Urban and Regional Sustainability
Civil and Environmental Engineering
ME312Energy and Environment
KAIST Mechanical Engineering
EE793Systems and Applications of Artificial Intelligence and Machine Learning
KAIST Electrical Engineering
Research: Complete at least 6 credits
Including 2 credits of seminars
Prerequisites
- GGGS511, GGS512, and GGS513 have the following prerequisite course: GGS502 or GGS533
- GGS514 has the following prerequisite course: GGS501 or GGS521
Transitional measures
The above requirements apply to students admitted in fall 2023 or later.
Miscellaneous
Special lectures and regular courses with the same subthemes shall be considered the same even if their course codes are different.
Concentrations
Students must complete at least 12 credits of designated electives to qualify for a concentration