GGGS KAIST 녹색성장지속가능대학원

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Courses Research Total credits
Mandatory general Mandatory major Electives
3 credits 0 credits

At least 27 credits

  • Students must complete at least 15 credits of GGS courses (including 6 credits under Designated Electives I and 3 credits under Designated Electives II) and at least 9 credits of courses from participating departments
At least 30 credits At least 60 credits

Mandatory general: 3 credits

  • Choose one of the following CC courses (3 credits): CC500, CC510, CC511, CC512, CC513, CC522, CC530, CC531, CC532, CC533
  • CC020 Ethics and Safety

Mandatory major: None

Electives: At least 27 credits

Students must complete at least 15 credits of GGS courses (including 6 credits under Designated Electives I and 3 credits under Designated Electives II) and at least 9 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)

GGS.50001

Climate Policy and Finance

GGS.50002

Energy and Environmental Technology

GGS.50003

Global Green Growth Strategy

GGS.50004

Science of Climate Change

Students must complete at least 3 credits from the following Designated Electives II (Project Courses)

GGS.50011

Project for Carbon Neutrality Technology Systems

GGS.50012

Project for Green Energy Systems

GGS.50013

Project for Resource Circulation Technology Systems

GGS.50014

Project for Carbon Neutrality Assessments

GGGS Electives

GGS.50021

Integrated Assessment of Global Environmental Problems

GGS.50022

Climate Health Impact & Policy Assessments

GGS.50023

Methods in Climate and Environmental Health

GGS.50030

Bioindustry and Green Growth

GGS.50031

Energy and Environmental Data in the Computational Social Sciences

GGS.50032

Carbon Accounting and Climate Information Disclosure

GGS.50033

Technical and Economic Evaluation of Green Power Generation Systems

GGS.50034

Sustainable Systems Design and Life Cycle Assessment

GGS.50035

Carbon-Free Energy Systems for the Green Economy

GGS.50036

Biotechnology Innovations for Carbon Neutrality

GGS.50037

Machine Learning for Energy Market Data Analysys

GGS.50038

Climate Technopreneurship

GGS.50039

Data Science Methodologies for Sustainable Technology Systems

GGS.50041

Microeconomics

GGS.50042

Green Economy and Policy Analysis

GGS.50043

Green Digital Transformation and Artificial Intelligence

GGS.50051

International Relations, Law and Policy of Climate, Environment and Trade

GGS.50052

Climate and Green Technology Law and Policy

GGS.59900

Special Topics in Green Growth and Sustainability I

GGS.60021

Climate and Environmental Scenario Assessment Methodology

GGS.60041

Theory of Consumer Behavior and Decision Making

GGS.60042

Energy and Resource Economics

GGS.60043

Advanced Econometrics

GGS.60044

Climate Risk and Sustainable Finance

GGS.60045

Sustainable Energy Finance

Courses offered by participating departments

  • Basic
    CD.40001/40002

    Multidisciplinary Capstone Design I / II (choose one)

    K-School

    CoE.49901

    Special Topics in Smart Convergence

    KAIST College of Engineering

    STP.60001

    Survey in Science, Technology, and Public Policy

    KAIST Graduate School of Science and Technology Policy

    BTM.50030

    Principles of Accounting

    BTM KAIST

    AI.50100

    Machine Learning for AI

    Kim Jaechul Graduate School of Artificial Intelligence

    AI.50400

    Programming for AI

    Kim Jaechul Graduate School of Artificial Intelligence

    DS.50001

    Statistical Inference for Data Science

    KAIST ISysE

    DS.50004

    Programming for Data Science

    KAIST ISysE

    IE.50041

    Advanced Engineering Statistics

    KAIST ISysE

    IE.50042

    Regression Anlysis: Theory and Practice

    KAIST ISysE

    CC.50012

    Introduction to Materials Science and Engineering

    KAIST DMSE

    EE.40069

    Brains, Machines, and Socities

    KAIST Electrical Engineering

    GFS.50002

    Environmental Technology Strategy

    Moon Soul Graduate School of Future Strategy

  • Project for Green Energy Systems
    ME.50054

    Future energy-utilization engineering

    KAIST Mechanical Engineering

    ME.60016

    Mobility Power and Environment

    KAIST Mechanical Engineering

    ME.40076

    Carbon-Neutral Energy & Power

    KAIST Mechanical Engineering

    CBE.50071

    Energy Engineering

    DEPARTMENT OF CHEMICAL & BIOMOLECULAR ENGINEERING

    CBE.40072

    Introduction to New and Renewable Energy

    DEPARTMENT OF CHEMICAL & BIOMOLECULAR ENGINEERING

    MS.60026

    Physical Properties of EnergyMaterials

    KAIST DMSE

    EE.40064

    Electrical Engineering for Green Energy

    KAIST Electrical Engineering

    EE.50067

    Photovoltaic Power Generation

    KAIST Electrical Engineering

    MO.50020

    Electric Powertrain Engineering

    Cho Chun Shik Graduate School of Mobility

    MO.50001

    Modeling and Control of Electric Propulsion Systems

    Cho Chun Shik Graduate School of Mobility

    MO.50031

    Battery System Modeling and Control

    Cho Chun Shik Graduate School of Mobility

  • Project for Carbon Neutrality Assessments
    STP.50001

    Science, Technology, and Global Development

    KAIST Graduate School of Science and Technology Policy

    BTM.50035

    Technology Management and Corporate Finance

    BTM KAIST

    BTM.60035

    Investments Theory

    BTM KAIST

    BTM.50000

    Advanced Statistics for Management

    BTM KAIST

  • Project for Carbon Neutrality Technology Systems
    CBE.70071

    Advanced Electrochemical Engineering

    DEPARTMENT OF CHEMICAL & BIOMOLECULAR ENGINEERING

    CBE.60024

    Nanomaterials and Nanotechnology for Energy and Environment

    DEPARTMENT OF CHEMICAL & BIOMOLECULAR ENGINEERING

    MS.50026

    Semiconductor Photoelectrochemistry: Fundamentals and Energy Applications

    KAIST DMSE

    MS.60017

    Solid-State Electrochemistry

    KAIST DMSE

    EE.50063

    Display Engineering

    KAIST Electrical Engineering

    EE.50068

    Introduction to Organic Electronics

    KAIST Electrical Engineering

  • Project for Resource Circulation Technology Systems
    CE.40075

    Waste Management for Circular Environments

    Civil and Environmental Engineering

    CE.50045

    Applications of Artificial Intelligence to Transportation System Analyses

    Civil and Environmental Engineering

    CE.50060

    Smart and Green Environmental Design

    Civil and Environmental Engineering

    CE.50067

    Urban and Regional Sustainability

    Civil and Environmental Engineering

    ME.30012

    Energy and Environment

    KAIST Mechanical Engineering

    EE.70093

    Systems and Applications of Artificial Intelligence and Machine Learning

    KAIST Electrical Engineering

    GFS.60003

    Climate, Water, Food, Energy, Economy Nexus

    Moon Soul Graduate School of Future Strategy

Research: Complete at least 30 credits

Including 2 credits of seminars

Prerequisites

  • GGS.50011GGS.50012, and GGS.50013 have the following prerequisite course: GGS.50002 or  GGS.50033

  • GGS.50014 has the following prerequisite course: GGS.50001 or  GGS.50021

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