Academic Program

Home
Academic Program
Academic Program
The Course Credits
Master 2 years (33 credits)
Major Requirement
(12 credits)
  • Introductuon to Energy Engineering (3 credits)

  • Introduction to Energy and Environmental Policy (3 credits)

  • Industry-Academia Partnership CoursesⅠ, Ⅱ

Major Electives
(12 credits)
  • Electives (4 courses)

Common Requirements
(9 credits)
  • Korean Studies (3 credits)

  • Korean I (3 credits)

  • Korean II (3 credits)

Ph. D. 3 years (45 credits)
Major Requirement
(12 credits)
  • Introductuon to Energy Engineering (3 credits)

  • Introduction to Energy and Environmental Policy (3 credits)

  • Industry-Academia Partnership CoursesⅠ, Ⅱ

  • Low-Carbon Energy Technologies

Major Electives
(21 credits)
  • Electives (7 courses)

Common Requirements
(9 credits)
  • Korean Studies (3 credits)

  • Korean I (3 credits)

  • Korean II (3 credits)

Course Requirements
Course Description
Introduction to Energy Engineering
  • Introduces fundamental engineering, scientific, and socio-humanistic approaches to solving energy and environmental challenges, with a focus on carbon neutrality and sustainability.

  • Provides foundational knowledge in low-carbon energy technologies, energy policy, and energy systems as core subjects of the program.

Energy and Environmental Policy
  • Develops a comprehensive understanding of Korea's energy and environmental policies as a foundation for advanced studies.

  • Examines market failures caused by environmental and energy issues and analyzes the economic and regulatory impacts of policy instruments.

  • Strengthens analytical skills through microeconomic analysis of energy markets and policy issues.

Industry-Academia Collaborative Course I
  • Invites industry professionals to introduce practical applications and current trends in energy technologies, providing students with opportunities to collaborate with industry experts.

  • Offers field-oriented internships in participating companies, enabling students to gain hands-on experience and strengthen industry engagement.

Industry-Academia Collaborative Course II
  • Covers business model development and project financing in the energy sector.

  • Invites experts from organizations such as the World Bank, Green Climate Fund (GCF), Export-Import Bank of Korea (KEXIM), and KIND, as well as private financial institutions, to provide practical knowledge.

  • Enables students to apply acquired knowledge to feasibility studies of projects conducted jointly by industry and academia.

Low-Carbon Energy Technologies
  • Introduces the principles and components of hydrogen production, fuel cells, electrolysis, batteries, and Power-to-X technologies within the broader context of energy transition and hydrogen policy.

  • Enhances understanding of integrated energy systems, including hydrogen storage, transportation, and Power-to-X-to-Power technologies, with learning outcomes evaluated through midterm and final assessments.

Major Electives

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