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Energy Science

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What is Energy Science?

 

Goals & Targets of DOES

 

History

▶ Center of Integrated Nanostructure Physics (PI: Prof. Young Hee Lee)

   was established in 2012 under the governmental program of

   Institute for Basic Science (IBS)

 

▶ BK21PLUS project ‘Integrated Energy Center for Fostering Global Creative

   Researcher’ (PI : Didier Pribat) was granted by NRF, Fall 2013.

 

Characteristics of the Department

▶ The portion of international students is approximately 40% in the

   Graduate School of Department of Energy Science

 

▶ Official language for all activities including all graduate courses,

   technical seminars, and special lectures is English

 

Research Fields
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Courses in Detail
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(1) course features

  - 100% English classes for all DoES courses

  - i-Campus: Video recording & Internet-upload

  - Special courses by international scholars

  - Dual degree program

  - University-industry collaborative education program

  - Team-teaching courses

 

(2) structure of courses
Track Curriculums (Total 94)
Core (8) Basics (45) Advanced (41)

Basic Science
(2 Tracks)

Core Subjects

(8 each)

Energy Science/

Technology Basis

(28)

 

1. Quantum Concepts for

   Energy


2. Solid State Principles

    for Energy


3. Organic/ Inorganic

    Chemistry for Energy

 

4. Applied Energy

    Electrochemistry

 

5. Thermodynamics of

    Energy Systems

 

6. Principles of Energy

    Materials

 

7. Fundamentals of

    Energy Devices

 

8. Energy & Society

 

• Advanced Quantum

   Matter Physics
• Energy Science Seminar
• Distinguished Lecture

   Series 2
• Energy Science 1
• Advanced Chemical

   Analysis
• Condensed Matter

   Physics for Energy
• Energy And

   Environment
• Quantum Mechanics for

   Energy
• Theory of Energy

   Materials
• Chemistry and Physics

   for Energy
• Spectroscopy for

   Energy Nanomaterials
• Energy Physics
• Energy and Chemistry
• Introduction to Energy

   Science & Engineering
• Electrical Engineering

   for Energy
• Energy Device

   Characterization
• Introduction to

   Complex Systems and

   Agent-Based Models
• Games and Information

   (18)

• Device Physics
• Energy Convergence

   Research 1
Energy Convergence

   Research 3
• Energy Science 2
• Advanced Experimental

   Techniques
• Multidimensional

   Optical Spectroscopy
• Advanced Nano

   Spectroscopy for

   Energy
• Advanced Analysis for

   Energy Materials
• Energy Nanofluidics
• Fluid Physics for

   Nanometer-scaled

   Energy Materials (9)

Nanomaterials/
Device Basis

(14)

• Introduction to

   Thermoelectric

   Materials Devices
• Distinguished Lecture

   Series 1
• Energy Engineering 1
• Instrumental Analysis

   for Energy Materials
• Thermal Properties of

   Nanomaterials
• Crystal Structure and

   Defects of Energy 

   Materials
• Electron Diffraction

   Imaging of Energy

   Materials
• Nanomaterials for

   Energy 1
• Nanomaterial Analysis

   (9)

• Energy Convergence

   Research 2
• Nanoelectronic Devices
• Thermal Management

   of Energy Materials
• Nanostructure Growth

   and Synthesis
• Advanced Experimental

   Techniques 2 (5)

Basic Science 2 Tracks × Core Application 5 Tracks = 10 Tracks
After Basic Science Track, Students can select Core application

Core Application

(5 Tracks)

Energy Storage

(8)

1. Quantum Concepts for

   Energy


2. Solid State Principles

    for Energy


3. Organic/ Inorganic

    Chemistry for Energy
 

4. Applied Energy

    Electrochemistry
 

5. Thermodynamics of

    Energy Systems
 

6. Principles of Energy

    Materials
 

7. Fundamentals of

    Energy Devices
 

8. Energy & Society

• Fuel Cells, Batteries, and

   Supercapacitors 1
• Energy Convergence

   Research 4
• Energy Engineering 2

   (3)

• Fuel Cells, Batteries, and

   Supercapacitors 2
• Energy Science Field

   Training 1
• Energy Science Field

   Training 2
• Energy Storage 1
• Energy Storage 2 (5)

Energy Conversion

(12)

• Introduction to Energy

   Conversion
• Large Area Electronics
• Energy Engineering 3
• Energy Harvesting (4)

• Solar Energy
• Sustainable Energy

   Harvesting Technology
• Energy Science 3
• Energy Science 4
• Photonic Device

   Technologies for

   Energy Saving
• Energy Conversion1,
• Energy Conversion 2
• Energy Conversion 3 (8)

Energy System

(10)

• Holistic Approach to

   Energy
• Climate Change and

   Risk Communication
• Biology for Energy
• Energy Economics (4)

• Introduction to

   Network Science
• Physical Bioscience for

   Energy
• Research, Development,

   and Opportunities in

   Future Technology
• Surface Plasmon and 

   Nano Optics
• Electron Microscopy
• Optics and Nanoscale

   (6)

Catalysis for Energy

(9)

• Chemistry of Energy

   Production
• Organic Chemistry for

   Energy Science
• Foreign Scholar Short

   Course 1
• Energy Engineering 4

   (4)

• Catalytic Chemistry
• Energy Science Field

   Training 3
• Energy Science Field

   Training 4
• Foreign Scholar Short

   Course 2
• Catalyst for Energy 1 (5)

Nano Energy

(6)

• Laboratory of

   Nanoenergy 1
• Nanomaterials for

   Energy 3
• Energy Nanomaterials

   Theory (3)

• Nanomaterials for

   Energy 2
• Nanomaterials for

   Energy 4
• Computational

   Modeling of

   Nanostructures (3)

 

 

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