CORE

Solid State Principles for Energy, Organic/Inorganic Chemistry for Energy, Applied Energy Electrochemistry, Thermodynamics of Energy System, Principles of Energy Materials, Fundamentals of Energy Devices, Quantum Concepts for Energy, Electromagnetism for Energy, Crystal Structures of Energy Materials, Instrumental Analysis for Energy, Physical Chemistry for Energy

Basic Science

Basic Energy Science & Technology

[Basic] Fundamental Physics for Energy, Quantum Electronic Device, Artificial Intelligence-based Structure Analysis, Introduction to Electronic Materials and Devices, Fundamentals and Applications of Information Display, Fundamentals and Applications of Energy Materials, Energy and Chemistry, Energy Science Seminar, Distinguished Lecture Series Ⅰ, Energy Science Ⅰ, Energy Engineering Ⅰ, Spectroscopy for Energy Nanomaterials, Energy Device Characterization, Theory of Energy Materials, Energy Optics, Energy Transport, Energy Distinguished Lecture Series Ⅰ,Introduction of Materials and Science for Engineering

[Advanced] Distinguished Lecture Series Ⅱ, Energy Science Ⅱ, Advanced Experimental Techniques, Energy Science Ⅲ, Multidimensional Optical Spectroscopy, Energy Engineering Ⅱ, Energy Engineering Ⅲ, Patent Writing Practice, Energy Distinguished Lecture Series Ⅱ, Big Data for Energy Science

Nano Materials/ Devices

[Basic] Heat Transfer in Low Dimensional Materials and their Applications, Advanced Course for Quantum Dot Materials and Devices, Principle of Energy Materials Characterization, Perovskite based Optoelectronics, Nanomaterials for Energy Ⅰ, Nanomaterial Analysis, Instrumental Analysis for Energy Materials, Thermal Properties of Nanomaterials, Electron Diffraction of Energy Materials, Introduction to the Deposition of Energy Materials

[Advanced] Nanomaterials for Energy Ⅱ, Nanostructure Growth and Synthesis, Transmission Electron Microscopy for Energy Materials, Aberration-corrected Analytical Electron Microscopy for Energy Materials, Characterization of Structure and Composition of Energy Materials, Magnetic and Spin Devices, Low Power Computing System, Electron-photon Conversion Devices, Quantum Computing and Neuromorphic Devices

Core Application

Energy Storage

[Basic] Fundamentals and Applications of Batteries, Energy Storage and Conversion Material, Fuel Cells, Batteries and Supercapacitors Ⅰ, Energy Storage Ⅰ, Current Topics on Colloidal Nanocrystals Research, Introduction to Energy Storage

[Advanced] Fuel Cells, Batteries and Supercapacitors Ⅱ, Energy Storage Ⅱ, Computational Approach for Energy Materials, Energy Storage Systems

Energy Conversion

[Basic] Introduction to Energy Photon-physics, Large Area Electronics

[Advanced] Energy Conversion System

Renewal Energy

[Basic] Introduction to Electron-photon Energy Conversion System, Fundamentals and Applications of Solar Cells, Energy and Entropy System, Introduction to Low Power Computing, Introduction to Thermoelectric Materials Devices, Energy Convergence Research Ⅰ, Energy Convergence Research Ⅱ, Energy Convergence Research Ⅲ, Energy Convergence Research Ⅳ, Solar Energy, Advanced Energy Materials, Nano-scale Electron Spectroscopy and Materials Properties, Introduction to Photon Physics for Energy Science, Introduction to Photonics for Renewable Energy, Problem Solving for Energy Industries Ⅰ, Introduction to Photovoltaic Materials, Renewable Energy Project Ⅰ, Energy Environment Society Project Ⅰ

[Advanced] Physical Bioscience for Energy, Research, Development, and Opportunities in Future Technology, Problem Solving for Energy Industries Ⅱ, Renewable Energy and Optoelectronic Industry, Integrated Renewable Energy System Ⅰ, Integrated Renewable Energy System Ⅱ, Integrated Renewable Energy System Ⅲ, Integrated Renewable Energy System Ⅳ, Problem Solving of Sustainable Energy Society, Problem Solving of Sustainable Energy Industry, Renewable Energy Project Ⅱ, Energy Environment Society Project Ⅱ, Renewable Energy and Materials Industry, Renewable Energy and System Industry, Energy Mobility Industry, Thermodynamics and Electrochemistry

Catalysis for Energy

[Basic] Advanced Catalyst Technology, Chemistry of Energy Production

[Advanced] Introduction to Ultrafast Science and Spectroscopy, Energy Catalyst Systems, Hydrogen-based Energy, Industries for Hydrogen Production and Utilization

Nano Energy

[Basic] Nano and Optics, Quantum Materials for Sustainable Energy Ⅰ

[Advanced] Quantum Materials for Sustainable Energy Ⅱ, Advanced Energy Material Deposition, Energy Device and Distributed System