The Interdisciplinary Graduate School of Engineering and Sciences (IGSES) consists of 5 departments, and their focus is divided across the three main fields, namely, materials, energy and the environment. All graduate students of IGSES belong to one of these five departments and conduct their research under the supervision of professors of IGSES.
Main Research Areas listed alphabetically
Advanced Functional Devices, Advanced Functional Materials, Applied Electromagnetics, Applied Physical Chemistry, Chemical Reaction Engineering, Crystal Physics and Engineering, Device Materials, Ionized Gas Dynamics, Inorganic Materials Chemistry, Material Characterization Engineering, Material Science for Electrochemistry, Molecular Function Engineering, Nanomaterials Chemistry, Nonlinear Physics, Opto-electronics, Organic Materials Chemistry, Photonic System, Photonic System, Quantum Materials Physics
Main Research Areas listed alphabetically
Analytical Chemistry, Applied Physical Chemistry, Arthroplasty Biomaterials, Biochemistry Catalysis Science, Ceramics Science, Chemical Biology, Chemistry, Composite Materials, Chemical and Material Biology, Electronic Structure, Electrochemistry, Electron Microscopy Analysis of Structural Materials, Energy Harvesting Materials, Environmental Catalysis, Functional Materials Chemistry, Functional Inorganic Materials, Immunology Magnetism, Materials Analysis Using Synchrotron Radiation, Mechanical properties of structural materials, Mechanoluminescence materials, Molecular Catalysis, Molecular and Cellular Biology, Molecular Rheology Optical Devices, Organometallic chemistry, Organic Synthesis, Physical Chemistry, Physical Properties of Polymers, Polymer Material's and Photonics, Quantum Chemistry, Sensor Engineering, Solid Mechanics, Solid State Ionics, Structural Organic Chemistry, Surface Science, Synthetic Organic, Theoretical chemistry, Tissue Engineering
Main Research Areas listed alphabetically
Advanced Energy Conversion Engineering, Advanced Materials Science and
Engineering under Extreme Conditions, Advanced Energy System
Technology, Energy Chemical Engineering, Energy Material Science, Fundamental Plasma Physics, Fusion Plasma Science, Fusion Plasma Engineering
High Energy Plasma Dynamics, High Energy Circumstances Material Science, Nonlinear Plasma Dynamics, Plasma and Material Engineering Science, Thermalhydraulics in Extreme Conditions,
Main Research Areas listed alphabetically
Aeroacoustics, Building Environmental Engineering, Building Thermal Environment, Compressible Fluid Dynamics, Engine and Combustion Engineering, Engineering of Refrigerating and Air-conditioning, Engineering based on Complex Science, Fluid Engineering, Heat Transfer Engineering, Human- Environment- Social System, Indoor Environment Quality, Public Health Science, Thermal Engineering, Urban climatology, Wind Engineering,
Main Research Areas listed alphabetically
Atmospheric Environment, Atmospheric Dynamics, Atmosphere and Ocean Dynamics, Circulation and Water Mass Modification in Marginal Seas, Clouds and
Aerosols, , Coastal Environments, Computational Fluid dynamics, Environmental Fluid Dynamics, Environmental Meteorology, Fluid
Physics, Marine Meteorology, Marine Renewable Energies, Measurements
of Ocean Turbulence, Mesoscale Eddies and Western Boundary Currents,
Meteorology, Numerical Modelling, Ocean Engineering, Plasma Thrusters,
Physical Oceanography, Radar and Lidar, Remote Sensing of Coastal
Ocean Currents, Satellite Remote Sensing, Ship and Ocean
Engineering, Space Environmental Fluid Dynamics, Space Plasma Physics, Underwater Acoustics, Underwater
Power Sources, Underwater Vehicle, Wind Energy, Wind Turbine Technology,
