International Mechanical and Aerospace Engineering

International Mechanical and Aerospace Engineering Course, IMAC, is a fully English taught engineering degree program organized by the division of Mechanical Engineering, School of Engineering. It has the Undergraduate Course, IMAC-U (Bachelor Degree), and the Graduate Course, IMAC-G (Master and Doctoral Degree). IMAC-U directly connects to the international graduate course (IMAC-G).
Students will have opportunities to learn fundamental and cutting-edge knowledge in laboratories studying fluid dynamics, thermal engineering, materials engineering, micro/nanotechnologies, aerospace engineering, robotics, biomedical engineering, informationscience, quantum science and energy, and environmental studies etc.

Department of Aerospace Engineering  

• Numerical Analysis  
• Applied Analysis 
• Fluid Dynamics  
• Solid Mechanics 
• Thermal Science and Engineering 
• System Control Engineering
• Materials Chemistry  
• Computer Hardware Fundamentals  
• Solid State Physics  
• Mechanics of Plasticity
• Structure and Function Living System 
• Aerospace Systems 
• Aerospace Propulsion 
• Computation Fluid Dynamics
• Aerospace Structural Mechanics 
• Aerospase Fluid Dynamics  
• Space Robotics  
• Space Engineering for Robotic Exploration
• Aerospace Combustion Dynamics
• Cryogenic Physics and Engineering 
• The Science of Shock Waves
• Mathematical Modeling and Computation
• Applied Mathematical Fluid Dynamics
• Fluid Design Informatics  
• Physical Fluctuomatics 
• Discussion on Environmental and Industrial Policy
• Interdisciplinary Research 
• Special Lecture in Cooperation with JAXA 
• Project-Based Learning for Frontier of Mechanical Engineering
• Internship Training
• International Scientific Internship Training 
• Special Lecture on Aerospace Engineering A
• Advanced Seminar on Aerospace Engineering A
• Seminar on Simulation Science 
• Seminar on Spacetechnology 
• Innovation Oriented Seminar on Mechanical Engineering
• Master Course Seminar on Aerospace Engineering

Department of Mechanical Systems and Design  

• Numerical Analysis  
• Applied Analysis 
• Fluid Dynamics  
• Solid Mechanics 
• Thermal Science and Engineering 
• System Control Engineering
• Materials Chemistry  
• Computer Hardware Fundamentals  
• Solid State Physics  
• Mechanics of Plasticity
• Structure and Function Living System 
• Intelligence and Systems Engineering
• Design of Materials System 
• Intelligent Machine Design
• Nano/Micro/Tribology  
• Micro-Nanomechanical Architectonics
• Engineering of Fluid Systems 
• Control of Thermal Energy
• Energy Systems Engineering 
• Degradation in High Temperature Environments of Structures and Materials
• Environmental Heat-Transfer Control  
• Applied Energy Dynamics  
• Electromagnetic Functional Flow Dynamics 
• Mechanical Systems Maintenance Engineering
• Multiphase Flow Systems 
• Introduction to Solid State Ionics
• Ultra-Highspeed Information Processing Algorithms 
• Computer Architecture
• Space Robotics  
• Ultraprecision Machining 
• Manufacturing Systems 
• Physical Fluctuomatics 
• Discussion on Environmental and Industrial Policy
• Interdisciplinary Research 
• Project-Based Learning for Frontier of Mechanical Engineering
• Internship Training
• International Scientific Internship Training 
• Special Lecture on Mechanical Systems and Design A
• Advanced Seminar on Mechanical Systems and Design A
• Seminar on Digital Design 
• Seminar on Energy Systems Engineering
• Innovation Oriented Seminar on Mechanical Engineering 
• Master Course Seminar on Mechanic

Department of Nanomechanics 

• Numerical Analysis  
• Applied Analysis 
• Fluid Dynamics  
• Solid Mechanics 
• Thermal Science and Engineering 
• System Control Engineering
• Materials Chemistry  
• Computer Hardware Fundamentals  
• Solid State Physics  
• Mechanics of Plasticity
• Structure and Function Living System 
• Precision Nanometroloty 
• Fundamentals of Damege Management
• Intelligent Sensing of Materials
• Mechanics of Materials System 
• Fundamental Nano-Technology
• Informative Nanosystem  
• Ultraprecision Machining
• Nano/Micro Mechanoptics
• Nano/Micro/Tribology  
• Strength and Reliability of Microstructures and Devices 
• Kinetic Theory of Gases
• Nano-Process Engineering
• Nanoscale Thermal and Fluid Engineering
• Nano-Physics, Analysis and Control of Surfaces
• Intelligent Control Systems  
• Design of Crustal Complex Fracture Systems 
• Engineering for Geo-Energy Exploitation 
• Manufacturing Systems 
• Physical Fluctuomatics 
• Discussion on Environmental and Industrial Policy
• Ethics of Life for Young Engineers 
• Interdisciplinary Research 
• Project-Based Learning for Frontier of Mechanical Engineering
• Internship Training
• International Scientific Internship Training
• Special Lecture on Nanomechanics A
• Advanced Seminar on Nanomechanics A
• Seminar on Materials and Mechanics 
• Seminar on Nanotechnology
• Innovation Oriented Seminar on Mechanical Engineering
• Master Course Seminar on Nanomechanics  

• Bachelor's degree to apply for Master's program
• Master's degree to apply for Doctoral Degree program
• Basic academic ability: Grade point average (GPA) 2.30 or higher out of 3.0
• English proficiency: TOEFL (iBT: 79), IELTS (6.0), etc.
• Entrance examination Fee JPY 30,000
• Entrance Fee JPY 282,000