StudyQA — Bachelor: Engineering Information Sciences Environmental Studies and Biomedical Engineering

Description Contents Requirements Funding

IMAC-U was established in the Department of Mechanical and Aerospace Engineering in School of Engineering at Tohoku University. It consists of more than 100 laboratories covering a wide range study fields from fluid dynamics, thermal engineering, materials engineering, nanotechnologies, aerospace engineering, robotics, biomedical engineering, information science, quantum science and energy, to environmental study. Students are provided a world-class educational and research environment to study mechanics engineering and foster the international awareness.

Exercises in Mathematics and Physics I
Exercises in Mathematics and Physics II
Practice of Information Processing
Team Based Engineering for Invention
Overview of International Mechanical and Aerospace Engineering Course
Mathematics I
Mathematics II
Numerical Analysis
Mechanics
The Basics of Information Sciences
Fluid Mechanics I
Mechanics of Materials I
Mechanism
Electromagnetics I
Quantum Mechanics
Fundamentals of Electronic Circuits and Systems
Mechanical Vibrations Ⅰ
Thermodynamics
Mechanics of Materials II
Materials Science
Systems Engineering
Computer Seminar
Seminar I
Electrical Engineering Laboratory
Fundamentals of Computer Engineering
Electromagnetics II
Basic Nuclear Physics
Solution Chemistry
Environmental Geosciences
Fluid Mechanics II
Heat Transfer I
Instrumentation
Control Engineering I
Design for Materials Function
Computer Software Engineering
Theory of Elasticity
Creation and Production
Mechatronics
Electronic Devices
Laboratory Experiment I
Design and Drawing I
Seminar II
Production Process Practice
Fortran Exercises
Introduction to Systems Design Engineering
Introduction to Nanomechanics
Introduction to Aerospace Engineering
Introduction to Quant um Science and Systems
Introduction to Biorobot System
Introduction to Energy and Environment Technology
Introduction to International Mechanical and Aerospace Engineering Course
Kinetics in Reactions
Physical Chemistry of Interface
Environmental Biology
Energy Conversion System Engineering
Computational Fluid Dynamics
Heat Transfer II
Compressible Fluid Dynamics
Computational Mechanics
Fracture Mechanics
Tribology
Machine Design Engineering
Control Engineering II
Robotics
Digital Circuits
Laboratory Experiment II
Design and Drawing II
Aircraft Design
Applied Nuclear Physics
Radiochemistry
Introduction to Neutron Transport
Fundamentals on Backend of Nuclear Fuel Cycle
Advanced International Mechanical and Aerospace Engineering Course
Plasma Physics
Energy Systems Engineering
Structural Mechanics
Precision Machining
Strength of Materials
Micromachine Forming
System Dynamics II
Computer Vision
Solid State Physics
Mechanoptics
Signal Processing
Environmental Science and Technology
Introduction to Industrial Chemistry
Introduction to Electrical Engineering
Introduction to Materials Science
Introduction to Environmental Engineering
Introduction to Intellectual Property Rights
Introduction to Technology Policy
Introduction to Biomedical Engineering
Engineering Ethics
English Communications in Technology
Surface Science and Engineering
Aircraft Technologies
Space Engineering
Combustion Engineering
Propulsion Engineering
High Energy Materials Engineering
Mechanics for Quantum Engineering and Energy Systems
Nuclear Reactor Safety and Design
Radiation Protection and Safety Engineering
Laboratory Experiment on the Backend of Nuclear Fuel Cycle
Environmental Crustal Engineering
Geomechanics
Geosphere Transport Phenomena
Chemical Energy Conversion
Earth Resources and Energy
Special Topics in International Mechanical and Aerospace Engineering Course
Basic Theory of Plasticity
Flight Dynamics
The Chemistry of Nuclear Fuel Cycle
Multidisciplinary Internship
Science, Technology and Industry in Japan
Plant Visit (Supplemental 1)
Industrial Practice
Special Lectures I (Supplemental 2)
Special Lectures II
Graduation Thesis
Score from academic qualification exam or national standardized exam for college entrance

Entrance examination fee JPY 5,000
Entrance Fee JPY 282,000
Applicants who have completed a 12-year course of school education in a country other than Japan, or those with an equivalent education as specified by the Ministry of Education.
TOEFL iBT min 79, pBT 550, IELTS 6.0
Statement of Reasons for Applying
Academic Transcript