Engineering Information Sciences Environmental Studies and Biomedical Engineering

The Engineering Information Sciences program at Tohoku University is a comprehensive and innovative course designed to equip students with the essential knowledge and practical skills needed to excel in the rapidly evolving field of information technology. This program emphasizes the fundamental principles of computer science, software engineering, data analysis, and systems design, preparing graduates to address complex technological challenges across diverse industries. Students will engage in cutting-edge research and practical projects that foster critical thinking, problem-solving abilities, and creativity. The curriculum covers a wide range of topics, including programming languages, database systems, network architectures, cybersecurity, artificial intelligence, and machine learning, ensuring a well-rounded education that integrates theoretical foundations with real-world applications. Dedicated laboratories and collaboration with industry partners provide students with invaluable hands-on experience, enabling them to develop innovative solutions and adapt to the dynamic landscape of information sciences. The program also promotes interdisciplinary learning, encouraging students to explore areas such as biomedical informatics, environmental data analysis, and management of large-scale information systems. Faculty members are distinguished researchers and professionals committed to mentorship and supporting students' academic and personal growth. Graduates of this program are highly regarded in the global IT sector, equipped to become software developers, data analysts, systems engineers, and technology consultants, contributing to advancements in areas like healthcare, environmental management, manufacturing, and digital infrastructure. With a focus on fostering lifelong learning and adaptability, the Engineering Information Sciences program at Tohoku University prepares students to become innovative leaders and responsible practitioners in the information technology industry.

• 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

Scholarships

• Tohoku University Fellowship
• President Fellowship for International Undergraduate Students
• MEXT Scholarships

Tohoku University offers a diverse range of undergraduate and graduate programs across multiple disciplines, including Engineering Information Sciences, Environmental Studies, and Biomedical Engineering. Although specific detailed descriptions for each program are not publicly available, the university's curricula are designed to foster a comprehensive understanding of both theoretical foundations and practical applications in these fields.

The Engineering Information Sciences program focuses on the integration of computer science, electronic engineering, and information technology to develop innovative solutions for complex problems in society. Students in this program are typically engaged in coursework related to software engineering, data science, embedded systems, and network technologies. They are also encouraged to participate in laboratory work, research projects, and internships that provide hands-on experience in designing and implementing intelligent systems and digital infrastructure.

Environmental Studies at Tohoku University emphasizes sustainable development, environmental conservation, and the responsible management of natural resources. The program prepares students to understand the scientific principles underpinning environmental processes and human impacts on the environment. Courses may cover topics such as ecology, environmental policy, renewable energy, and environmental engineering. Students are often involved in fieldwork, research projects, and collaborations with governmental and industrial partners to address pressing environmental issues.

Biomedical Engineering combines engineering principles with medical sciences to develop medical devices, imaging technologies, and healthcare solutions. The program aims to equip students with knowledge in bioinstrumentation, biomechanics, regenerative medicine, and clinical applications of engineering. Practical training often includes laboratory experiments, clinical internships, and collaborative research with healthcare institutions. Graduates from these programs are prepared to work in industries related to healthcare technology, research institutions, and regulatory agencies.

Overall, Tohoku University emphasizes an interdisciplinary approach, fostering innovation and collaboration across fields. The university supports active research participation and international exchange programs to enhance the educational experience and prepare students for global careers in their respective disciplines. The programs are structured to develop critical thinking, technical skills, and societal awareness, aligning with the university’s mission to contribute to society through education and research excellence.