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Select Your Major

Choose the right course for yourself

Choosing the right course for you is a key decision to make, and often a challenging one for every prospective students. The Faculty of Engineering offers 6 distinctive courses. Think about what interests you, what concerns you, and what you want to be doing in the future. These help you choosing the right course for you.

6 Departments
The topics you are
interested in or curious about
Automobile / Aircraft Artificial intelligence / Robot Home appliances / Electric products New materials Internet / Wireless communication Simulation / Software Functions of human body Medical care / Medicine / Medical welfare Biotechnology New Energy Energy saving / Power usage Environmental issues Food / Cosmetics
Electric and Electronic Engineering ● ● ●   ● ● ● ● ● ● ● ●  
Intellectual Information Engineering ● ● ●   ● ● ● ●     ●    
Mechanical and Intellectual Systems Engineering ● ● ● ●   ●   ●   ● ● ●  
Life Sciences and Bioengineering       ●     ● ● ● ●   ● ●
Environmental Applied Chemistry       ●     ● ● ● ● ● ● ●
Materials Science and Engineering ● ● ● ●           ● ● ●  

6 Departments

Electric and Electronic Engineering

The subjects you will deepen : Physics

What you can learn

  1. Technology producing electricity and clean energy
  2. Control and transmit technology for efficient use of electricity and radio wave
  3. Biometric and analytic technology leading to medical care and welfare
  4. Micro device technologies using semiconductors or dielectric materials
  5. Display device technology using liquid crystals and organic semicondutors

Curriculum

Career paths and job opportunities

  • Electric power related industry
  • Machinery industry and Automotive industry
  • Information and communication industry
  • Electronics industry

Intellectual Information Engineering

The subjects you will deepen : Mathematics

What you can learn

  1. Basics and application of information and communication technology
  2. Comprehensive technology essential to build ubiquitous networks in all societies
  3. Information processing technology of sensing, cognition and KANSEI
  4. The latest artificial intelligence on the basis of brain science

Curriculum

Career paths and job opportunities

  • Information and communication industry
  • Software system development industry
  • Information appliances industry
  • System solutions industry

Mechanical and Intellectual Systems Engineering

The subjects you will deepen : MathematicsPhysics

What you can learn

  1. Research on functional assessment and long-term safety of machines and structural materials.
  2. Research on energy efficiency improvement and use of natural energy
  3. Robot mechanics and control technology
  4. Ultra-precision machining technology

Curriculum

Career paths and job opportunities

  • Electric power related industry
  • Machinery industry and Automotive industry
  • Metal manufacturing and processing industry
  • Railway industry

Life Sciences and Bioengineering

The subjects you will deepen : ChemistryBiology

What you can learn

  1. Development of technologies contributing medical diagnosis and treatment
  2. Development of technologies for antibody engineering and tissue engineering
  3. Functional analysis of genes, cells, and neuronal system
  4. Study on medicinal chemistry and medicine manufacturing
  5. Development of novel sensing technologies to detect markers in clinical, food, and environmental samples
  6. Development of new engineering solutions for human healthcare and environmental issues by virtue of wonders in living systems

Curriculum

Career paths and job opportunities

  • Pharmaceutical industry
  • Medical and assistive technology industry
  • Food industry and Cosmetic industry
  • Environment-related industry

Environmental Applied Chemistry

The subjects you will deepen : Chemistry

What you can learn

  1. Technology development to establish next-generation biofuel plant
  2. Development of functional organic, inorganic, and hybrid materials useful for environmental preservation and environmental analysis
  3. Development of biocompatible polymer materials including artificial blood vessels and clarification of vital phenomena
  4. Research on organic synthesis aiming for discovery of novel medicines and production of new materials

Curriculum

Career paths and job opportunities

  • Chemical manufacturing industry
  • Pharmaceutical industry
  • Food industry and Cosmetic industry
  • Environment-related industry

Materials Science and Engineering

The subjects you will deepen : PhysicsChemistry

What you can learn

  1. Metallurgical forming and processing technology of metals and alloys
  2. Material design of controlled compositions, nanostructures and properties
  3. Development of new or highly functional metallic and ceramic materials
  4. Material manufacturing process considering the natural environment
  5. Development or performance upgrade of practical superconducting, thermolelectric, and magnetocaloric materials

Curriculum

Career paths and job opportunities

  • Metal manufacturing and processing industry
  • Machinery industry and Automotive industry
  • Semiconducting electronic parts and materials development industry
  • Chemical products development industry
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