Advanced Mechanical Engineering

Course Overview

Applying the principles of mechanical engineering to contribute widely to the development of interdisciplinary fields including diverse disciplines

This course is designed to cultivate the ability to apply the academic principles of mechanical engineering to research and development that can contribute to the development of a wide range of interdisciplinary fields, including diverse disciplines. In the first and second years, students learn the basics and acquire the ability to think about engineering by using subjects in accordance with the theoretical system of mechanical engineering. In the third and fourth years, students acquire knowledge and skills in a wide range of applied fields centered on mechanical engineering in order to conduct the Graduation Research 1-4 and acquire research and development skills that will contribute broadly to the development of integrated fields.

Research Fields/Areas

Mechanical dynamics

Mechanical mechanisms and related dynamics

Materials engineering

Properties, strength, and dynamics of the various materials that make up machines

Production/processing engineering

Material cutting, grinding and non-grinding processing, dynamics and production systems

Design engineering

Comprehensive mechanical design and its expression

Fluid engineering

Fluid mechanics, power generation mechanism by fluids, etc.

Environmental engineering

Global environmental issues, energy, resources, urban warming, etc.

System engineering

Mechanical system analysis, programming, evaluation, etc.

Thermal engineering

Heat and thermodynamics, energy transfer and conversion, principles and applications of heat engines

Keywords for Learning

  • Nano,Micro technology
  • Advanced safety vehicles
  • Renewable energy
  • Functional design
  • Next-generation robots
  • Intelligent machines
  • Space
  • Vibration analysis
  • Control
  • Natural energy
  • Functional materials
  • Micro machines
  • Human-machine interface

Curriculum

Course Data

Degree
Bachelor of Engineering
Campus
1st and 2nd year: Omiya 3rd and 4th year: Toyosu
Number of people
Number of faculty members
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Admission capacity
228
Number of students
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Number of students entering graduate school
-