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Graduate School of Engineering : Mechanical Engineering
Master’s Program
Objective of Education and Research
Mechanical engineering is an important technology in the design and development of machinery and equipment in a diversity of industrial fields, and at the same time is regarded as being able to contribute to solving the environmental and energy problems typified by global warming. For that reason, mechanical engineers are required to have both basic knowledge of mechanical engineering and the ability to apply it, and also the ability to respond flexibly to problems associated broadly with the progress of science and technology and society’s changing expectations. The objective of this course is to develop engineers and researchers to acquire a high level of mechanical engineering knowledge that they can adapt to circumstances in the real world. Specifically, in this course the laboratories are set up to cover the broad spectrum of learning fields that form the basis of mechanical engineering: material strength, material science, fluid mechanics, thermodynamics, mechanical systems, machine elements and manufacturing systems. The Program seeks not only to delve deep into specialist fields, but also to improve the basic and overall mechanical engineering abilities of students. In accordance with the spirit in which Doshisha University was founded, the educational objective is to develop individuals who are broadly able to contribute to society - irrespective of whether domestic or international - by exercising their individual expertise in mechanical engineering, and who are able to contribute to people’s happiness by dealing with and developing diverse science and technology from a mechanical engineering base.
- Guidelines for Human Resource Development
The Program objective is to develop individuals with the following abilities:
- Ability to apply a high level of specialist knowledge founded in individual conscience in many mechanical engineering fields and domains.
- Thorough grounding in mechanical engineering and abilities commensurate with researchers capable of sophisticated R&D.
- Broad international sensibility and communication ability, with strong practical abilities, able to respond flexibly to rapidly changing society and its needs.
- Ability to contribute to the development of public society through the individual knowledge of mechanical engineering.
Doctoral Program
Objective of Education and Research
The objective of education in the doctoral program, as in the master’s program, is to develop researchers with a high level of mechanical engineering knowledge that they can adapt to circumstances in the real world. A further aim of the education is the pursuit of study as an independent researcher at high levels of initiative, autonomy and ethics. Another objective of the education is to develop individuals able to serve broader society by contributing to development in the mechanical engineering field, and individuals able to promote people’s happiness by contributing, not only to their own affiliated fields of specialty, but from the basis of the high level of professionalism they have, to the progress of science and technology in a variety of fields. A further aim is to develop a high level of communication ability with a view to being able to assume leadership in a variety of fields, including their own specialties, and making international contributions.
- Guidelines for Human Resource Development
The Program objective, as in the master’s program, is to develop individuals with the following abilities:
- Ability to apply a high level of specialist knowledge founded in individual conscience in many mechanical engineering fields and domains.
- Thorough grounding in mechanical engineering and abilities commensurate with researchers capable of sophisticated R&D.
- Broad international sensibility and communication ability, with strong practical abilities, able to respond flexibly to rapidly changing society and its needs.
- Ability to contribute to the development of public society through individual knowledge of mechanical engineering.
Furthermore, the doctoral program fosters the following abilities:
- Ability to take a lead role in undertaking research, to write a research thesis, and to demonstrate the capacity to direct R&D in all fields.
- Practical ability to personally formulate research guidelines and to undertake creative research, based on a high degree of expertise and sense of ethics.
Faculty Research
Toru Fujii |
New functional composite materials using nano-fibers extracted from plants a new hybrid system using CVT |
Hajime Fujimoto |
Measurement by Use of Laser System and Numerical Simulation of Splay and Its Combustion in Reciprocating Engine |
Toshiki Hirogaki |
Automation and intelligent manufacturing based on machine control of machine tools and industrial robots. |
Katsuya Hirata |
Experimental and computational analyses on non-linear flows such as bluff-body flows, thermal convections in forcedly-oscillating containers, and sloshings. |
Tomoko Hirayama |
Clarification of Tribology Phenomena and Its Application to Precision Mechanics |
Toshiki Hirogaki |
Autonomous Automation and LCA of Industrial Robot and CNC Machine Tools for FA Controlling |
Yutaka Imaida |
High velocity impact dynamics and high energy rate forming |
Kyoji Inaoka |
Analysis of flow and heat transfer phenomena and its application |
Takayuki Koizumi |
Dynamic Analysis for Industrial System, Uehicle, and Human |
Takashi Matsuoka |
Study on Improvement of Copper Plating Adhesion of Printed Wiring Board by plasma Treatment |
Hiroyuki Miyamoto |
Mechanical behavior of nanostructured materials fabricated by severe plastic deformation |
Jiro Mizushima |
Stability of flow and its transition from a laminar state to turbulence |
Jiro Senda |
Life Cycle Assessment for Sustainable Energy Society |
Mamoru Senda |
Turbulence, Heat and Mass Transfer |
Masanori Takaoka |
Comprehensine Analysis of Statistical Laws and Self-Organized Structures in Huge-Scale Complex Random Systems. |
Kazuto Tanaka |
Process Design and Evaluation of Fracture Behavior for Biomedical Materials, Composite Materials, Micromaterials and Engineering Materials |
Tatsuya Tanaka |
Research on forming processing of metal, polymer and its composite materials |
Kazuo Tsuchiya |
Control Engineering for Mechanical systems and Space Engineering |
Jiichiro Urabe |
Partial Differential Equation : Structures of the Solutions, Singularities and Ramifications |
Hiroshi Yamaguchi |
Dynamics of functional & smart fluids with engineering applicetions |
Ryuichi Yokogawa |
Analysis of the human’s motor function, and development of robots for reducing the load elder care or labor |
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