Department of Mechanical Systems Engineering curriculum and Admissions

We introduce the curriculum of Faculty of Engineering Department of Mechanical Systems Engineering Engineering.

Curriculum policy

In Department of Mechanical Systems Engineering, we offer a wide range of courses from the first year onwards, covering both basic subjects such as mathematics and physics, as well as specialized subjects in mechanical systems engineering. There are also student experiments conducted in small groups of around 10 students, and courses where students work on problems in small groups. From the second semester of the second year, in addition to the general subjects of mechanical systems engineering, students can choose from two specialized subject packages: the Aerospace and Mechanical Science Course and the Robotics and Intelligent Machine Design Course. Students can freely choose from courses other than the 11 required specialized subjects (experiments, special research, CAD, design and drawing, programming, graduation thesis, etc.). The Department of Department of Mechanical Systems Engineering has approximately 30 highly unique laboratories covering all areas of mechanical engineering and related fields, and students can choose a laboratory that suits their individual interests and aptitudes for their graduation thesis research. The synergistic effect of the above curriculum structure makes it possible to educate students with a very broad perspective.

curriculum

Students will acquire a wide range of fundamental knowledge and skills necessary for machine manufacturing, including mechanical mechanics, thermal engineering, fluid mechanics, and materials engineering. From the second semester of their second year, they will split into two courses, the "Aerospace Energy and Mechanical Science Course" and the "Robotics and Intelligent Machine Design Course," allowing them to focus on the subjects that best suit their interests.

Classification	Specialized subject
School year	Basic Natural Sciences (Mathematics)(Science)	Specialized Basic Subjects	Aerospace and Mechanical Science Course	Robotics and Intelligent Machine Design Course
4th year		Scientific and Technical English	Graduation thesis
3rd year	Mathematical Statistics Statistical Dynamical Systems Analysis Introduction to Quantum Mechanics	Engineering Ethics	Plasticity Heat Transfer II Structural Material Evaluation Method Tribology Computational Fluid Dynamics and Exercises Mechanical Materials Engineering II Energy Systems Engineering Energy Conversion Engineering Space Propulsion Engineering Aerospace Fluid Dynamics Finite Element Method and Exercises gas turbine	Mechanical Design II Production and Processing Studies II Measurement and Signal Processing Engineering Robotics MEMS Vehicle Engineering Human Body Kinetics Production Systems Engineering Human Science Measurement Methods Vibration Control and Exercises Mechatronics and Lab
3rd year		Engineering Ethics	CAD training Mechanical Systems Engineering Experiment III Laboratory Experience Assignment Fluid Mechanics II Space Control Engineering Special Research on Mechanical Systems II
2nd year	Differential Equations II Vector Analysis Function Theory Electromagnetism Chemistry Basics Biology Basics Continuum Mechanics	Fluid Mechanics I Mechanical Materials Engineering Ⅰ Control Engineering Ⅰ Mechanical Design Ⅰ Heat Transfer I Production and Processing Ⅰ	Elastic mechanics	Mechanical and Electronic Engineering II Optical Engineering
2nd year			*The program will transition to a two-course system from the second semester of the second year. Mechanical system design and drawing Computer Programming I & II Mechanical Systems Engineering Experiments I and II Mechanics of Materials II Thermal Engineering II Mechanical Dynamics II Control Engineering II
1st year	Linear Algebra I & II Calculus I and Exercises Calculus II and Exercises Differential Equations I Mechanics I & II	Basic Seminar Mechanical Systems Design Mechanics of Materials I Thermal Engineering Ⅰ Mechanical Mechanics I Mechanical and Electronic Engineering Ⅰ	Mechanical Drawing Special Research on Mechanical Systems I

Qualifications that can be obtained

Junior high school teacher license (science)
High school teacher license (Science)
Museum Curator

For details, please see the course registration guide.

Diploma policy

Students must have basic academic skills in natural science and applied mathematics, with a focus on mathematics and physics, suitable for graduates of engineering departments.
After acquiring basic knowledge about mechanical engineering in general, students must also acquire knowledge in more specialized fields such as the "Aerospace/Mechanical Science Course" and the "Robotics/Intelligent Machine Design Course."
Students will have a thorough understanding and practical ability regarding information technology and mechanical design. They will be able to utilize these to observe the various issues facing humanity from a multifaceted perspective of mechanical engineering, create their own plans, analyze them using experimental and mathematical approaches, and appropriately summarize the results. As a culmination of this, students will be able to write a thesis that contains research content that brings new knowledge to cutting-edge mechanical engineering technology and the science and engineering that underpins it.
Those who have acquired the language skills necessary to collaborate with people from various fields in the international community, the knowledge, sense and understanding of society, culture, ethics, etc., and the overall communication skills and ability to communicate.

Admission policy

Those who are interested in mechanical systems engineering in general and have the desire to develop and innovate mechanical systems engineering in order to realize a sustainable and smart society and explore the frontiers of humanity.
Those who have sufficient academic ability in science and mathematics subjects such as mathematics and physics, as well as basic subjects such as English.

Admissions

The Department of Department of Mechanical Systems Engineering will conduct individual academic achievement tests as follows. For details, please click here.
For important information regarding entrance examinations, please click here.
For information on third-year transfer, please click here.

Faculty information session

Please see here for the event schedule.

Information on the Summer Experience Classes for Department of Mechanical Systems Engineering