Pioneering the Future, Iwate University Machinery

This is what is great about this course!

The Mechanical Intelligence and Aerospace Course (Iwate University Machinery) covers diverse fields of “Aerospace”, “Intelligent Robotics”, and “Mechanical Systems”. Students enjoy learning mechanical engineering required in a wide range of fields such as aerospace, robots, automobiles, smart phones, as well as environment, energy, medicine, and welfare, Students can engage in research activities. Iwate University Mechanical students have presented their research results at various academic conferences and have received numerous commendations and other highly regarded awards.

Photo of the Poster Award Winner of the Biomedical Engineering Symposium 2024 by the Japanese Society for Biomedical Engineering.

The 28th Annual Conference of the Japan Society for Welfare Engineering
Excellent Presentation Award

What is the course of study (and how is it applied to society)?

Mechanical engineering supports the remarkable development of cutting-edge science and technology.
In the “Aerospace Field” of the Mechanical Intelligence and Aeronautics Course, we are researching future aeroengines, unmanned aerial systems, and capsule-type atmospheric re-entry spacecraft for the decarbonized era. In the “Intelligent Robotics” field, we are developing medical welfare systems using advanced technologies such as AI and XR, and underwater robots for research and management of marine and fishery resources. In the “Mechanical Systems” field, we are researching and developing environmentally friendly processing technology and energy control technology. These researches are utilized to realize an affluent and sustainable society.

The Science of Swallowing, Deciphered by Myoelectric Signals

Oscillating flight wind tunnel test of a capsule using a magnetic support system

What can I learn and how can I grow?

The Mechanical Intelligence and Aerospace Engineering Course trains students to be active in industrial fields that require a higher level of expertise, such as machine intelligence and aerospace aircraft development, while enhancing their expertise in the mechanical engineering necessary for advanced manufacturing. In this course, students can learn the following

Mathematics and mechanics (heat, fluid, material strength, motion) necessary for mechanical design
Mechanical design using 3D CAD
Control engineering and programming required to control and analyze robots and other equipment.
Computer simulation method for models created by CAD
Bioengineering and Robotics
Aerospace Technology
Research and development methods in the fields of mechanics, intelligence and aeronautics

What are the expected career paths after graduation?

In addition to entering graduate school, individuals with knowledge and skills in mechanical engineering are needed in all types of occupations and fields. Many companies, including large corporations, have offered jobs to Iwadai Machinery, and we expect the employment rate to remain high in the future.

General manufacturing related (design, development, manufacturing)
Aerospace
AI, robotics, human interface, and other intelligent machinery related
Automotive
Ship- and railway-related
Medical, welfare, health and other equipment development related
Sensors, communication devices, semiconductors, and other electronics-related products
Civil servants (national, prefectural, municipal, educational, research institute, etc.)
Graduate School Entrance (Iwate University, Tohoku University, etc.)

Student Interviews

ONO Hikari

[from Sakata Higashi High School, Yamagata Prefecture]

Study systems engineering, proceed to my dream field: the aviation industry.

I am interested in airport management and aircraft maintenance. When I was a high school student, I was looking for a university in Tohoku region where I could study aeronautical engineering. My high school homeroom teacher recommended the Faculty of Science and Engineering at Iwate University and I decided to come to here. I plan to work in the aviation industry in the future.

I am currently a member of Hanahara-Yamada Laboratory, where we study optimization techniques based on systems engineering. Although I have not yet decided on my own research theme, I am interested in research on human activities such as eye gaze and body movements. I am currently studying computer programming in preparation for my graduation project. Whenever I feel difficulty, senior members of the laboratory always help me and I try to think of ways to resolve the problem. Sometimes I feel frustrating facing things that I cannot handle immediately, but I see that a challenge to give me opportunity for growth and enjoy learning new things. I would be happy if my future research makes someone’s life well, even if only a little.

Interviewed in December 2022.