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Unleash Your Passion 

Unlock Your Potential

With Hands-on Engineering

Educating for the Future of Technology Since 1907.

Established in 1967, Nippon Institute of Technology has been providing quality higher education to students for over half a century. We pride ourselves on offering a comprehensive curriculum, designed to challenge and inspire our students. 

Nurturing Outstanding Engineers for the Future

2

Sections

3700+

Students, including 124 overseas students.

7

Departments

3

Faculties

27

Facilities

7

Departments

2

Sections

7

Departments

2

Sections

This school has a lot future Engineers, so talking with them is very enjoyable. Everyone has a facinating life, we can exchange our ideas together and make the future better.

Bill C. 

3rd Year Electrical, Electronics and Communication Engineering Department Undergraduate International Student

P1 芝生の写真 - resized.jpg

"Practical

Engineering "

Will Open Your Future

What is practical engineering education?

Although virtual interactions are increasing with the evolution of AI, tangible things will still be essential as long as people live in the "real" world. In order to improve our surroundings, including machinery, buildings, and communication infrastructure, and achieve safer and stabler provision of goods, we need human resources who can conceive, design, and invent ways to realize these improvements. Practical engineering education starts with understanding how tangible things support and work for people and society. Nippon Institute or Technology (NIT) aims to educate technology specialists who can reach where people and society truly need them. We provide practical engineering education in which students gain a deep understanding of theory through contact with tangible things and hands-on experience. 

"Practical Engineering Education" will open up your future!

Although virtual interactions are increasing with the evolution of AI, tangible things will still be essential as long as people live in the "real" world. In order to improve our surroundings, including machinery, buildings, and communication infrastructure, and achieve safer and stabler provision of goods, we need human resources who can conceive, design, and invent ways to realize these improvements. Practical engineering education starts with understanding how tangible things support and work for people and society. Nippon Institute or Technology (NIT) aims to educate technology specialists who can reach where people and society truly need them. We provide practical engineering education in which students gain a deep understanding of theory through contact with tangible things and hands-on experience. 

Shinichi Ninomiya

Dr. (Eng.),Toyama Prefectural University

  • Field of Specialization:

    • Precision machining

    • Production engineering

  • Research Focus:

    • Development of new processing method in precision machining

    • Environmental technology

  • Awards and Recognitions:

    • Electrical Machining Symposium '07

    • Best Paper, Musashi institute of technology (2009.3)

Hiroyuki Arai

Ph.D. Image Processing, Video Analysis

Hokkaido University

  • Field of Specialization:

    • Image Processing

    • Video Analysis

  • Research Focus:

    • Crowd Analysis using Computer Vision Techniques

    • Media Interaction

  • Awards and Recognitions:

    • IIEEJ Prize 2014, The Institute of Image Electronics Engineers of Japan

Jiro Ogawa

Dr. (Eng.), Tokyo Institute of Technology

  • Field of Specialization:

    • Architectural Design

    • Urban Planning

    • Installations

  • Research Focus:

    • Spatial Composition of Architecture

  • Awards and Recognitions: 

    • 2003 Grand Prize for the Daikanyama Installation

A Department For Everyone

OUR DEPARTMENTS

FACULTY OF FUNDAMENTAL ENGINEERING

Department Of Mechanical
Engineering

Mastering "Long-established" and "Forefront" Mechanical Technology as the Fundamentals of Engineering Disciplines

Electrical and Information Engineering

Learning from Power Equipment to Smart Information Systems, and Telecommunications to Connect People

Sustainable and Biological Chemistry

Learn How to Make Smart Products Based on Chemical and Technological Knowledge

FACULTY OF ADVANCED ENGINEERING

Department of Robotics

Artificial Intelligence and Robotics Technology as Leading-edge Technology to the Future

Department of Data Science

Learn cutting edge digital technologies that shape our data driven world.

Department of Information Technology and Media Design

Mastering Forefront Information Technology and Design

FACULTY OF ARCHITECUTRE

Department of Architecture / Section of Architecture

Designing a Long-Standing Town with Architectural Technology

Department of
Architecture/ Section of Living Design

Learning Living Environment for Spiritual Richness