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Training the next generation of highly-creative technical experts

Find the limits, and defy the limits.
Drawing on science and technology to generate new creations, both tangible and intangible.

The principles of the Faculty of Engineering, Niigata University

  • Developing the spirit of valuing manufacturing and craftsmanship (monozukuri)
  • Developing abundant creativity and flexible thinking power
  • Developing the capacity to understand fundamental phenomena correctly, and make comprehensive decisions on the overall picture

In April 2017
the Faculty of Engineering will transform its education and research

The seven departments that have composed the faculty until now will be combined into one department, allowing the faculty to adapt to global society in fields with broad outlooks.

By combining the faculty’s seven departments to encourage the pursuit of collaboration among the fields of engineering and ensuring that students have a firm motivation to learn, we will restructure the education offered by the faculty into programs in a number of different majors that allow students to apply a broad outlook as they acquire a good balance of fundamental knowledge and specialist skills.

As part of efforts to train talented people who will be capable of adapting to the global society of the future, we will seek to enrich and improve education in engineering through the programs in fields of engineering, while also newly establishing multidisciplinary, integrated programs combining arts and sciences that transcend the conventional boundaries of engineering.

The nine new programs

In the first year of study, students take classes to make the transition and gain a basic introduction to engineering. Following this, in the second year students choose one of five different fields of study to major in: mechanics, information and electronics, chemistry and materials, architecture, or interdisciplinary areas.
By gaining an overview of engineering in their first year of study, students are able to go on to study a more specialized field for their major from the second year onward.

Graduate school education and Employment

Well-rounded graduate school education

With well-developed facilities and outstanding faculty members at the forefront of their fields, Niigata University gives students the opportunity to receive and engage in high-quality education and research. While most graduate students pursue professional careers as researchers or developers for private companies or public institutions after completing their master’s programs, there are also an increasing number of students who go on to doctoral programs with the aim of becoming researchers at universities, national laboratories, and other research institutions.

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Many graduates support students
looking for employment

The many graduates of the Faculty of Engineering are pursuing careers in a wide range of areas of society and are able to provide various kinds of assistance to students looking for employment.

Employment after graduating from the faculty

Every year, the Faculty of Engineering receives information on a number of potential job opportunities— far more than the number of students looking for employment. Almost all students are able to secure positions at the companies or institutions they aspire to work for.
Around 70% of graduates go on to study at graduate school in order to enter professions requiring advanced specialist knowledge.

Mechanical Engineering

  • Provision of a rich lifestyle environment
  • Energy conversion/transfer and use
  • Mechatronics
  • Dynamics of machinery
  • Design and theory
  • Specialist subjects taught in English
  • State-of-the-art research
  • Substantial laboratory work

Training global technical experts and researchers creating future machine

The Mechanical Engineering Program provide education on design, materials, and processing for manufacturing machines that support people’s lives such as automobiles, railways, robots, and medical equipment. We ensure that students acquire ability to realize their ideas of future machine and learn about technology in a wide range of fields related to machinery, with the aim of training global-minded technical experts and researchers who pursue key roles both in and outside of Japan.

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Civil and Environmental Engineering

  • Changing lifestyles and societies
  • Safety Security
  • Harmony with nature
  • Ethical thought Social interest
  • Urban development Community development
  • Hydraulics Geotechnical engineering
  • Applied mechanics Civil engineering materials

Creating and supporting urban areas and local communities that exist in harmony with beautiful natural environments and diverse culture, and are resilient to natural disasters

We will train students to become technical experts and researchers in the field of civil and environmental engineering who are capable of creating and supporting safe and secure urban areas and local communities that are resilient to natural disasters and exist in harmony with beautiful natural environments and diverse culture, by designing, constructing, and maintaining fundamental social facilities and structures, such as roads, railways, embankments, dams, ports and airports, and water supply and drainage facilities.

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Electronics, Information and Communication Engineering

  • Progress in industry
  • Development of electric energy
  • System control
  • Signal processing
  • Information communications
  • Optoelectronics
  • Electronic devices

Acquiring comprehensive skills that support advanced-technology societies

In order to expand industry and create prosperous future societies, there are demands from various directions for skills in electronics, information and communication engineering. The Electronics, Information and Communication Engineering Program aims to train talented people who possess a combination of knowledge and the capacity to apply that knowledge and take creative approaches, a set of skills that allows them to respond to a wide range of fields.

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Smart Information Systems

  • Prosperous lifestyles and societies
  • Creating new industry
  • Big data Internet of Things
  • Hardware Robots
  • Artificial intelligence Data engineering
  • Networks Multimedia
  • Programming

Training students to become talented people with a world-class level of education and specialist knowledge

As economic activities in our contemporary society become increasingly globalized, there are an increasing number of opportunities for graduates to pursue careers on the global stage.
The Smart Information Systems Program aims to train talented people who are equipped with an international way of thinking that allows them to pursue a wide range of roles both in and outside of Japan, and who are able to support research and development in advanced smart information systems.

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Chemistry and Chemical Engineering

  • Development of societies
  • Environment
  • Foodstuffs Medicine Cosmetics
  • Energy resources
  • Semiconductors
  • Nanotechnology
  • Chemistry for ascertaining essential qualities

Chemistry that enriches lifestyles

●The ability to ascertain the essential qualities of substances
●Creativity in applying chemistry
●Chemical technology that makes dreams a reality
We will ensure that students develop such skills to allow them to contribute to social development as applied chemists with a good sense of the field of engineering, and technical experts with a strong grasp of chemistry, as well as developing talented people who are able to use such skills as a basis for expanding their own future potential.

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Materials Science

  • Solutions to global-scale issues
  • Clean safe energy
  • Development of new materials
  • Progress of humankind
  • Mechanics
  • Electronics
  • Biotechnology
  • Understanding at an atomic and molecular level
  • Physical laws and chemistry as a foundation

Taking on the global-scale issues faced by humankind from the perspective of materials development

In order to overcome complex issues related to areas such as energy, food, and the environment, and ensure the progress of civilization in the twenty-first century, it is essential to develop new materials that transcend stereotypical models. There is also a demand for researchers and technical experts with the potential to develop their knowledge and skills to serve as the talented people who engage in the development of such materials. The Materials Science Program is based on the fundamental vision of training talented people capable of contributing to the clarification of functional expression mechanisms and the creation of functional expression substances, covering materials from atomic and molecular levels to the assembly of such levels.

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  • First-class registered architect (kenchikushi)
  • Community development
  • Architectural design and drawing
  • Urban planning
  • Specialists in architecture
  • Architectural structures incorporating design elements
  • Comfortable interior environments
  • Architectural structures that are resilient to natural disasters
  • The state of people and architecture

Striving to create comfortable architecture and urban spaces in harmony with the environment

Architecture is an extremely important field of study for ensuring that we have housing, which is one the three key necessities of life alongside food and clothing. The Architecture Program considers the state of people and nature and people and dwellings, and aims to ensure the creation of architectural spaces and the practical development of urban areas that are in harmony with nature. We train architecture and urban area specialists who possess a broad range of knowledge by researching technology and projects suited to the needs of society.

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Interdisciplinary Program of Biomedical Engineering,
Assistive Technology and Art and Sports Sciences

  • Engineering Management Program
  • Solutions to social issues
  • Comfortable and spiritually rich lifestyles
  • Arts/music Sport
  • Human support
  • Medicine Nursing care Caregiving
  • Elderly people People with disabilities
  • Maintaining and improving physical abilities
  • Mental and physical health

Generating the skills to enrich spirits and lifestyles

There is a demand for integrated forms of engineering that channel innovation into the creation of societies that allow all people to maintain a high standard of living throughout their lives. The Interdisciplinary Program of Biomedical Engineering, Assistive Technology and Art and Sports Sciences seeks to develop arts, health, and sports with a basis in science, and technologies that are creative and full of sensibility. To fulfil these aims, we pursue research and development in biomedical engineering and lifestyle support technology from the interdisciplinary perspective of combining the arts and science, in addition to training students to become talented people in the fields of artistic expression and sports science based in advanced information technology.

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Engineering Management

  • Business leaders
  • Entrepreneurship
  • Creative vision
  • Management skills
  • Leadership
  • Teamwork skills
  • Communication skills
  • Problem detection and solving skills
  • Practical English skills

Developing the fusion and scientific study of engineering and management to equip students to respond to social needs as business leaders

We are long past the age when focusing on quality was a guarantee that a product would sell, or when it was enough to focus on eliminating the obstacles right in front of us. Social issues are elaborately intertwined and concealed deep in the heart of things. We must discover such problems and set them out in forms in which they can be solved. The Engineering Management Program aims to train people capable of providing solutions to such issues by gathering and linking various forms of knowledge and also developing them into business

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