The Future Robotics Technology Center, called fuRo, is located on the 8th floor of No. 8 building of the Tsudanuma Campus.
Its purpose is to carry out research on the most advanced robotics technologies.
From the entire plan to interior details, such as chairs and tables, the center is designed to be truly stylish, yet functional so that no space is wasted. For example, the liquid crystal shutter on a wall of the meeting room has various applications.as a screen onto which computer images can be projected or a board that allows direct writing with marker pens. The workshop has a special lane for trial operation of walking or running robots.
Throughout the center you will find cutting-edge equipment that is appropriate for its future-oriented studies.

Located on the 7th floor of Tsudanuma Campus No. 8 Building, this center engages in research activities for planetary exploration. Planetary exploration refers to studies on a planet using robotic observation equipment mounted on an unmanned exploration satellite-for example, what substances the rocks on a planet are made of, how the topographical features of a planet were formed and whether organic materials or traces of life exist on a planet. The center engages in the development of such observation equipment, including a simulation of a planetary environment in which experiments on the equipment are done on Earth. The center provides an advanced environment for developing new observation equipment for planetary exploration and enhancing the technologies for such development.

The Research Institute started as the Engineering Center in 1970, and was renamed Research Center before it got the current name, Research Institute, in 2004 to mark a fresh start with the goal of integrating knowledge and helping promote and activate academic studies on campus in response to rapidly changing scientific technologies.
The Institute has the Material Analysis Room for centralized control of analysis equipment to be used by internal researchers. Such equipment includes X-ray diffractometers, surface analyzers, and electron microscopes (TEM and SEM).
The Institute offers seminars for users of the equipment, as well as analysis support services.

CIT has a stock of around 270,000 books and 1,900 academic journals in two libraries on the Tsudanuma and Shibazono Campuses.
The two libraries are connected online so that users can search, borrow, and return books at either library. Students can access various services, such as an online journal for gathering the latest academic information, copying service for collecting reference materials, and a wide array of audio-visual data and equipment. On the second floor of the Shibazono library there is a space for students to study by themselves or in groups, borrowing notebook computers if needed.

CIT has three Computer Training Rooms on the Tsudanuma Campus (119 servers and 413 clients), and two on the Shibazono Campus (23 servers and 292 clients). Windows or Linux operating systems and a range of software programs are available according to the purpose of their use. Each room is equipped with personal computers, workstations, and servers to provide practical opportunities to study computer theories.
Applications include machine, architectural, and product design, structural analysis simulation, 3D computer graphics, molecular structure modeling and visualization, document creation, spreadsheets, presentations, Website creation, and programming. In the virtual computer environment you can use the administrative right of the virtual computer to construct a server, do client/server programming, and validate system operation with a single terminal.

The Machining Center is equipped with various tools from general machine tools to state-of-the-art computer-controlled ones, such as a water-jet cutting machine. The Center provides students with the technical guidance to use these machines, while meeting requests from the
departments to make parts and/or devices for use in undergraduate classes.
The Students' Workshop is freely accessible by students to experience the joy and difficulty of creating things. Through the process of using tools and machines, students can acquire basic engineering skills on their own.

About 300 students coming from across the nation live in the Chigusa Students' Dormitory. Dormitory events include a welcome reception for newcomers in April, an annual festival
in May, and an athletic meet in October. Planning and taking part in these events help enhance friendship among dormitory students.

Located on a prime site at the Karuizawa resort in Nagano Prefecture, the Center is available for seminars and club camps.

Located in a nature-rich environment close to the sea, the Center is carefully designed to provide opportunities for students to meet and enjoy learning.