Center for Future Technology and Design

Center for Future Technology and Design

Drawing on advanced technologies to deliver imaginative, future-oriented solutions

The Center for Future Technology and Design conducts research and development to create new value in the field of construction based on advanced information and communication technology (ICT), aimed at creating inspirational spaces and environments.

New Services Employing AI and IoT

Advances in AI, IoT and other technological innovations have brought about major changes in services inside of buildings and added value. By visualizing and analyzing information gathered via IoT on the people who use buildings in addition to data from building management systems and equipment systems, the center is working to identify the potential value to customers and create convenient, enjoyable living environments with everything the customer desires, and efficient, energy-saving commercial environments. The center is working to configure new innovative services. One specific example is pedestrian navigation achieved by combining voice guided instructions and AI with the indoor location mapping technology that we have developed over time.

Voice Navigation System via IMES, the indoor version of GPS
Voice Navigation System via IMES, the indoor version of GPS

More Flexibility and Variety in Spatial Design

In designing office space to accommodate diversification in work styles, the center conducts research and development on spatial designs that take human factors such as behavior, feelings, and psychology into consideration as well as safety and energy-efficiency. Digital imaging of the design along with structural, energy, and other types of analysis enables us to work on spatial design while simultaneously considering functionality, workability, and design aesthetics.

Digital imaging of design-linked simulation
Digital imaging of design-linked simulation

Technology Supporting Next-generation Construction Sites

The center is working actively to develop technology that will help improve productivity to prepare for the coming era of labor shortages in the construction industry. We are developing technology to deduce location and orientation with the goal of introducing robots to improve safety and efficiency at construction sites. We are also pursuing digitalization of sites by determining the real-time status of people and objects through IoT, and are aiming for a construction industry version of Industry 4.0. We are also engaged in research and development in a wide range of areas, with our sights set even on construction in outer space.

R&D on deducing location and orientation as the eyes of a robot
R&D on deducing location and orientation as the eyes of a robot

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