Tangible Data Data Fabrication For Exhibition

Tangible Data Data Fabrication For Exhibition

Tangible Data Data Fabrication for exhibition is an innovative approach to data visualization that transforms numerical information into physical, three-dimensional forms through advanced fabrication technologies. This groundbreaking methodology, developed by designer Kyuha Shim, represents a significant advancement in information design by bridging the gap between digital data and tangible interaction. The project employs sophisticated computational processes using Java, Python, and Rhino software to translate complex datasets into physical objects through 3D printing and CNC machining technologies. This novel approach enables users to engage with information through tactile exploration, offering a more intuitive and memorable experience compared to traditional two-dimensional visualizations. The system's unique capability to combine physical forms with interactive elements, such as motion sensing and projection mapping, creates a dynamic interface that allows users to explore and understand complex data sets through multiple sensory channels. The project demonstrates particular innovation in its treatment of various data types, including bus tracking information, sound data, and environmental metrics such as air pollution levels, transforming these abstract measurements into tangible topographies that users can physically interact with. Recognized with a Silver A' Design Award in the Information Technologies Design category, this project represents a significant contribution to the field of information design, offering new possibilities for data comprehension and interaction in exhibition contexts.

data visualization, interactive design, physical computing, information design, digital fabrication, tangible interface

— Adam Dawson