Tangible Data: Exploring Tactile Communication through Data Fabrication

Unleashing the Potential of 3D Data Visualization

Shim's inspiration for Tangible Data came from the realization that traditional flat visualizations of data often fall short in conveying the complexity and nuances of the information they represent. By translating numeric data into tangible forms, Shim allows users to interact with the data in a more immersive and engaging manner. The fabricated forms serve as a bridge between the digital and physical worlds, enabling users to gain a deeper understanding of the data through touch and exploration.

One of the unique properties of Tangible Data is its ability to change the perspective through which we view data. By presenting data in three-dimensional forms, Shim encourages users to consider different angles and viewpoints, leading to new insights and interpretations. The fabricated forms also spark curiosity about the context behind the data, prompting users to delve deeper into the information presented.

The realization of Tangible Data involves the use of Java, Python, and Rhino to translate numeric data into tangible forms. CNC machines and 3D printing technologies are then employed to fabricate these forms, bringing the data to life in physical space.

Tangible Data offers multiple interaction methods for users to engage with the fabricated data. For example, the "Tangible Topography" project connects data fabrication with an interactive touch panel, allowing users to listen to the names of cities by placing their hands on the fabricated data surface. Other data fabrication projects include bus tracking data, sound data, and air pollution data, providing users with a multisensory experience.

The Tangible Data project represents the culmination of Shim's research and practice during his Master of Fine Art at RISD. The various installations, such as "Arirang" and "Remap Providence," have been exhibited at prestigious venues like Granoff Center Brown University and the Dunkin Donuts Convention Center in Rhode Island.

Recognizing the groundbreaking nature of Tangible Data, the project was awarded the Silver A' Design Award in 2013. This accolade highlights the exceptional expertise and innovation demonstrated by Shim's designs, which not only showcase technical prowess but also evoke positive emotions and wonder in viewers.

Through Tangible Data, Kyuha Shim pushes the boundaries of data visualization and information design. By bridging the gap between the digital and physical worlds, Shim's work opens up new possibilities for engaging with and understanding complex data. As we continue to navigate the sea of information around us, projects like Tangible Data offer a glimpse into the future of data visualization and its potential to transform our relationship with data.