University: Illinois Institute of Technology
During my Master of Science at the Illinois Institute of Technology in Chicago, I developed an innovative approach to data encryption by integrating computational design with digital fabrication. The project explored the transformation of encrypted data into geometric representations, where the alphabet was encoded using a designated encryption key. Sentences were then converted into numerical values, allowing both words and phrases to take on unique geometric forms. This fusion of encryption and form generation highlighted the potential of computational tools in creating visually compelling yet highly secure data storage methods.
A key feature of the project was its ability to decode encrypted data using a camera, an encryption algorithm, and a key, ensuring both security and accessibility. Beyond its functional encryption capabilities, the project also explored its artistic applications, enabling the creation of 3D-printed sculptures from durable materials. This approach not only offered a novel method for safeguarding information but also demonstrated how digital fabrication can bridge the gap between technology and artistic expression.
