The "Archive Retrieval Terminal" (A.R.T.) project, developed for the Perspectives in Engineering course, investigates the interplay between physical and digital media in archiving, focusing on century-scale accessibility. Initially inspired by the concept of Data Cooperatives, the project evolved into a prototype that integrates physical interaction with digital archives. Using RFID technology embedded in 3D-printed figures, A.R.T. creates a tactile access point to digital archives, fostering engagement and enhancing the user experience.

The research question guiding the project was: _What role does physical media play in an increasingly digital world for archiving, and how significant is the physical format for century-scale accessibility?_ The methodology involved three phases: exploring Data Cooperatives, narrowing the focus to interactive archiving, and developing a functional prototype. The final design featured 3D-printed figures embedded with RFID chips that triggered access to associated digital documents when placed on a platform connected to a Raspberry Pi system.

Key findings highlight the value of physical media as an access point to digital archives. Physical interaction—such as touching and manipulating 3D-printed figures—enhanced user engagement and created a stronger connection to the archived data. Observations during exhibitions revealed that visitors were more intrigued by the physical interface than the archived content itself, emphasizing the importance of tangible elements in fostering interest.

The project also addressed century-scale accessibility by combining physical and digital formats to mitigate risks associated with technological obsolescence. The proposed solution included categorized shelving for 3D-printed figures and a hybrid management system documenting project data in both analog and digital forms. This dual approach underscores the necessity of human maintenance for long-term archival success.

Despite challenges such as technical glitches and limited scope due to time constraints, A.R.T. successfully demonstrated how physical media can bridge the gap between physical and digital worlds in archiving. The prototype serves as a foundation for future exploration of hybrid archival systems, offering insights into preserving data in an increasingly digital age while emphasizing the sensory and interactive potential of physical access points.

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