ARCTIC ICE CORE EXHIBIT (WIP)

OVERVIEW This ongoing prototype explores visitor interaction with a simulated Arctic ice core sample, allowing hands-on engagement with climate data.

OBJECTIVE This project focuses on designing a tactile, durable exhibit element that invites users to pull and examine a transparent 'ice core' embedded with data layers, mimicking real research methods.

APPROACH To simulate the core interactive experience of the larger exhibit concept, I’m focusing on prototyping a scaled version of the cylindrical ice core feature using accessible materials and rapid fabrication methods. The goal is to demonstrate the mechanical functionality and tactile engagement of the element guests would interact with. I plan to use acrylic tubing, layered printed graphics, and internal guides to replicate the visual data representation, while exploring options like magnets or detents to simulate tactile feedback and stop points. This approach allows me to validate form, usability, and guest interaction mechanics before committing to a full-scale or fully engineered version.

W.I.P. PROTOTYPE & NEXT STEPS The current prototype is in its early physical mockup stage, with a rough construction of the interactive cylinder element underway. Initial form, scale, and sliding mechanics have been tested using accessible materials. The next steps include completing the construction of the internal guide mechanism, integrating basic wiring for potential lighting or sensor elements, and refining the handle for ease of use. Once assembly is complete, I plan to begin basic durability and wear testing to evaluate how the component holds up under repeated guest interaction and to identify opportunities for structural reinforcement or material upgrades.