Museum Works

Design a Helmet

This component from the Wild Creativity exhibit for OMSI was designed to explore using materials that took inspiration from nature. It incorporates an accelerometer that captures data related to visitors’ interactions. This data is then transmitted to a computer attached to the exhibit, where it is processed and visualized on a graph, offering a unique and dynamic representation of the visitors’ engagement with the installation. The graph assesses the success of each visitor’s interaction, rating it with a sad, okay, or happy face, while also displaying the corresponding “N” value representing the force applied by the visitor’s actions using the hammer. Additionally, the graph features a grayed-out display of the last attempt made by the visitor, providing valuable context for comparing their current performance.

The control of this component relies on custom uController firmware, establishing communication through Serial with a dedicated Processing program. For safety purposes during the hammer’s motion, a robust 3000lb maglock, in conjunction with a reed switch and micro switch, ensures the protection of visitors. These safety features guarantee that the hammer operates securely and reduces potential risks to those interacting with the exhibit.

Graphics, Cabinetry, and Design by the OMSI Exhibits team. Software, firmware, & interactives created by Aaron Landtree.

Design a Kite

This component from the Wild Creativity exhibit for OMSI was designed to explore how using wind power we can generate electricity. It incorporates a force meter that captures data related to visitors’ interactions. This data is then transmitted to a computer attached to the exhibit, where it is processed and visualized on a graph, offering a unique and dynamic representation of the visitors’ engagement with the installation. The graph assesses the success of each visitor’s interaction, rating it with a sad, okay, or happy face, while also displaying the corresponding “N” value representing the force applied by the visitor’s actions using the hammer.

The control of this component relies on custom uController firmware, establishing communication through Serial with a dedicated Processing program

Graphics, Cabinetry, and Design by the OMSI Exhibits team. Software, firmware, & interactives created by Aaron Landtree.