The Media Center hosted the Board of Trustees Academic Affairs Committee today for an open house to showcase faculty using technologies in their courses. Thanks goes 0ut to Professors Dave Richeson, Karl Qualls, Jenn Halpin, Michael Frantuano, Steve Erfle, Matt Pinsker, Amy Witter, Susan Rose, Erin McNulty and Elise Bartosik-Velez for presenting today. Here is a quick gallery of images from the event.
Month: January 2013
The renovations are complete and the new and improved Media Cove are now open for student use. The Media Cove has replaced the Multilingual Writing Center as a great space for recordings, meetings and video conferences. Come check out the new space!
BEFORE
AFTER
Great Mashup by the Future of Storytelling of David Weinberger explaining of how our networked knowledge is changing storytelling.
Since installing our Makerbot Printer in June 2012, we have been batting around ideas on academic uses for it. Professor Ben Edwards is experimenting with 3d printing volcano lava terrain from 3D grid surfaces. We initially tried printing a file converted to an .stl format but it was essentially just a surface (think of a sheet floating in mid air with nothing underneath it). This didn’t work well at all so he has consulted with Chris Boynton of Makerbot to help convert the files from just a surface to a fully printable file with a base and sides. Voilà! We succeeded. Ben is working on more ideas, and printing test files, so we can continue working to see how the Makerbot can support his research and classroom instruction.
Trial run printing lava terrain. The file was just a surface with no base or sides.
Here is how Ben describes the project:
The focus of this project is to create 3-D models of different types of terrain, to be used in helping teach students how to visualize two dimensional surfaces as represented on topographic maps. We start by downloading digital elevation model data, processing the files using ArcGIS, and converting the files to .stl format. The resulting models will be used in teaching labs to help students visualize the shapes of various landscape features and distinguish landforms made in different geomorphic environments (e.g., glaciated valleys versus valleys shaped mainly by stream erosion).
Upgraded print with base and sides built into .stl file.
