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      <image:title>Projects - Revit Technician My primary duty at HBS Inc. was designing Revit Families for our Hospital Equipment Planning department. Over the course of my employment, I created over 50 parametric Families for placement in linked Revit projects. These families ranged from paper towel dispensers to entire operating suites. I also collaborated with clients and contractors to coordinate the equipment needs for new and existing hospitals. One project of note was a $200 million expansion to Penn State Medical in Hershey, PA.</image:title>
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      <image:title>Projects - Revit Technician My primary duty at HBS Inc. was designing Revit Families for our Hospital Equipment Planning department. Over the course of my employment, I created over 50 parametric Families for placement in linked Revit projects. These families ranged from paper towel dispensers to entire operating suites. I also collaborated with clients and contractors to coordinate the equipment needs for new and existing hospitals. One project of note was a $200 million expansion to Penn State Medical in Hershey, PA.</image:title>
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      <image:title>Projects - Feedback Controlled Treadmill As a member of my undergraduate locomotion laboratory, I would often test various animals’ responses to stimuli while they were in motion. To do this, I used our lab treadmill that could be programmed to speed up, slow down, and perturb the treadmill belt to elicit a pitching or rolling moment in the subject. For my senior design project, I modified the functionality of the treadmill and added modules to assess the yaw-response of a cockroach. The module would track the position and speed of a target. After the target was in the middle of the running treadmill for a user-defined amount of time, a servo would activate. This would actuate the walls until the target left the moving area of the treadmill. The target would then step onto the stationary portion of the treadmill, causing it to yaw.</image:title>
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