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The primary objective of the project is to create a system that reliably delivers a surgical suture needle into the body cavity in the least invasive manner possible. Our team has approached this design challenge with an IE (Introduction and Extraction) Device that releases a deformable needle with suture into the body cavity and proposes solution with parts and design familiar to the surgeons.

Sponsored by Children's Hospital Colorado

• Project Poster

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Hydrogen fuel cells are a promising solution for generating electricity without harmful GHG emissions. Supported by Woodward, Inc., this project fosters research in this sector at CU through the creation of an R&D rig to operate a 16 kW fuel cell stack. It addresses challenges in controlling the necessary electrical load, air, hydrogen, and heat rejection through the balance-of-plant components.

Sponsored by Woodward Inc.

An aircraft seating system featuring a sliding aisle seat that creates space for a wheelchair, enabling Passengers with Restricted Mobility (PRM) to fly in their own wheelchairs. Our mission is to enhance comfort, independence, and dignity for PRMs while ensuring efficiency for airlines, without loss of space or revenue.

Sponsored by Molon Labe Seating

Current remote sensing between a spacecraft and resident space objects are performed using expensive sensors and object identification. In this project we explored and characterized an emerging sensing alternative with lower hardware and computational costs

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Sponsored by Sierra Space