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“We needed to validate whether or not our device could create the appropriate pressures needed to restore esophageal function in tissue that closely mimics live human tissue… in a safe environment for live tissue where sanitation would not be a concern. The GCMI and T3 Labs team helped prepare the space, tools, and specimen we needed for the validation testing event.”
There are approximately 292,000 cases of in-hospital cardiac arrest every year for which the survival rate is less than 24 percent. Resuscitative efforts and supporting technologies are ineffective, slow, fatiguing, traumatic and expensive. As their Fall 2020 Capstone Project, a group of students from the Georgia Tech Schools of Biomedical, Electrical and Mechanical Engineering…
Georgia Tech recently completed its Fall 2020 (virtual) Capstone Design Expo. From the project’s website, “The Capstone Design Expo showcases Georgia Tech’s graduating seniors as they present their innovative projects designed and built during the Capstone Design Course. Students work in teams to solve either an industry problem, develop innovative tools to assist researchers, or…
In mid-November 2019, six student-led Georgia Tech Capstone teams put their medical device ideas to the test at GCMI. These are five of their stories.
Georgia Tech biomedical engineering students Oscar Gutierrez, Ahmed Alnamos, Nishani Kanthasamy and Sondos Alnamos make up the team ‘Bullseye’ for the Fall 2019 edition of the Capstone Program. Their device seeks to provide a solution for patients who are at risk of aspiration but do not otherwise require general anesthesia during Esophagogastroduodenoscopy, or EGD, procedures
Aprons of Shield set out to design a device that achieves full-body shielding from radiation for clinicians while still giving them the ability to use their hands without being weighed down by aprons or increasing exposure.
Georgia Tech Biomedical Engineering students Robert Bridenhagen, Gabriel Cruz, and Annika Clawson teamed up with Computer Engineering student Matthew Aspinwall and Electrical Engineering student Matthew Zilvetti to form the interdisciplinary team S.A.V.A.G.E.
Leading Lap has redesigned the trocar’s tip to prevent puncturing or injuring organs upon insertion. Georgia Tech biomedical engineering students Hailey Avis, Cameron Bennett, Will Kamnick and Katherine Strickland make up this team for the Fall 2019 Capstone Design Expo.
Thanks to GCMI’s Capstone Day, the team was able to use their device in a highly clinical, practical situation. “Being able to test the device in a cadaveric setting thanks to GCMI was the best opportunity we could have been afforded at this stage,” Lando said.