Preventing weight lifting injuries by barbell modifications
The team is looking to create a unique solution to preventing weightlifting injuries using barbells
Project Overview
Up to 27,000 injuries occur while weightlifting every year. Injuries are often caused by an uneven distribution of load on the barbell, leading to the weight lifter favoring one arm over the other. The team has been tasked with designing a biomedical device that can prevent weight lifting injuries by targeting, identifying, and correcting improper form. This biomedical device must track the barbell path across all 3 axes during kinetic motion, allowing the user to note and make necessary changes to their form in order to prevent injury.
Team Picture
Images
Files
- Final Report (December 11, 2024)
- Final Notebook (December 11, 2024)
- Final Poster Presentation (December 6, 2024)
- Preliminary Report (October 10, 2024)
- Preliminary Presentation (October 4, 2024)
- Design Matrix (September 27, 2024)
- PDS (September 19, 2024)
Contact Information
Team Members
- Jackson Jarrett - Team Leader & BWIG
- Kai McClellan - Communicator
- Luke Schmeling - BSAC
- Gavin Gruber - BPAG
Advisor and Client
- Prof. William Murphy - Advisor
- Mr. Robert Gold - Client
Related Projects
- Fall 2024: Preventing weight lifting injuries by barbell modifications
- Spring 2024: Preventing Weight Lifting Injuries By Barbell Modifications