2023 Mechanical Engineering Technology (MET)
Ajax/CECO/Erie Press currently uses a vertical lathe that currently does not provide physical guarding. This project is to design a custom industry compliant guard that will primarily serve to better protect workers from unintentional interaction with the machine in...
2023 Mechanical Engineering Technology (MET), 23-PW-1ST
The objective of this project was to redesign the threaded retainment system for the lead-lag damper. Sponsored By: Parker Lord Team Members Donald Russell | Brian Egan | | | Project Poster Click on any image to enlarge. Watch the Project Video Download...
2023 Mechanical Engineering Technology (MET)
The objective of this project is to increase the lift capacity by decreasing the thickness of the stripper plate. Sponsored By: Eriez Manufacturing Company Team Members Matthew Dunham | Daniel Retamal | Wyatt Tollner | Andrew Sobek | Project Poster Click on any...
2023 Mechanical Engineering Technology (MET), 23-PW-2ND
The objective of this project is to design a material testing machine that can produce and measure combined loads of tension above 5000lbs, torsion above 144 ft*lbs, and cyclic above 25Hz. The testing machine must accommodate for multiple materials of various shapes...
2023 Mechanical Engineering Technology (MET), 23-V-HM
The objective of this project was to design a device to remove utility poles from the ground quickly and effectively. Sponsored By: Northwestern Rural Electric Cooperative Association Team Members Evan Lang | Nola Hessom | Dylan Seebacher | | Project Poster...
2023 Mechanical Engineering Technology (MET)
The aim of this project is to improve the automation system in Howmet Aerospace’s forged aluminium truck wheel manufacturing process, with a focus on minimizing the negative impact of the fume exhaust system during die lubrication. Sponsored By: Howmet Aerospace...
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