Project Code name | Ceramic |
Project Title | Automated Catalyst Wrapping Station |
Abstract | Davico Mfg is a family owned business that produces more than 1,000 different models of direct fit catalytic converters. Part of their production process involves wrapping a fiberglass fabric around a honeycombed ceramic cylinder and stuffing them both in steel piping. This process has been identified as a bottleneck, limiting the amount of product able to be produced. The goal of this project is to design, prototype, and test a machine which automates this process. The factory’s current hand wrapping process takes approximately 25 seconds per piece. This project seeks to reduce that time to between 10-15 seconds per piece. |
Faculty advisor | Dr. Kihan Park |
Sponsor | Ray Surprenant from Davico Mfg |
Team lead | Matthew O’Riley |
Team Members | Farooq Umar; Mike Johnson; Jaimie Nakamura |
Evaluation form | Link |
Zoom link | Link |
Report file | Available open reasonable request |
Video link | TBA |
All posts by Dr. Samandari
Team DVL-1000 Integration
Project Code name | DVL-1000 Integration |
Project Title | Integration of a DVL-100 into UMASSD’s BIOSwimmer |
Abstract | This project involves designing the bottom half of an already functioning product. This redesign is to allow for proper fit and waterproof sealing of the new more compact product on the market, the Doppler Velocity Log (DVL-1000). This project continues into the Electrical Engineering side with programming of the “Backseat Driver” application and the accurate relay of information onboard the BIOSwimmer for proper control of the Unmanned Underwater Vehicle (UUV). |
Faculty advisor | Dr. Ramprasad Balasubramanian |
Sponsor | Ramprasad Balasubramanian from UMassD, NEU’s capstone, Boston engineering |
Team lead | Devin Barksdale |
Team Members | Nicholas Soares;Brandyn Botelho;Stephan Eymard;Joao F Alves |
Evaluation form | Link |
Zoom link | Link |
Report file | Contact sponsor |
Video link | TBA |