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Senior Clinic - Year 3
Senior Clinic - Year 3
Senior Clinic projects are completed by third and fourth year students. Projects typically include design and optimization of systems in a wide variety of applications but must be related to renewable energy; bioresources; sensors, optics, and imaging; robotics and industrial automation; or, advanced manufacturing and often involve building and testing a physical prototype.
Project: Thermal Energy Recovery
Project: Thermal Energy Recovery
Partner: Atlantic Beef Products Inc.
In an attempt to reclaim some of the lost thermal energy from the processes at Atlantic Beef Products, this team worked to understand the value of adding a condensing economizer in facilitating heat recovery.
Student Team: Analiya Benny, John Churton, Luciana Davila, Sarah Victor
Project: Redesign and Test an Optical Payload for the Spunik-1 Satellite
Project: Redesign and Test an Optical Payload for the Spunik-1 Satellite
Partner: Canadian Space Agency
The objective of this project was to redesign and test an optical payload for the SpudNik-1 satellite for the Canadian Space Agency CubeSat Project.
Student Team: Arthur Adderley, Clara Grant, Sierrah Laybolt, Khiym MacEwen, Diego Mota
Project: Open Seal Detection System
Project: Open Seal Detection System
Partner: Cavendish Farms
The objective of this project was to design a system that can detect faulty seals in plastic bags on the main product assembly line.
Student Team: Ezaan Ahmad, Spencer Blacquiere, Elliott Fraser, Brian MacDonald, Aaron McCloskey
Project: Design a Low-Head Zero Emission Kaplan Turbine
Project: Design a Low-Head Zero Emission Kaplan Turbine
Partner: Green Tech Systems Inc.
The student team worked with Green Tech Systems to determine the optimal design for a low-head, zero-emission inline Kaplan turbine using additive manufacturing techniques.
Student Team: Caleb Boswall, Brett Curley, Mikkayla Ellsworth-Reid, Riley Fitzpatrick, Amara Sanchez
Project: Design a Modernized Ash Pounder for Basket Making
Project: Design a Modernized Ash Pounder for Basket Making
Partner: UPEI, Mawi’omi Indigenous Student Centre
Elder Francis Jadis has requested the student team to design a modernized ash pounding system for his basket making practice.
Student Team:
Abdul Basit, Abdelrahman Elgendy, Dat Le, Matthew Perry
Project: Design an Efficient Brook Trout Feeding System
Project: Design an Efficient Brook Trout Feeding System
Partner: UPEI, Mawi’omi Indigenous Student Centre
The objective of this project was to design an efficient brook trout feeding system for Abegweit Biodiversity Enhancement to address challenges with maintaining food quality and even food distribution.
Student Team:
Abdulrhim Abusneena, Brittney Foster, Matthew Hutchinson, Jonah Keizer, Priya Darshinee Succaram
Project: Design a Rainwater Reclamation System
Project: Design a Rainwater Reclamation System
Partner: Michelin
Water usage is a top sustainability concern for Michelin, and as a result, they requested this team design a rainwater reclamation system to reduce Michelin's groundwater usage.
Student Team:
Ali El Shenawy, Feras El-Tayeb, Berry Genge, Zackary Pendleton, Colby White
Project: Design an Ergonomic System for Tire Decapping Process
Project: Design an Ergonomic System for Tire Decapping Process
Partner: Michelin
The team was tasked to design a system to enhance the ergonomics of a tire quality assessment process for Michelin.
Student Team:
Syed Haneef Abedi, Caleb Macdonald, Adhil Mohammed Shaji, Jayasankar Rajendran Nair
Project: Study the Feasibility of a Water Recapture System for Chiller Towers
Project: Study the Feasibility of a Water Recapture System for Chiller Towers
Partner: Michelin
In effort to reduce water consumption, Michelin has asked this team for a proof-of-concept to recapture water lost from their evaporative chiller towers.
Student Team:
Yassine Khalifa, Liam MacLennan, Ahmed Ramadan, Anas Soliman, Sami Yacoub
Project: Design a More Sustainable Cleaning and Sterilizing System for Bioreactors
Project: Design a More Sustainable Cleaning and Sterilizing System for Bioreactors
Partner: National Research Council Canada
The objective of this project is to develop a more sustainable clean-in-place (CIP) / sterilize-in-place (SIP) for NRC's bioreactors
Student Team:
Daniel Collins, Maddy Cronin, Sophie Hayes, Wesley Seto.
Project: Design a User Friendly Display for Monitoring Energy Use at Campsites
Project: Design a User Friendly Display for Monitoring Energy Use at Campsites
Partner: Parks Canada
Parks Canada has requested a design of a user-friendly display for the electric pedestals at campsites to inform campers of their energy consumption
Student Team:
Lauren Daigle, Christian D'Entremont, Benjamin MacEachern, Josh Mcisaac, Owen Stewart.
Project: Design an Automated Applicator for Information Stickers on Product Bags
Project: Design an Automated Applicator for Information Stickers on Product Bags
Partner: PEI Potato Board
The student team worked with the PEI Potato Board to design an automated applicator for information stickers to label bags
Student Team:
Stuart Ferguson, Sandeep Kooyelas, Deanna Malone, Aiden Mcburney, Ashhad Adil Mohammed.
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