Liquid flow analysis and thermal simulations for a lithium Ion battery module

Following are the goals of this project that needs to be achieved through software simulations:Smooth flow of coolant within the thermal management loop without high pressure build up.Pressure should not exceed 110000 pascals within any thermal management loop component at any given point of time.Cell temperature within the battery module to stay within 20-25C no matter outside temperature levels.Flow rate of coolant should not exceed 1.6litres/minute at any given point of time.

Automation Prototypes for Acrylic Robotics

The goal of this project is to create automation prototypes for Acrylic Robotics' robotic painting system. This will involve several different steps for the students, including:- Analyzing Acrylic Robotics' existing data and painting systems.- Developing a robotic automation software.- Optimizing software runtime performance and assessing areas for improvement.- Researching other variables that can improve the quality of robotic painting.- Accounting for additional variables in the automation software.- Testing the developed software and making improvements based on additional data.

Antenna Design

Developing a prototype antenna system for a radio and electronics project.The student should be able to create the mechanical and electrical design. We will fabricate the antenna prototype after that.Antenna maybe in frequency range of 100 Megahertz and 1 Gigahertz. These will be relatively simple in design and anyone with prior experience or interest in this topic should apply for this opportunity.

Cycling Program Development (Fall 2023)

Help facilitate DIY repair sessions and other projects such as' Earn-A-Bike' and 'Trans, Women and Non-Binary' sessionsAssisting the Shop Coordinator on written and visual communicationsRepairing and fixing bikes at the shopTraining other bike mechanicsLeading and participating in group bike rides