Mechanical Design I
Projects
Below are all of the projects completed as part of my Mechanical Design I course at the University of Illinois at Urbana-Champaign. Click on the buttons to view the project documentation and presentations!
ME 370 Project 1: Testing Facility Redesign (Documentation)
In this project, my group and I were tasked to redesign one of our University's Covid-19 testing facilities to be fully autonomous. In this project, design thinking is showcased in rethinking each aspect of the testing facility along with CAD skills to create animations and assemblies of a mechanical unit used to dispense tubes at the testing facility. Click the Read More button to view the project documentation!
ME 370 Project 1: Testing Facility Redesign
(Design Critique Presentation)
In this project, my group and I were tasked to redesign one of our University's Covid-19 testing facilities to be fully autonomous. In this project, design thinking is showcased in rethinking each aspect of the testing facility along with CAD skills to create animations and assemblies of a mechanical unit used to dispense tubes at the testing facility. Click the Click to View button to view the design slides!
ME 370 Project 2: Tube Organizing Machine
(Documentation)
Continuing on from my group's work in Project 1, in Project 2, we were tasked to create a tube handling/organizing machine with a given set of parameters to allow for the University's testing facility to operate autonomously. This project encompasses many analytical procedures to develop a solution along with intricate CAD and assemblies to model the proposed solution. The documentation can be found below by clicking the Read More button!
ME 370 Project 2: Tube Organizing Machine
(Final Presentation)
Continuing on from my group's work in Project 1, in Project 2, we were tasked to create a tube handling/organizing machine with a given set of parameters to allow for the University's testing facility to operate autonomously. This project encompasses many analytical procedures to develop a solution along with intricate CAD and assemblies to model the proposed solution. The presentation can be found below by clicking the Click to View button!