Projects
Advanced Product Design Project
Goal: Design and create an efficient storage solution for wheelchair users that accommodates both everyday items and additional belongings, enabling independent use.
​Contributions: Product designer and engineer
​Skills: Product development, CAD modeling and simulations, GD&T drawings, rapid prototyping, manufacturing processes, and basic engineering principles.​​​
Note: It includes a video demonstrating the product in use
WheelyMate- A wheelchair Storage Solution Device
Rotary Vane Pump Design
Engineering and Product Innovation Center
Goal: Build a rotary vane pump using various manufacturing processes and then redesign it for Elmer's glue application.
​Contributions: Machinist and designer
​Skills: Manufacturing processes, 3D CAD redesign, GD&T drawings, BOMs and production cost​​​
Note: It includes a video of the entire process
B.U.M.E.S Optimization and Vision Integration
Advanced Manufacturing and Automation Project
Goal: Optimize an automated manufacturing process to reduce cycle time, enhance efficiency, and increase throughput.
​Contributions: Team lead and process engineer
​Skills: UR robots programing, statistical analysis, CAM, CNC machining, parts sorting using vision, and lean manufacturing​​
Note: It includes a video of the process
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Automated Loading and Imaging of Microtiter plates
Machine precision and Design Project
Goal: Automation for the loading/unloading, handling, and data logging of microtiter plates​
Contributions: Mechanical designer ​
Skills: 3D CAD models, Pugh chart, motor/actuator sizing, flow chart control, and financial justification​
Wheelchair Elevator Button System (WEBS)
Capstone Project
Goal: Design a mechanism that automatically presses elevator buttons.
​Contributions: Manufacturing and testing lead
​Skills: Manufacturing processes, mockup and prototype development, creating BOMs and user manuals, teamwork, and meeting deadlines ​
Automated Data Collection using Computer Vision
Smart and Sustainable System Laboratory
Goal: To assess the potential of using advanced technologies to enhance environmental assessments through predictive analytics thereby supporting the decision-making process for sustainable manufacturing practices​
Contributions: Research assistant​
Skills: Image Processing, Python, technical writing, and literature review
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Brass Surface Roughness Quality Detection
Smart and Sustainable Systems Laboratory
Goal: The goal of this project is to propose an approach for edge and surface quality detection in the postproduction phase using readily available and familiar devices
Contributions: Research assistant​
Skills: Image acquisition, strong attention to detail, image processing, and problem-solving.​
