PROJECTS
PROJECTS
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Design of Lightweight Mounting Fixture
Design of Lightweight Mounting Fixture
A lightweight fixture was designed for mounting heavy equipment, focusing on reducing material usage while maintaining structural integrity. The project involved conducting material characterization of 3D-printed PLA, ABS, and PC through uniaxial tensile testing to evaluate their mechanical properties. Using CAD and FEA simulations, a 317g structure was prototyped, optimizing weight without compromising strength. The printed fixture was tested and successfully withstood 18kN of force, ensuring efficient load distribution and minimizing production costs for industrial applications.
Design of Automated Onion Harvester
Design of Automated Onion Harvester
As part of a team of 15 students, we designed and manufactured an automated onion harvester from the ground up. We developed the entire vehicle along with a custom harvesting mechanism, which was powered by an engine and connected via a friction clutch, allowing it to be engaged or disengaged during operation. The mechanism featured an onion counter built using an Arduino and a low-resolution camera that could distinguish onions from rocks based on size and color. Despite the complexity of the project, we successfully completed it within a budget of $4,000.
PUBLICATIONS
PUBLICATIONS
A miniature line-scanned dual-axis confocal microscope for versatile clinical use
Biomedical Optics Express · Oct 31, 2023
Implementation of additive manufacturing in sand casting process
AIP Conference Proceedings 2548, 020013 (2023) · Jul 17, 2023
Trends of topology optimization and additive manufacturing in automobile industry
AIP Conference Proceedings 2548, 020013 (2023) · Jul 17, 2023
Key Technologies Driving Industry 4.0
International journal for research in engineering application and management (IJREAM) · Oct 5, 2021
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