Projects
Autonomous Fire Fighting Robot
The first project for my Mechanical Engineering course. This project was aimed to create a fully autonomous robot that was able to line-track to a fire source and extinguish the fire without external controls and guidance with a mixture of chemicals.
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Ergonomic Food Trolley
This project was completed for the Engineering Design and Ergonomics module. This project aimed to solve an ergonomic challenge regarding food trolleys in food courts.
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Formula SAE (FSAE) Air Intake
The goal for this project was to design a FSAE air intake optimized for a 2006 Yamaha R6 engine that was used by Taylor's Racing Team. FSAE is a student design competition organized by SAE International that allow engineering students from universities to design and manufacture an open cockpit style race car. FSAE has set rules and regulations to ensure that student participating in the event produce a safe car to reduce injuries and accidents.
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Personal Film Development Tank
This project was done as my team realize that there was a gap in the market for a personal film development. This comes from the rising popularity of film photography in recent times and film development may be a very high cost when starting out in this hobby.
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Autonomous Coconut De-shelling Machine
This project was done in collaboration with Kapar Coconut. Coconut de-shelling is a very dangerous process as the process requires the worker to hold the coconut while running gears and sharp wedges are nearby to de-shell the coconut. The autonomous coconut de-shelling machine project tries to design and manufacture a prototype that can de-shell a coconut automatically effectively.
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Design Improvements of Acoustic Responses of an Automotive Air Intake System
My Final Year Project for my Bachelors Degree in Mechanical Engineering. This project is in collaboration with Proton to understand and improve the acoustic response of an Air Intake System through understanding the location of noises along the air intake system.
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