Singapore
2024 Graduate from the National University of Singapore, with a strong passion for Science and Engineering.
Advancing next-generation 3D NAND technology at Micron.
Supercavitation is a phenomenon where a rapidly moving object in a liquid, such as water, creates a bubble of gas or vapor around itself, reducing the drag and allowing it to move at much higher speeds. This effect is achieved by generating a cavity, or cavitation bubble, around the object, which essentially envelops it in a gas layer, minimizing the contact with the surrounding liquid. As part of a research project on the effects of supercavitation I achieved the following: • Modelled, in Python, the variations of muzzle velocities of projectiles fired using compressed gas powered launchers for different pressures and projectile masses, based on Classical Mechanics theories. • Trained and implemented a visual AI (Ultralytics YOLOv8) for projectile identification, tracking as well as measurement of velocity and deceleration of projectiles in water, using slow-motion videos from high speed cameras. • Designed spring launch system and elastic launching system, using Solidworks of which the elastic launcher was manufactured and implemented. • Designed a ventilating projectile using Solidworks. • Fired projectiles using a compressed gas powered system and operation of high speed cameras.
• Led a team of six men in outfield combat operations, all of whom are highly proficient in heliborne operations. • Terminal Air Guidance Platoon specialising in securing landing zones and communication with the Singapore Air Force to initiate helicopter landings. • Led a platoon of 30 men in day-to-day administrative tasks as part of the weekly platoon duty sergeant responsibility. • Collaborated with the United States Marine Corps and the Australian Defence Force as part of numerous bilateral exercises.