Working with an interdisciplinary team from my school, I developed a computer vision software which uses a machine learning model to identify and sort car parts based on recyclability and value, and to pair, I built a robot arm attached to a conveyor belt which would receive data from the model to conduct the sorting process.
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With innovators from across Asia, I designed a piezoelectric playground which generated electricity through children's footsteps. We used simulations to optimize the design of the playground, and I carried out calculations to determine its energy output, taking into account inefficiencies. Through generating clean energy and educating future generations about the role they have to play in fighting the climate crisis, it was an inspiring solution.
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With a team of coders, I developed this ride-sharing algorithm which optimizes car-pooling between different destinations based on minimizing the carbon footprint of the trips. Gamifying the traveling experience through a system of points you earn based on the carbon emissions reduction of choosing public transport or ride-sharing over a solo car trip, it offers users the ability to turn their points into rewards, too!
I researched the growth of chia seeds in Martian regolith (a simulant, obviously😂) using alfalfa tea as a fertilizer. This project goes beyond just interplanetary exploration, as the insights generated help drive sustainable agriculture in harsh, terrestrial environments, and encourage an efficient use of the available water and nutrients, leading to better resource management in terrestrial farming, too.
After discovering and testing DIY recipes for green cleaning products which replace the dangerous chemicals in commercial cleaners with eco-friendly alternatives, I spread awareness about this project to banks, schools, condominiums and community centers across Singapore.
Alongside a team from my school, I presented the idea at the Design for Change Global Summit in Rome. Presenting on such a huge platform and engaging with other like-minded students also passionate about Sustainability was a memorable experience.
I carried out a literature review to evaluate the utility of blockchain in accurately measuring Scope-3 carbon emissions in supply chains, and proposed methodologies to investigate the gains in efficiency and accuracy from interlinking several supply chains into one blockchain system. After excelling in a Harvard University CS50 course and positively interacting with my Teaching Fellow, Dr. Guy White, I requested him to review this paper. This was published in Springer Nature, SCOPUS-indexed: Studies in Systems, Decision and Control
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