Aspiring Astrophysicist and Software Engineer
I'm an undergraduate student at Tufts University pursuing a degree in Astrophysics and Computer Science. My passion lies in tinkering with and developing embedded systems. I also love black holes research, specifically, leveraging technology to create "analog black holes", which is a means to bring experimental physics to black holes.
Outside of my academic pursuits, I find joy in staying active through running, practicing martial arts, and indulging in gardening.
BS in Astrophysics and Computer Science
Tufts SEDS - Webmaster (2023-),
Weather Balloon Lead (2022-), and Rocketry Subteam Lead (2023-)
Conducted benchmarking tests to compare open-source reverse engineering tools' performance
Contributed to the overall improvement of reverse engineering efforts by developing scripts and automation workflows to facilitate the testing and evaluation process of open-source reverse engineering tools
Worked with DBA to support SQL database design, creation, and testing activities
Assisted in data migration from third-party services to self-hosted databases built with SQL servers interacting with the .NET framework
Designed and implemented database models, ensuring efficient data storage and retrieval
Collaborated with cross-functional teams to gather and analyze project specifications, providing technical insights and recommendations
Measured and studied the elemental composition of meteorite components, chondrules, and calcium-aluminum-rich inclusions (CAIs) using using images taken from Backscattered Electron Imaging and Energy-Dispersive X-ray Spectroscopy
Built datasets of meteorites using ImageJ
Assisted in the publication of the peer-reviewed article, "Calcium–aluminum-rich inclusions in non-carbonaceous chondrites: Abundances, sizes, and mineralogy"
Designed and implemented workflows to better integrate employees into company communication systems
Provided support to computer network users
Managed contact lists for communication and organization software (Asana, Google Groups, Microsoft Teams, Microsoft Channels)
Aided in research and implementation of different surfactants as a viable means of isolating individual water droplets
Analyzed samples using photos taken from Transmission Electron Microscope
Prepared and presented reports on experimental findings
Development of a computer vision-based robot that collects and sorts cups by color
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An attempt to explore the synergy between Low-Level Programming and Physics
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Showing proficiency in rocketry fundamentals through a high-powered rocket launch
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Development of a student-reseached and developed (SRAD) flight computer
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Further development of a student-reseached and developed (SRAD) flight computer
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A balloon-bound gamma ray spectrometer (weather balloon payload)
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