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I graduated from University of North Carolina at Chapel Hill. This past summer, I interned as a Software Engineer at Fidelity Investments. I also have experience working at a tech consulting startup, building systems from the ground up.
I love solving complex problems and turn them into many simple pieces. I also enjoy the structure of coding and striving to make my work elegant, effective, and understandable.
I have been to the United States for five years, and I am very adaptable as I switched between living in America and China and adapted really well. I am also a quick learner as I learned MySQL, HTML, CSS, and many other programming languages by myself and applied them to my school work successfully.
I also enjoy cooking and travelling. I did an 4000 miles road trip from the West Coast(Las Vegas) to the East Coast(Chapel Hill) in the last summer. The road trip was an excellent adventure, and it makes me become a more reliable and independent person. Just like the saying "there is virtue in work and there is virtue in rest. Use both and overlook neither", I have learned to balance my time to achieve maximum efficiency.
Kinetik Simulation is a unique software that combines predictive analytics, data science, and dynamic visualization to optimize end-to-end go-to market process. Kinetik also enables leaders to take bold action, leading to greater optimization and more growth.
TradeNC is a convenient shopping platform designed particularly for UNC students to trade idle and second-handed items locally in Chapel Hill.
Card Management Application is a web-based application to manage credit cards and help users maximize category bonuses on every purchase.
Akari is a binary determination logic puzzle with simple rules and challenging solutions.
We interpreted and analyzed global warming and greenhouse gas emissions datasets efficiently, and provided suggestions on addressing the climate injustice problem.
T-SEP Device(Temperature Screening at Entry Points), that allows for non-contact temperature screening through wrist temperature by implementing a motion sensor. The reading will then trigger a light based upon the threshold which will determine the possibility of entry.
