TAMU Fractals Research Team
As an undergraduate researcher in the Texas A&M University Fractals Research Team, I researched and developed methods of computational mathematics using C++ to analyze the Sierpinski gasket.
About Me
I am an undergraduate mathematics student at UC Berkeley with an interest in the intersection of mathematics, computation, and economics.
Research Experience
Projects
Decentralized Cryptocurrency Exchange Arbitrage
Using Golang with concurrency along with elements of Graph Theory, I built a cohesive program that utilizes DEX (Decentralized Exchanges) Websocket APIs to identify and execute profitable artbitrage opportunities.
Goldman Sachs Challenge (3rd place in TAMUHack 2023)
Market analysis using a custom-trained Cohere NLP machine learning pipeline designed to mitigate cusomer risk using automated news API scoring
Live Streaming for Good (1st place in Datathon 2022)
Friendly live streaming service that uses natural language processing and sentiment analysis to incentivize positive communities-- Winner of Best Use of Microsoft Cloud for Your Community.
Natural Logarithm of 2
I operated a high-uptime homelab system using Proxmox virtualization of containerized Linux instances in order to calculate the Natural Log of 2 to 1.5 x 10^12 digits, the highest degree of accuracy ever calculated at the time.
Contact
Email: williamechols@berkeley.com
LinkedIn: linkedin.com/in/williamdechols
GitHub: github.com/williamechols