Remote Backend Developer - Houston, Texas

Backend Developer - SWYE360, Richardson TX

- Led a small team of 3 utilizing OOP/OOD principles for preparing/cleaning data for our SQL database.

- Projected student performance and recommended software usage to improve GPA with machine learning.

- Optimized database performance by optimizing SQL queries, reducing query times by 60%.

Projects

Resume Website - Senior Design August 2022 - Present

- Designed a website using React, Tailwind CSS, and Typescript that received 38 visits in the first week..

- Improved web app performance by troubleshooting and remediating issues, increasing performance 20%

- Deployed enhancements in three.js that significantly improved the website's load time by 40%.

Discord Bot - Personal Project July 2021 - Present

- Developed a chatbot in Java using the Discord API, serving about 239 active users and 1842 total users.

- Built a data extraction API to retrieve info from UTD, resulting in a 98% reduction in data entry time.

- Hosted the Discord bot on a server with 99% uptime, allowing for uninterrupted service to users.

Customer Segmentation Analysis - Personal Project March 2022 - April 2022

- Optimized SQL queries employing query restructuring, resulting in a 13% reduction in query runtime.

- Analyzed and cleaned data with Python/R, reducing errors by 15% & saving 10 hours of manual cleaning.

- Created interactive dashboards using Tableau, enabling the team for quick visualization.

Helium Router Heatmap - Junior Design May 2021 - July 2021

- Tracked and mapped over 1 million Helium routers using both Helium and Mapbox API using JSON.

- Implemented an optimized router placement algorithm in Java improving effectiveness by about 63%.

- Established a user-friendly interface using React and Flask deployed on AWS with CI/CD from Github.

Flight Path - Sophomore Design August 2020 - January 2021

- Developed a flight path simulator in Java, HTML, CSS, and Javascript with real-time data and rates.

- Employed iterative backtracking and list data structures, resulting in a 50% reduction in processing time

- Designed paths, saving users 30% on travel expenses & 10% on time by displaying optimal flight paths.