- Constructed optimized Rails scripts for analyzing large call logs, extracting relevant information while filtering out irrelevant data to generate accurate usage details.- Implemented robust frontend validations to ensure impeccable data integrity by adhering to the company’s documentation.-Leveraged Rails framework to expand object capabilities by introducing additional fields for enriched information representation.- Employed Unix environment to execute scripts efficiently and facilitate seamless deployment of work onto servers.

I maintained multiple projects during my time here at Catalyte. I have listed a couple of these applications below along with a brief description.- Health Clinic Application: Built React front-end and REST API back-end for N-Tier architecture application designed to help health clinic employees keep track of patients and appointments.- Sports Apparel Application: Collaborated with an agile team to build a React front-end and REST API back-end for N-Tier architecture application for a sports apparel e-commerce website.- Chicago Apprentice Network (CAN) Application: Acquired and generated features using React, Jest, Node.js, and Amazon Web Services for an informative employment communications website regarding the city of Chicago.

During my tenure at the University of Missouri-Saint Louis, I parsed through log files utilizing Python, then imported these files into SQL databases. After undertaking those tasks, I created and structured these databases using PostgreSQL to analyze the data and determine application usages.Also, I successfully transferred hundreds of server projects into Git repositories.My greatest achievement was initiating continuous integration and continuous deployment on the university’s main application by implementing end-to-end testing using Java and Junit.

While employed at The Help Desk at the University of Missouri-Saint Louis, I operated Cherwell to apply department best practices to assess whether tickets were within scope of assistant or senior specialist’s purview and escalated to specialists when appropriate. I would resolve on average 15 tickets a week for student and faculty hardware and software queries in a timely manner based on my knowledge of the university’s tech stack. During my time in this position, I assembled over 90 computer stations with the appropriate hardware and software to facilitate undergraduate and graduate learning.

I assisted students and faculty with small-scale software and hardware issues and supported the School of Business Administration by maintaining classroom functionality.

I performed quality assurance on the game Bloxels by discovering and reporting bugs while completing black-box testing. I also aggregated game data to assist with the Bloxels' capture implementation method.