Designed and implemented an inventory tracking database system using SQL with distributed storage, indexing, and query optimization—now utilized internationally—improving tracking accuracy by 30%
Built a predictive inventory model using SQL to automate parts ordering, reducing downtime and manual errors
Spearheaded a new inventory protocol that reduced system errors by 25%; designed and executed training programs for the new PEB System across the team
Oversaw tracking of all incoming and expended PEB items, utilizing SQL queries to extract data and generate reports for decision-making
Created a warehouse inventory database system using SQL, Python, VBA, and advanced Microsoft macros to assess inventory usability, anticipate needs, and purge obsolete products
Developed Python and SQL automation scripts to collect and enter data for financial spreadsheets, decreasing manual labor by 50 hours per month
Built scalable, fault-tolerant distributed systems using object-oriented architecture to estimate purchase requirements, increasing efficiency by approximately 20%
Collaborated with IT department to implement database enhancements, resulting in faster data retrieval and improved reporting capabilities
Graduated 2025
Relevant coursework: Algorithms, Cybersecurity, Software Development, Data Structures, Cloud Computing, and Database Management
Proficient in Python, Java, C, Web Development, Data Structures and SQL, with hands-on experience in software development and system analysis
Conducting research and implementing network security protocols to safeguard digital infrastructure
Developing and optimizing cloud-based applications with AWS and Google Cloud technologies
Collaborating on real-world projects, including database-driven applications and algorithmic problem-solving
Active member of tech-focused student organizations, such as VTEC setting up and managing tech events
Wrote and optimized 50+ complex SQL and T-SQL queries to manage large-scale simulation datasets (100K+ records), improving query performance by 40%
Built automated data validation checks that reduced data inconsistencies by 35% across war game simulation databases
Developed detailed documentation for database schemas, game mechanics, and software architecture to facilitate knowledge transfer
Engineered backend API endpoints for Stripe billing integrations, including user creation, payment method attachment, and automated charge processing for Enterprise and Brick & Mortar clients
Built a workflow to merge multiple package tables into a single packages_merged database table, improving data consistency and query efficiency
Discovered and resolved a billing error where customers were not being charged for phone numbers; manually migrated all phone numbers and packages into the correct database tables