Revamped key front-end components using React and JavaScript, reducing user interface load time by 30% and
improving usability across the platform.
• Improved form maintainability by breaking down a large, monolithic form into smaller components, reducing
front-end code complexity.
• Enabled more efficient updates by sending only changed fields to the backend, cutting unnecessary data transfer.
• Built JavaScript functions for CRUD operations, allowing reliable interaction with a PostgreSQL database.
• Reduced backend query redundancy by refactoring front-end data handling, improving update speed and backend
efficiency by 25%.
• Identified and fixed 15+ UI and logic bugs, improving system reliability and reducing user-facing errors.

Designed and developed an interactive appointment booking website using HTML, CSS, and JavaScript,
resulting in a 45% increase in client bookings for the business
• Improved user engagement and accessibility by 35% by contributing over 1,000 lines of responsive,
standards-compliant front-end code

Developed a Bash script for automating user account management tasks, streamlining administrative processes and
improving efficiency by 40%.
• Implemented features for adding, deleting, and modifying user accounts, reducing manual management time by
30% and enhancing system operations.
• Ensured secure password management by adhering to best practices, achieving 100% compliance with security
protocols and protecting sensitive user data.

Developed a web application that allows users to connect emotions with music in collaboration with therapists,
enhancing user engagement and mental health support.
• Optimized database performance by refining queries and indexing columns, resulting in a 35% reduction in data
retrieval time, boosting application efficiency and scalability.
• Built a scalable MySQL database to securely store user data, and implemented CRUD operations and
RESTful API for user registration and mood logging, improving user interaction with real-time updates.
• Designed and implemented a responsive front-end using React.js and integrated the Spotify API for seamless
music playback, offering a user-friendly experience.

Designed and implemented a Python-based web scraping application to extract and analyze swim performance
data, comparing results to world records.
• Integrated an SQLite database to efficiently store, organize, and retrieve scraped data, enabling seamless access
and analysis.
• Developed interactive visualizations using Flask and data visualization libraries, presenting average swim times,
performance trends, and direct comparisons to world record benchmarks.