◦ Provide academic support in Math, Science, and English to 100+ students from grades 1-12.
◦ Implement personalized study plans for students, using planners to evaluate student progress and areas of improvement
◦ Provide effective test-taking strategies, note-taking methods and study tips to
bolster students’ confidence and organizational skills

◦ Successfully recruited and coordinated a diverse group of 30+ judges across 9 competitions.
◦ Secured a key sponsorship for the team by negotiating compromises and aligning the sponsor’s interests with the competition’s goals
◦ Actively collaborated with team members through participation in team meetings, and suggestions on competition awards and gifts

◦ Implemented and optimized CRUD(Create, Read, Update, Destroy) operations using MySQL to seamlessly manage job entries within a local database
◦ Utilized database normalization to ensure data integrity and minimize redundancy, enhancing the security and consistency of user and job data
◦ Successfully integrated client-side interface to server-side logic and the local database to develop a full-stack application and ensure an easy and seamless user experience

◦ Utilized API to fetch and parse live weather data, handling asynchronous callbacks and exceptions through async functions and try-catch statements
◦ Established standard programming practices by incorporating AirBnB style guide through linting and creating a structured format using Prettier
◦ Managed user search using built-in HTML form validation controls and pattern matching with regular expressions (RegEx)

◦ Incorporated browser local storage to save projects, project items and settings, allowing users to record their data, without relying on any external databases or saving files onto their computer
◦Modularized the project using webpack to create maintainable code by separating DOM and application logic
◦Utilized webpack to dynamically bundle created GIFs for an accessibility-promoting help page, ensuring the separation of assets from code

◦ Developed a custom depth-first search algorithm to determine the shortest path for a knight on a chessboard.
◦ Utilized tkinter to create a user-friendly GUI display, allowing to view move order and multiple shortest paths
◦ Implemented file I/O operations, enabling efficient writing and reading of data to and from files

◦ Enabled toggling between 2 players and an unbeatable AI, by reserving the AI as a
distinct player utilizing the min-max algorithm that can designated as player 2
◦ Utilize OOP principles to reduce DRY code, mitigate security risks, and
prevent errors by implementing encapsulation through the use of factory functions and closures

◦ Utilized the Motorola HCS12 micro-controller to develop an autonomous line-tracking bot for maze-solving, leveraging sensor readings and programming in assembly language
◦ Designed state machines and implemented a dispatcher system to govern the behavioral flow of the eebot.