Managed a team of six programmers, delegating tasks based on their skill levels, resulting in the successful and timely completion of ten projects, surpassing anticipated outcomes as part of the Pinnacle Scholar Program
Performed bi-weekly progress assessments to boost team motivation and cohesion
Implemented a food management system and updated the traveling scene utilizing JavaScript, HTML / CSS, and the Phaser 3 game development library in the Node.js environment
Established comprehensive feature guidelines for future contributions, ensuring code scalability and modularity
Decreased yearly spending on medical supplies by $13,000 from 2021 to 2023 by engineering an online inventory management application for over 5,000 medical supplies using JavaScript, PHP, SQL, and HTML / CSS
Increased user input efficiency by 200% by integrating a UPC scanner and Raspberry Pi touchscreen interface
Eliminated supply shortages by alerting administration of inventory depletion to guarantee timely replenishment
Collaborated with client to actualize their vision into a functional website, aligning with industry best practices
Leveraged JavaScript and HTML / CSS to create an intuitive front-end design, encompassing key features such as customer appointment requests, dynamic slideshows, and an efficient header for seamless navigation
Title: Constructing the Ideal Components of Crowdsourcing Platforms for Higher Education
Journal: 2021 IEEE MIT Undergraduate Research Technology Conference
Conducted an in-depth analysis of key functionalities and design attributes of prominent crowdsourcing platforms, evaluating their effectiveness in attracting users and facilitating seamless navigation
Constructed a web application prototype combining optimal features from various crowdsourcing sites to serve as a blueprint for future platform designs employing a tech stack of JavaScript, PHP, SQL, and HTML / CSS
Title: ActionTime: A Web Application Motivating Children for Good Habits
Journal: Monmouth University School of Science - 11th Annual Summer Research Program Symposium
Explored time management tools tailored for students, identifying the most impactful methods, employing technologies such as JavaScript, PHP, SQL, HTML / CSS, and the Google Calendar API
Devised an algorithm-based prioritization system for organizing assignments by importance, integrated with a website offering task input, calendar visualization, and color-coded categorization
