I am majoring in Computer Engineering @ Boston University, with a minor in Business Adminstration. I am passionate about technology, problem solving, and building innovative projects that make an impact.
With interests spanning software, hardware, and research, I’m seeking opportunities to apply my skills and grow in industry roles or research settings.
Conducting advanced data analytics for a research study on bilingualism and morality. Utilizing Python with the pandas library for efficient data cleaning, manipulation, and feature engineering, while employing statistical modeling and data visualizations to support research findings.
Planned and executed the annual Fall 2025 BostonHacks hackathon for 300+ undergraduate students. Coordinated judges, vendors, and event logistics by creating the 2025 Run of Show, and hosted a Mini-Hackathon in the Spring to garner engagement for the hackathon.
Assisted clients with IT support via phone, walk-ins, and email, resolving hardware, software, and account issues. Logged and tracked service requests in ServiceNow to ensure accurate resolution and assisted faculty with code debugging and technical concerns through in-person and phone support.
In this role, I serve as a liaison between New Jersey State Staff and State Officers, ensuring effective and clear communication across teams. I facilitated the annual four-day in-person training for 15 State Officers, covering topics such as leadership, ethics, and organizational skills. Additionally, I acted as the Elections Coordinator at the 2025 NJ FBLA State Leadership Conference, which hosted over 3,500 attendees.
Assisted in developing an ML model to analyze and represent dog motion patterns using motion capture sensor data. Contributed to the collection, cleaning, and analysis of sensor data to build a model of kinematics and create a digital representation of how dogs move.
As a member of the PMReady product team, I attend weekly meetings to develop and refine my product management skills. I worked on designing a pitch for an application aimed at transforming Boston University’s dining system, applying both research and creative thinking. My team’s project earned 2nd place in PMReady’s bi-annual pitch competition, showcasing our problem-solving and innovation.
Created and taught a Python curriculum, from basics to object-oriented programming, for students in grades 5-8. Assigned creative programming projects that challenged students to solve real-world problems through code and maintained clear communication with parents by writing detailed weekly reports.
As Director of Training, I revamped the training process for over 600 teachers by redesigning resources, improving the website, and leading bi-weekly seminars. I also launched a Leadership Team program and managed six trainers to improve onboarding efficiency and teaching quality. Beyond that, I built partnerships to expand access to free coding education for underprivileged students in rural Tanzania.
Python
JavaScript
TypeScript
Java
C/C++
Swift
HTML
CSS
MATLAB
Bash/Zsh
Node.js
Express.js
React
Next.js
Firebase
Cloud Firestore
OpenAI API
Arduino
Git/GitHub
VS Code
Xcode
PyCharm
IntelliJ
Vercel
OnShape
ServiceNow
Microsoft Office
An AI-powered news platform delivering unbiased summaries and interactive visualizations. Built scalable APIs and data pipelines to scrape, process, and normalize articles, with robust error handling. Integrated OpenAI’s API and custom classification models to cluster content, improving performance and UX.
Technologies: Python, TypeScript, React, Supabase, d3.js, OpenAI API
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A single- and multi-player typing game with smooth UI transitions, responsive gameplay, and real-time scoring. Integrated Firebase Authentication and Firestore for user management, high score persistence, and game history. Added AI-powered feedback and performance analytics with OpenAI API.
Technologies: JavaScript, Node.js, Firebase, OpenAI API, HTML, CSS
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"Global Origins Plotter" is a Qt-based map app that plots where people come from. This project loads a dataset of people (from a CSV) and displays their region of origin as dots on an interactive world map. The map is rendered using Qt Location + QML, and the backend is written in C++.
Technologies: C++, QML
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Engineered a compact, fully automated candy-sorting prototype using Arduino and C++. The project featured a dual-motor system, color sensors, and a custom-fabricated housing (CAD/3D printing), all delivered within a $200 budget.
Technologies: C++, Arduino, CAD, TinkerCad
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Built a temperature monitoring system using a microcontroller, TMP36 sensor, LCD, LEDs, and a piezo buzzer. Programmed to display real-time readings and trigger alerts when outside the 80ºF–90ºF range. Gained experience in CAD design, circuit assembly, and microcontroller programming.
Technologies: Arduino, C++, OnShape, Circuit Design, Soldering
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A classroom engagement platform where teachers can reward students to boost participation. Implemented leaderboards, prize redemption, and progress tracking features to gamify learning. Built a scalable, maintainable, and responsive web app with modern frontend practices.
Technologies: TypeScript, Next.js, CSS
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