I’m a Stuyvesant High School graduate and incoming Carnegie Mellon student interested in artificial intelligence, robotics, and software systems with real-world impact.
My work spans medical AI research, autonomous robotics, full-stack web development, and STEM education. I have built deep learning pipelines for chest X-ray analysis, custom Java motion-planning libraries for FTC robotics, and web platforms used by students and volunteers.
Programming experience: Python, TensorFlow, Java, JavaScript, React, Svelte, Swift, C++, SQL, Flask, NumPy, and Matplotlib.
SAT Score
Years Programming
Students Reached
Tutees Supported
My research focuses on medical AI and computer vision, with hands-on work in deep learning systems for chest X-ray analysis and prior engineering-focused research in robotics and materials reuse.
Summer 2025 - Current
Project: Segmentation-Aided Dual-Scale Deep Learning for Chest X-ray Anomaly Detection
Mentored by Dr. Theo Zanos and Dr. Nabil Ettehadi. Built a dual-scale segmentation-aided architecture on NIH ChestX-ray14 with multi-head classification and a reproducible training pipeline.
Summer 2024
Project: Worked with a student team on a project to repurpose scrap polycarbonate plastic through 3D printing. (Mentor: Dr. Edward Segal)
TensorFlow, Flask, NumPy, Matplotlib
Android and FTC robotics development, autonomous algorithms
Svelte, React, Node, modern frontend workflows
iOS frontend development and app architecture
Systems-focused programming and performance-minded implementation
SQL data workflows, reproducible project pipelines, rapid prototyping
Captain (2025, 2026) and Co-Lead Programmer (2024) for FTC Team #8721 Mighty Mechanics.
Led design and software efforts, essential for reaching World Championships in 2024 and 2026, and built a custom holonomic PurePursuit motion library in Java.
Vice President of Web Development (2025, 2026), Web Committee Member (2024).
Led a 15-person team building core ARISTA services in Svelte, supporting 200+ volunteers and 1,000+ tutees.
Volunteer and founder (September 2022 - Current).
Organized STEM instruction in coding, math, and robotics for 2nd-4th graders and reached 250+ students.
Co-Founder & CTO (September 2024 - October 2025).
Building AI-powered adaptive learning tools; key infrastructure developed with React.
Led a 15-member web team and coordinated policy changes through executive council work.
Running coding, math, and robotics sessions for 2nd, 3rd, and 4th graders since September 2022.
Presented robotics concepts in simple terms to 250+ elementary school students.
Partnered with faculty and administrators to promote STEM opportunities for underprivileged students.
Teaching 3rd graders robotics concepts with our FTC competition robot.
Teaching 4th graders coding and algorithm fundamentals.
Me and the principal of PS117.
Hands-on robotics workshop for 4th grade students.
Teaching basic Java.
Induction ceremony as an ARISTA VP.
Expected Graduation: June 2026
New York, NY | SAT: 780 English, 800 Math
AP: Biology, World History, Environmental Science, US History, Computer Science, Pre-Calculus, Calculus BC, Macroeconomics, Microeconomics
Honors: Chemistry, Physics | Advanced Electives: Software Development, Systems Programming, Oceanography
11th and 12th Grade
Coursework: Introduction to Algorithms, Introduction to Quantitative Biotechnology, Classical and Quantum Computing, Python Data Structures
Summer 2024
Competitive Programming & Machine Learning
Presenting my final project for SHAPE
My journey in FIRST began in FLL and evolved into FTC through the Forest Hills Robotics League. I have stayed in the FIRST community for years, growing from student programmer to team captain.
I am the captain of team #8721 Mighty Mechanics and previously served as co-lead programmer. Our community-based FTC team represents NYC in high-level competition and outreach.
In 2024, we advanced to the FTC World Championships in Houston. In 2025, I was recognized as a FIRST Inspire Robotics Dean's List Semi-Finalist (NYC).
As lead software contributor, I develop autonomous systems in Java using the FTC SDK. I implemented a fully custom motion library including a holonomic PurePursuit algorithm, plus additional advanced robotics algorithms used in competition.
The Mighty Mechanics and our robot at the 2024 FTC World Championships.
Working on our robot's robotic arm.
Samarkand, Uzbekistan.
Airbus A330 engine.
Black Sea, Turkey.
UN General Assembly.
Kolkata, India
Soviet metro car
