Academic Profile
I approach academics with the same mindset I bring to tennis: consistent effort and curiosity. I enjoy the logic behind mathematics and the creativity within engineering. Both remind me that the best solutions come from patience and precision.
Westwood High IB World School
- GPA: 3.93/4.0 UW | 5.49/5.0 W
- SAT: 1570 (1st and only attempt)
- Endorsements: Computer Science, Business Management, Multidisciplinary
- National Honor Society (NHS) & National Junior Honor Society (NJHS)
Coursework & APs
- Score of 5: Calc BC, Precalculus, Physics 1, Statistics, Human Geography
- Score of 4: Computer Science A, English Language
- Math Foundation: Algebra 1 & 2, Geometry, Multivariable Calculus
Current Advanced Coursework
AP Physics C (Mechanics & E&M), AP Chemistry, AP Economics (Micro & Macro), AP Government, Multivariable Calculus, Digital Electronics, Advanced Computer Science 1, and AP English Literature.
Research & Internships
Published ML Research
Oxford JSS Publication: "Reduction of Red Light Waiting Times Using An Adaptive Traffic Optimization Model". Developed a simulation framework to optimize traffic signal timing using machine learning (Oct 2025).
Engineering Internships
- MySafeSpace: Product/UI Intern. Developed and presented a UI prototype directly to the founder.
- AumFresh: Engineering & Ops Intern. Supported engineering, QA, and export docs for commercial freeze-dried food.
- MechAir: Engineering Intern. Supported design and product development.
STEM Journey & Projects
Early Robotics
In third grade, I joined FIRST LEGO League (FLL), where my team competed against college-level groups. By middle school, I was building and programming EV3 robots to complete household tasks like mopping.
Hardware Integration
Designed and built embedded hardware projects using Python, Raspberry Pi, digital logic, sensors, and programmable electronics, exploring how software can interact with the real world.
Technical Skills & Certifications
| Category | Details |
|---|---|
| Programming & Hardware | Python, Raspberry Pi, Digital Logic, Circuit Analysis, Machine Learning, Circuit Simulation |
| MITx (edX) | 6.002.1x: Circuits and Electronics 1 - Basic Circuit Analysis |
| MIT Beaver Works | Prerequisite Coursework: Unmanned Air System - Synthetic Aperture Radar, Version Control and UNIX, Python Core |
| Additional Certifications | NOCTI Certified - Foundational Knowledge-Based Written | Cybersecurity Essentials for Work Training (CareerSafe) |