My
Projects

Designed and iterated a pitot tube data acquisition PCB for Wisconsin Racing's aerodynamics system. The board reads airspeed sensor data, conditions the signal, and interfaces with an ESP32 so the team can debug and validate vehicle aero behavior more efficiently.

Designed a custom PCB to replace AAA batteries with a USB-C rechargeable Li-Po system. The design integrates charging, protection, voltage regulation, and power management while keeping the calculator's original form factor usable.

Optimized desktop systems through component selection, benchmarking, undervolting, and thermal tuning. I also refurbished malfunctioning laptops through teardown, diagnostics, and component replacement, including restoring a ThinkPad X1 Carbon with donor parts.

Built a self-hosted server environment for NAS storage, Docker services, and Proxmox virtual machines. The setup gives me more control over my tools, reduces reliance on cloud services, and doubles as a lab for Linux, networking, and local AI workflows.

For my IBDP Extended Essay, I studied how airflow affects heatsink performance using controlled thermal experiments and ANSYS Fluent simulations. The goal was to connect real measurements with CFD models and better understand practical heat dissipation.

Made using HTML and CSS from scratch and hosted on GitHub. Used for showcasing my portfolio and projects.

Made using HTML and CSS from scratch and hosted on GitHub. Used for organizing and providing Python notebooks and lecture notes during my time at ICTS.

Website compiling free IBDP and MYP resources to help fellow students in the curriculum.

Conducted research through articles, online sources, and user interviews. Recommended battery swapping stations to improve EV charging speed and convenience, then created a Blender animation to illustrate the concept.

Gained skills in modeling, rigging, animating, and using computer hardware effectively for rendering.

Video outlining the history of the internet for the Individuals and Societies subject.

Website made in 8th grade analyzing the launch of the SpaceX Falcon 9 rocket.

Upgraded old laptops, including replacing an HDD with an SSD to improve performance. Repurposed the drive from a broken laptop as external storage.

Built and programmed a sweeping robot during COVID-19 lockdown using Lego Mindstorms.

Used motors and other components to build a paper plane launcher to accompany a physics activity in school.

Built a steering wheel out of cardboard and two discarded mice to control racing games. Used AutoHotkey to experiment with control scripts.

Used parts from an old wireless mouse and gave it a new shell, prototyped using Blender and crafted using foam board.

A set of MYP design prototypes and explorations, including an app concept, a braille keyboard prototype, and a physical gym prototype.

MYP 5: Prototype of a Braille Keyboard

Prototype of a braille keyboard with a built-in display to aid the visually impaired. The mechanism reads the content of a text box and makes it possible to feel the pattern.

MYP 5: Physical Gym Prototype

Physical prototype of a gym proposed for the school to aid students in improving physical fitness.