For the Conrad Challenge, my team and I designed a low-cost oral disease detector that used federated learning to create HIPAA-compliant data sets.

For the Samsung Solve for Tomorrow competition, my team and I designed a small, low-cost camera device to detect seniors falling and alert caretakers audially.

I created a website where users can create retro collages with custom filters.

I designed a robotics curriculum for students with limited English proficiency.

I created an extensive written and video curricula for training students in Java, FTC, and FRC programming.

The 2025-26 FTC Season, during which I competed with teams 26357 and 28391 at ITKAN of ICF.

The 2025 FRC Season, during which I competed with team 9128 ITKAN Robotics.

The 2024-25 FTC Season, during which I competed with team 21330 ITKAN of Tomorrow.

The 2024 FRC Season, during which I competed with team 9752 ITKAN Robotics Jr.

I implemented a majority vote using boolean algebra and logic circuits using multiple circiut design methods.

I worked with my team to CAD and program a full elevator prototype using feedback control systems.

I created a working number generator using capacitors, timers, and combinational logic design.

I worked with my team to CAD a design using Onshape to elegantly meet the required mechanical advantage constraints.

I worked with a partner to create a unique three-wheel solution to create a reliable motor car, while looking stylish at the same time!

Using Fusion360, I designed an animated automata and customized it based on a Kobe Bryant theme.