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A four-legged robot I assembled and programmed, where I adjusted the code and calibrated the joints so the robot could walk smoothly and keep its balance.

An alarm circuit I built and soldered on a PCB that creates a siren sound using basic electronic components.

A 3D model of a four-cylinder car engine built in Autodesk Inventor to show how pistons, connecting rods, and a crankshaft move together inside an engine.

Designing and building an embedded system that monitors DC motor behavior under load, detects abnormal electrical signatures, and triggers safe shutdown during fault conditions to improve reliability and validation testing.

This component model focused on clean geometry construction and dimensional consistency, strengthening my workflow in structured part development.

A mechanical gear model illustrating rotational mechanics, alignment tolerances, and assembly-oriented parametric design principles.

A personal mechanical model of earphone components emphasizing symmetry, shaping, and precision dimensioning in AutoCAD.

A personal 3D mechanical design projected developed using AutoCAD to demonstrate structural modeling, dimensional accuracy, and manufacturable geometry principles.

I designed DWIPS with a team (Lead Electronics Component) as a prototype for improving awareness in low-visibility environments.

Using an ESP32 and LIDAR sensing, I implemented real-time distance monitoring & response to logic.

I built this system to explore the bridge between computer vision and embedded hardware. 

It captures ASL gestures and text, processes them with Python-based tools, and converts them into Morse code through an Arduino-driven signaling interface.