Custom PCBs have become a core part of my engineering process. I started by learning through-hole design and now aim to shift toward surface-mount for better efficiency and smaller form factors. My boards range from RF analysis tools to autonomous rocket flight systems using sensors, PID control, and onboard processing. Each project has deepened my skills in circuit design and embedded systems.
A custom-designed PCB built to control a thrust vector control (TVC) model rocket, integrating sensors, PID control, and onboard logic for autonomous flight.
Read More →This section showcases my custom-designed PCB developed to control thrust vectoring in a model rocket. The board integrates multiple sensors, servo connectors, PID control loops, and embedded logic for precise and autonomous flight control. This project combines hardware design and programming to create a flight control system for advanced rocketry applications.
Overview: This section showcases my project to develop an electromagnetic multitool — a compact device that can interact with signals such as Wi-Fi, infrared (IR), and radio frequency (RF). The goal was to create a tool that could send and receive various types of wireless signals, all from a single board. Through this project, I gained a better understanding of how everyday things communicate. It also helped prepare me for future projects involving wireless control and data transmission.