I work on projects to deepen my hands-on experience in electronics and firmware development. Personal projects are a big part of my life! They let me explore ideas out of genuine curiosity, and gain practical experience far beyond what lectures alone can offer.
Experiment to dive into the electronics behind historic and mondern computing beyond the logic gate level! Goal is to create Full Adder from Transistors and Relay Level.
An 24-hour time format clock on FPGA capable of rendering digital clock using VGA interface!
An autonomous self-emptying trash rover that uses openCV computer vision to find a trash can and ArUCO marker to relocate back to you. OpenCV algorithm is handled by a raspberry pi while the Arduinos handle remote I/Os.
A RC-car that utilizes airsoft motors with custom Mosfet and relay H-bridge to achieve a fast-lap record of 17 second out of the 25 second average.
Why let old Servers sit in e-waste just because it does not support Wake-On-Lan(WOL)? This circuit repurposes smart plugs as a power button press simulator!
Challenging version of Hello World! Code is written in assembly and debugging required reading register bits and waveform instead of calling print function.
The mini replica of Big Hero 6's Baymax robot with customized voice response using Applio and ChatGPT. A custom 3D printed and designed power electronics allow baymax to move and inflate.
An electric trolley with AI-based object recognition designed for hands-free operation. Power and control electronics are designed using recycled hoverboard and smart plug parts.
A IP-based modular watering system with AI assistant android app and plug and play sensor and pump modules.
A research on optimizing GPU's Power consumption and Performance. Voltage regulator was analyzed for its efficiency with varying power load while GPU was analyzed for how its performance changes with power budget.