A single unified archive of everything I build and everything I write.
“Projects show what I built. Articles show what I learned. Both belong together.”
A prototype-stage disaster-response architecture that coordinates autonomous aerial search, onboard YOLO11 candidate detection, shared search memory, and resilient mesh communication to provide human responders with actionable information when conventional access fails.
A hardware-specific Bruce firmware build engineered for an ESP32-S3 N8R8 development board, featuring a 1.8-inch ST7735 SPI display, 5-button tactile navigation with long-press escape logic, modular RF/NFC/GPS peripherals, and a portable Li-ion power subsystem.
Part 1 of reproducing an embedded vibration anomaly detection research system on an ESP32-S3 and MPU6050, establishing direct-register I²C validation, sensor fusion, and real-time 3D OLED visualization.
An ESP32-S3 powered 128×64 OLED video player that converts MP4 footage into 1-bit frame data and renders it frame-by-frame on an SH1106 display.
A reflection on my participation in an Intellectual Property Awareness and Training Program under the National Intellectual Property Awareness Mission (NIPAM), and why IP awareness matters to engineering students.
Documenting hands-on laptop hardware diagnostics, repairs, maintenance, and troubleshooting experiments.
How mathematical ratios, color theory, and typography combine to create interfaces that feel handcrafted and premium.
Why understanding both the physical circuits and the logical code creates better engineers and more resilient systems.
A multi-key electronic piano built entirely on a breadboard using analog electronics and the versatile 555 Timer IC.
An embedded system designed to detect gas leaks in real-time, providing both visual and audible alerts to prevent hazards.
