I build things that bridge the physical and digital — from low-level firmware on ESP32 to power electronics, wireless protocols, and intelligent hardware systems.
I'm an electronics enthusiast and embedded systems developer based in India, passionate about building hardware that's reliable, efficient, and cleverly engineered. My work spans from writing bare-metal firmware to designing power electronics and integrating cloud connectivity.
I thrive at the intersection of hardware and software — whether it's tuning an LC filter for a buck converter, wiring up OTA update pipelines, or designing battery management systems. Every project is an opportunity to learn something new at the circuit level.
When I'm not deep in PlatformIO or probing signals on an oscilloscope, I enjoy studying market dynamics and electronics business ecosystems across India.
Hardware meets software — things I've built and shipped.
Designed a high-capacity 18650 battery pack with interactive cell layout visualization, BMS integration, and capacity calculations. Covers cell balancing, thermal management, and safe charge/discharge profiles.
Webpage-based OTA update pipeline using WebServer and Update libraries. Non-blocking architecture with ArduinoOTA fallback.
OV7670 camera capturing QQVGA frames over HTTP POST to a Python Flask/Tesseract server, with results on an SSD1306 OLED display.
Real-time sensor data logging to Supabase via REST API using HTTPClient and ArduinoJson with a non-blocking loop architecture.
IRLZ44N/2N7000 MOSFET-based LED dimming circuit driven by ESP32 PWM, with an LC filter stage for clean analog output. Includes gate resistor design, freewheeling Schottky diodes, and component selection for minimal ripple.
Core competencies built through real hardware projects.
Have a hardware project, collaboration, or just want to talk embedded systems? I'd love to hear from you.