Embedded Developer, where software meets silicon
I write firmware, wire up sensors, and make hardware do things. Working at the intersection of C, Rust, real-time systems, and hardware integration, close to the metal, where every byte and every microsecond matters.
Final-year B.Tech student in Electronics and Telecommunication at MGM's College of Engineering, Nanded. I got pulled deep into embedded systems early and never looked back.
My work spans firmware development, hardware-software integration, and FPGA design in VHDL. I write low-level drivers in C and Rust, preferring to understand exactly what the hardware is doing at every layer.
On the side I do frontend development and video editing in DaVinci Resolve for documentation videos and short-form content. Debugging a color grade turns out to be a lot like debugging a state machine.
IoT incubation system maintaining temperature at 37°C and humidity at 85%, the exact conditions eggs need. ESP8266 with DHT22 reads sensors continuously. Fan, UV light, and mist humidifier activate automatically. Monitored live on any phone via Blynk. Published in IJRESM, co-authored with the team at MGM.
Low-level peripheral drivers written from scratch in C and Rust for SPI, I2C, UART, and CAN. No HAL abstractions, no bloat. Tight, portable code debugged at signal level with JTAG and a logic analyzer. Rust used for memory-safe driver modules where correctness is critical.
Real-time obstacle detection with autonomous braking and controlled deceleration. Sensor data feeds directly into embedded decision logic, no human input for collision avoidance. Response time kept tight, false trigger rate minimized through threshold tuning.
Designed and developed frontend pages for theherbsmagic.com using HTML, CSS, and JavaScript. Improved UI readability, responsiveness, and user experience across the site. Implemented a custom Obsidian-style theme and various interface components.
Built Python scripts and small tools during a remote internship. Worked on clean, readable code and structured projects properly. Pushed Python skills from scripting to thinking like a developer.
Core coursework in embedded systems, digital electronics, communication protocols, FPGA design, and signal processing. Built hardware projects across firmware, VHDL, and IoT. Co-authored and published research paper in IJRESM, Jan 2026.
Open to embedded firmware, frontend development, and system-level roles.
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