Electronics & Telecommunication Engineering Student @ RIT Embedded Systems Intern @ RRP S4E LTD, Navi Mumbai
I build firmware, real-time sensor loops, and custom GUI engines for embedded hardware—ranging from microcontroller prototypes to dual-core heterogeneous platforms like the STM32MP157C-DK2.
Check out my interactive, retro-themed portfolio website featuring platform cards, architecture breakdowns, and terminal logs:
- Languages:
C|C++|Python|Bash - Embedded & OS:
Embedded Linux|FreeRTOS|Yocto / BitBake|RPMsg (IPC) - Frameworks & Graphics:
SDL2|GDB / OpenOCD|Device Trees - Microcontrollers & Hardware:
STM32MP157|ESP32-CAM|ESP8266|STM32F4|Arduino
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Dual-Core Heterogeneous Systems (RRP S4E LTD):
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Developed sensor drivers in C / FreeRTOS on the Cortex-M4 core.
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Implemented cross-core IPC over shared DDR memory via RPMsg to send real-time data to the Cortex-A7 (Linux side).
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Built a custom C++ graphics toolkit using SDL2 to render telemetry widgets on HDMI display output.
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SHWAS Ventilator Prototype (2025):
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Closed-loop motor control adjusted dynamically based on MAX30102 blood oxygen readings and patient demographic parameters on STM32.
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Rocket Igniter System (2023):
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Wireless ignition framework built for RIT Space Club using ESP8266, Firebase, and a custom mobile app.
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Lumino Resisto (2022):
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ESP32-CAM optical detection system triggering automated snapshot capture based on TCS sensor intensity metrics.