Lets

Hi There!, This is Mohammed Rayan

I build things to understand them.

#About me

I'm a third-year Electronics & Instrumentation student at MSRIT, Bengaluru. I got into embedded systems because I wanted to understand how things actually work — and that curiosity hasn't stopped pulling me deeper.

Over the past few years I've worked on Various Embedded Systems, autonomous robots, sensor characterization, Digital Twin on constrained hardware, and embedded failure analysis — mostly by taking on problems slightly beyond what I knew how to solve. That gap is where I do my best work.

I'm not the finished product. But I show up, I ship hardware, and I take the problems seriously.

Core Skills

Core Skills

Languages: C/C++ (bare-metal, RTOS-aware), Embedded C, Python

Embedded Systems: ARM Cortex-M, Teensy 4.1, STM32, ESP32, RPi

Robotics Tools : ROS2, SLAM, Nav2, PPO, Git, Path Plan

CAD & Design : FreeCAD, KiCad

RTOS & Firmware: FreeRTOS, DMA, interrupt-driven architecture

Libraries : Numpy, OpenCV, Matplotlib, Pandas, Gymnasium

Soft Skills : Leadership, Problem Solving, Mentoring, Self-Learning

Soft Skills : Leadership, Problem Solving, Mentoring, Self-Lear

Soft Skills : Leadership, Problem Solving, Mentoring, Self-Learn

Education

I’m currently pursuing a Bachelor of Engineering in Electronics and Instrumentation

I’m building a strong foundation in robotics, embedded systems, and control engineering — gaining hands-on experience through academic work and self-driven projects that combine electronics, AI, and automation.

Projects

Positions of Responsibilty

Vice-Technical Head - IEEE Sensors Council, RIT-B

Vice-Technical Head -IEEE Sensors Council, RIT-B

- Led a passionate team of members to organize hands-on workshops, technical events, and innovative hardware challenges.

- Organized RoboSoccer event featuring 4 custom-built bots using nRF modules and custom-made controllers with over 80 participants.

- Introduced the concept of project-based learning during the term, enabling members to work on real-time robotics and embedded systems.

- Coordinated PCB Design workshop - an exclusive IEEE session

Electrical Subsystem Member - Team Volante (EV Team), RIT-B

- Led electrical safety and low-voltage systems team; developed smart BMS and TSAL modules for competition vehicles.

- Oversaw system integration and testing for EV safety circuits and performance analytics.

Acheivements

First place for Best Hardware Project - Ignitex, BGSIT

- Developed IoT system for real-time power tracking, automated billing, and AI-based predictive maintenance.

Best Technical Design Award – RoboSoccer 2025 @ DSU × MIT Square

- Developed a custom-built Rover with clean minimalist design.

- Under Top 20 Performing Teams – Amazon Sambhav Hackathon 2024

- Prototyped and developed FruitBridge, a minimalist and user-friendly AI-driven supply optimization platform that connects farmers directly with local vendors.

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