Hero

Hello,
This is PRATYUSH , I'm an Embedded Software Engineer.

Hero

ABOUT ME

There's something magnetic about that 2 AM moment when a microcontroller finally responds exactly how you imagined, or when a sensor starts singing data in perfect harmony with your code. For me, engineering isn't about accumulating knowledge, it's about that immediate, almost compulsive need to see ideas breathe through hardware. My world revolves around embedded systems and the beautiful chaos they create. Give me a new protocol, architecture, or sensor, and I'll have it talking to a microcontroller before my coffee gets cold. I thrive in that space where hardware meets software, crafting solutions that feel intuitive and alive. What excites me most is finding unique angles to common problems. Every project becomes a playground for exploring what if we tried it this way? And ya I'm obsessed with Embedded Systems and Avionics.

Pratyush
Hero
Experiences
Hero

July 2025 - Present

Embedded Systems Engineer [Avionics]

Ideaforge Technology Ltd.

Hero

Jan 2025 - July 2025

Embedded System Intern [Avionics]

Ideaforge Technology Ltd.

Hero

Oct 2023 - Dec 2023

Embedded Software Developer Intern

HeARThealth Technologies

Hero

Oct 2023 - Jan 2024

Embedded System & IoT Intern

AiROBOSOFT Products And Services Ltd.

Skills

C

Embedded C

Python

STM32(M3/M4)

Raspberry Pi

Beaglebone Blue

Embedded Linux

Linux Device Driver

FreeRTOS

RS485

CAN

Cube Orange AUTOPILOT

MATLAB

UART

I2C

SPI

Ethernet

MQTT

ESP32

STM32CubeIDE

AWS IoT

KiCAD

Baremetal

Assembly

AUTOSAR

Projects
Smart Wearable for ACL Injury Prevention and Rehabilitation

Smart Wearable for ACL Injury Prevention and Rehabilitation

The system utilises MPU6050 sensors for joint angle measurement, EMG sensor for muscle activity monitoring. It leverages ESP32 for real-time data processing and IoT for communication with a user-friendly Android Application featuring real-time feedback and injury risk alert system.

Crop-Specific, Weather-Driven Self-Optimizing IoT Irrigation System

Crop-Specific, Weather-Driven Self-Optimizing IoT Irrigation System

This project implements a smart irrigation system using ESP32 microcontrollers to measure soil moisture, temperature, and rain detection data in real-time. The system sends data to a Firebase Realtime Database and adjusts water output based on predefined crop categories and moisture levels, ensuring efficient and automated irrigation.

IoT-Powered Medical Suit for Coma Patients

IoT-Powered Medical Suit for Coma Patients

This innovative suit seamlessly integrates an array of sensors to gather vital data on a patient's heart rate, brain activity, SPO2, muscle movement, body temperature, and even position. This real-time information is securely transmitted to a cloud platform for remote access and then is displayed on an Android App.

IoT-Enabled Mini Pollution Monitoring System

IoT-Enabled Mini Pollution Monitoring System

The prototype uses the sensors MQ135, BMP280, DHT11 and an ESP32. It sends the data to a Real-time cloud database, which is then accessed by an Android app and a website. The entire hardware is compressed to the size of an iPod. The app provides real-time updates and alerts on air quality in a user-friendly interface: website and Smart home integration.

Dual-Axis Solar Tracker

Dual-Axis Solar Tracker

Dual-Axis Solar Tracker is a project that optimizes the energy output of solar panels by aligning them to face the sun directly throughout the day. The system rotates the solar panels both horizontally and vertically to ensure maximum exposure to sunlight, thereby maximizing energy generation. The tracker uses Light Dependent Resistors (LDRs) to detect the direction of the sun and adjusts the panel accordingly using servo motors.

CAN-based Advanced Driver Assistance System (ADAS)

CAN-based Advanced Driver Assistance System (ADAS)

This system utilizes various sensors like LDR, temperature, ultrasonic, raindrop to collect real-time data and communicates via CAN bus at 500kbps between CAN nodes to activate appropriate actuators like DC fan, Servo motor, LED, OLED display for actions like automatic climate control, wipers, headlights, etc.

Hero
Patents & Publications
Background

2024

Patent

Real-Time ACL Injury Monitoring and Prevention Using an IoT-Based Wearable Device

Indian Patent Office

View Patent
Background

2024

Publication

Design and Development of Helmet Mounted Tank-Gun Control System

International Journal of Research Publication and Reviews

View Publication
Background

2024

Publication

Design and Development of a Smart Real-time Monitoring Wearable Device for ACL Knee Injury Prevention

IEEE (Institute of Electrical and Electronics Engineers)

View Publication
Background

2024

Publication

Design and Implementation of an 8-bit Universal Shift Register using Verilog

Journal of VLSI Design and Signal Processing

View Publication
Hero
Educations
Hero

2021 - 2025

B.E Electronics and Communication Engineering

Dayananda Sagar College of Engineering, Bengaluru

Hero

2019 - 2021

12th [Higher Secondary Certificate]

Army Public School, Bengaluru

Hero

2009 - 2019

10th [Secondary School Certificate]

Army Public School, Bengaluru

Lets Build Something Amazing Together

Let's design smarter systems for a seamlessly connected future. Have a project in mind or want to discuss job opportunities ? I'd love to hear from you!

work.pratyush222@gmail.com

Bengaluru, India

Portfolio by PRATYUSH