• 🎓 Electronics & Communication Engineering student
• 🔧 Interested in Embedded Systems, IoT, and Telemetry Systems
• 📡 Currently building sensor-based embedded projects using ESP32
• 🧠 Learning Embedded System Architecture and RTOS
• 🎯 Goal: Become a professional Embedded Systems Engineer

Simulates a spacecraft telemetry system using sensors and ESP32 to monitor environmental and system parameters.

Features

• Real-time sensor data acquisition
• Telemetry data transmission
• Fault detection simulation
• Python-based data visualization

An embedded system that automatically controls electrical appliances based on room occupancy using motion sensors and a microcontroller.

Features

• Detects human presence using PIR motion sensor
• Automatically turns appliances ON/OFF based on occupancy
• Reduces unnecessary energy consumption
• Real-time embedded control system
• Low-power microcontroller-based implementation

A microcontroller-based system that reads environmental sensor data and transmits it for monitoring and analysis.

Features

• Temperature and pressure monitoring
• Real-time data streaming
• Serial communication interface

Reads accelerometer and gyroscope data to estimate orientation and motion parameters.

Features

• Pitch and roll calculation
• Real-time motion tracking
• Embedded sensor data processing

• Embedded System Architecture
• Real-Time Operating Systems (RTOS)
• Communication Protocols
• Embedded Linux

⭐ I enjoy experimenting with microcontrollers, sensors, and embedded systems to build practical engineering solutions.