- 🎓 Third-year Electrical Engineering undergraduate at OUTR
- 🔌 Passionate about IoT & Embedded Systems
- 🧠 Working with ESP32, ESP8266, Raspberry Pi Pico
- 🐍 Building projects using MicroPython & Python
- 🤖 Currently learning Machine Learning & Deep Learning
- 🌐 Exploring JavaScript & Django for IoT dashboards
Deep in build mode ⚡ crafting IoT & embedded projects with ESP32, MicroPython, and real-world sensors. Turning ideas into working hardware 🚀
🟢 Arduino Built-in LED Control with Python – Control Arduino’s built-in LED using Python via serial communication
💡 LED Control with MicroPython & ESP8266 – Wireless LED control using ESP8266 and MicroPython
🌡️ DHT11 Web Interface (MicroPython) – Live temperature & humidity monitoring on a web dashboard
🔥 MQ4 Gas Leak Detection System – ESP32-based gas leakage detection with real-time alerts
🌦️ DHT11 with ESP32 & MicroPython – Environmental monitoring using ESP32 and DHT11 sensor
🦺 Safety Harness System for Lineman – Safety monitoring system designed for electrical linemen
🎮 Interactive LED Control System – User-interactive LED control project
🎤 Voice Activated LED Control System – Hands-free LED control using voice commands
📡 Radar SNR vs Range Analysis (MATLAB) – Radar performance analysis for different target RCS values
📊 Radar SNR vs Range Analysis (Scilab) – Radar signal analysis using Scilab
🎓 EduTrack – ESP32 OLED Student Management System – Student data management system with OLED display
🏠 Smart Home Automation – IoT-based smart home automation system
🧠 IoT Environment Monitoring with Anomaly Detection – Smart monitoring system with anomaly detection
🌍 Smart IoT Environmental Monitoring System – Complete IoT solution for environmental data tracking
🧠 Featured IoT & Embedded Projects (MicroPython • ESP32 • ESP8266 • Pico 2W) 100 Days 100 IoT Projects
🌙 Auto Night Light – Automatic LED control based on ambient light using LDR
🎚️ Dimmer LED using Potentiometer – Smooth LED brightness control using ADC and PWM.
🌡️ DHT11 Web Server – Live temperature & humidity monitoring on a web dashboard.
🔢 Single Digit Seven Segment Display – GPIO-based numeric display using MicroPython.
☁️ DHT11 LCD Weather Display – Flicker-free temperature & humidity display on 16×2 LCD.
🎨 RGB Color Mixer – Mix RGB colors using potentiometers with PWM control.
📊 Potentiometer Visualizer – Analog value visualization using LED bar graph.
🔥 MQ4 Gas Leak Detection – Methane gas detection with buzzer alert system.
⏰ RTC Clock (Serial Monitor) – Real-time date & time display using DS3231 RTC.
🔢 IoT Button Counter – Web-based button counter with increment/decrement/reset.
❤️ 8×8 LED Matrix Animation – Custom heartbeat animation using MAX7219.
🚶 PIR Motion Detector – Motion detection using PIR sensor and Pico 2W.
📲 Bluetooth LED Control – Wireless LED ON/OFF control using HC-05.
⚙️ Pico W Web Servo Controller – Control servo angle directly from browser.
🖥️ ClimaPixel – Mini Weather Display – OLED-based weather UI with icons.
🔢 TM1637 Button Counter – Button press counter with 4-digit display.
🔌 IoT Relay Web Server – Web-controlled relay with smooth UI.
📱 Blynk Relay Control – Mobile app–based relay automation.
🌐 NTP Digital Clock – Internet-synced digital clock using NTP.
🚨 Smart IR Object Detection – IR sensor–based object detection with alerts.
🔐 ESP32 Password Lock – Keypad-based secure lock system.
🌀 Blynk Controlled DC Fan – Remote fan control using Blynk IoT.
📡 ESP32 Hotspot Setup – ESP32 configured as standalone Wi-Fi access point.
🎤 Voice Controlled LED – Voice commands to control LED via Python + Arduino.
🎛️ Arduino RGB LED GUI – Python GUI for RGB LED control using CustomTkinter.
👏 Clap Toggle Switch – Clap-based ON/OFF toggle switch.
📩 Telegram IR Alert System – Instant Telegram alerts on object detection.
🌱 Soil Moisture Detection – Dry/Wet soil status monitoring.
🌧️ Rain Detection System – Analog rain intensity detection.
📏 Ultrasonic Distance Indicator – Distance-based LED indication system.
🔁 WebSocket LED Control – Real-time LED control without page refresh.
🧪 MQ-135 Gas Sensor – Environmental gas monitoring system.
☠️ MQ-7 CO Detection – Carbon monoxide monitoring system.
🦾 Servo Motor Control – PWM-based servo angle control.
👆 Touch Sensor LED Control – Capacitive touch-based LED toggle.
📈 Live DHT11 Graph – Real-time sensor data visualization.
🖱️ XIAO ESP32 GUI LED Control – Desktop GUI to control ESP32 LEDs.
👀 ESP32 OLED Smart UI – Animated OLED UI with time & weather.
⚙️ Stepper Motor Control (A4988) – Speed & direction-controlled stepper motor system.
💡 Pico W Async LED Control – Async web-based LED control using uasyncio server and browser ON/OFF interface.
💾 ESP32 EEPROM Simulation (MicroPython) – File-based EEPROM emulation with byte-level read/write and persistent string storage.
🌐 ESP32 DC Motor Web Speed Control (MicroPython) – Web slider based real-time DC motor speed control using PWM and MicroPython.
🔥 Temperature Based LED Indicator (MicroPython) – Beginner-friendly ESP32 project that reads temperature data from a DHT22 sensor and visually indicates different temperature levels using LEDs.
🧠 Flask LED Control using MicroPython – Beginner-friendly IoT project where a Flask web server controls an LED on ESP32 or Raspberry Pi Pico W through HTTP polling using MicroPython.
🔢 micropython-sevenseg
A lightweight MicroPython library for controlling 7-segment displays with clean APIs and minimal GPIO overhead.
Ideal for counters, clocks, and numeric indicators on ESP8266, ESP32, and Raspberry Pi Pico.
📊 micropidash
A simple and extensible MicroPython dashboard library for visualizing sensor data and device states.
Designed for rapid IoT prototyping and embedded UI experiments.
- Published open-source MicroPython libraries for ESP32 / ESP8266 / Raspberry Pi Pico
- Actively building and sharing IoT & embedded system projects
- Contributor to the MicroPython open-source ecosystem
- Projects focused on learning-first, beginner-friendly design
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MicroPython SevenSeg
Lightweight MicroPython library to control single-digit 7-segment displays (common anode & cathode) -
MicroPiDash
Simple IoT dashboard framework for MicroPython devices, focused on clarity and rapid prototyping
- Sharing MicroPython, ESP32, Raspberry Pi Pico projects
- Writing clear README files, circuit explanations, and examples
- Building in public to help students and beginners learn embedded systems
- MicroPython
- ESP32 / ESP8266 / Raspberry Pi Pico
- IoT dashboards & cloud integration
- Sensors, displays, and automation
- Research-oriented and real-world projects
"Learn by building, and build to teach."
I focus on creating simple, reusable, and practical MicroPython tools, then sharing them openly so others can learn faster.
Random Facts
- Embedded systems & IoT enthusiast
- Loves clean documentation
- Enjoys turning college projects into real products
- Believes open source + consistency = growth
