The ESP32 Health Monitoring Patch is a wearable device designed for personal health tracking, monitoring parameters like heart rate and temperature, and securely uploading data to the cloud. It is suitable for academic projects and provides real-time health insights, supporting innovations in healthcare and IoT technologies through efficient data logging and analysis.
The guide outlines the construction of an ESP8266 IoT Soil Test Station for students and researchers in Lahore, Pakistan. This portable device monitors soil moisture, temperature, and nutrient levels, sending real-time data to cloud platforms, thereby aiding precision agriculture. Its practical applications span academic projects and real-world farming scenarios.
Build a wireless energy meter with ESP32 and PZEM-004T: measure voltage, current, power and energy, show them on an LCD, upload to ThingSpeak and calculate the bill.
The ESP32 Classroom Noise Monitoring Display is an IoT project designed for educational environments in Lahore, Pakistan. It measures classroom noise levels in real-time, displaying decibel values on an LED board to promote discipline and enhance learning. This project is ideal for student projects and easily scalable for IoT integration.
QKZee Technologies in Lahore offers affordable electronic components for DIY projects, especially for the popular Smart Helmet with Accident Detection project. This project enhances students’ skills in IoT and safety engineering. It features sensors to detect accidents and alert emergency contacts. Support and components are available through QKZee Technologies.
The ESP8266 Smart Classroom Attendance System is a popular project in Lahore for students pursuing engineering. It automates attendance using RFID and Wi-Fi, integrating with cloud databases like Firebase. Components needed are available at Hall Road or QKZee Tech Shop. This project significantly enhances classroom management and reduces errors in attendance tracking.
QKZee Technologies in Lahore offers affordable electronic components for DIY projects, especially for the popular Smart Helmet with Accident Detection project. This project enhances students’ skills in IoT and safety engineering. It features sensors to detect accidents and alert emergency contacts. Support and components are available through QKZee Technologies.
The article discusses developing a Gesture-Controlled Wheelchair for engineering projects in Lahore. This innovative solution utilizes hand gestures for wheelchair control, promoting independence for individuals with mobility issues. It outlines required components, system functionality, and offers resources for materials and expert guidance, making it suitable for final year projects and biomedical engineering studies.
This guide details how to create a voice-controlled robot using Arduino and Bluetooth, targeting engineering students in Lahore, Pakistan. It outlines necessary components, project capabilities, and step-by-step assembly instructions. The project emphasizes accessibility, practicality, and budget-friendliness, making it ideal for educational purposes, with potential for future upgrades and expansions.
Build an IoT smart parking system with Arduino, ESP32, IR sensors and a servo gate. Step-by-step wiring, code and ThingSpeak guide for students in Pakistan.
