The project is a proof of concept system for servo motor control using input from a Light Dependent Resistor [LDR] sensor.

The project below involves the use of NodeMCU board to send temperature and humidity data readings from the DHT11 Sensor to Googlesheets. This allows for real-time display of data on googlesheets from the physical system.

This is a simple pulse monitor system that publishes pulse readings from the sensor to ThingSpeak servers via HTTP protocol. The PulseSensor detects a pulse and the system sends the data to the ThingSpeak servers which present the data via a pulse chart on the site, to allow for easy monitoring of the pulse from anywhere in the world.

This is a project which is supposed to enable one to control home appliances by use of voice commands communicated to the Google Assistant, which then prompts the desired actions. In this case, we used voice commands to the Google Assistant API to turn an LED on and off. This is proof of relay module control on a mobile phone.

The objective of the mini-project was to control a stepper motor remotely through a smartphone using the Blynk application. This project proves the possibility of controlling the Relay Module from the Blynk app on your mobile phone.

The project involves coming up with a smoke detector with notifications through the Blynk appplication. It can be used to detect air quality especially in offices, detecting gas leaks among other applications

The project involves coming up with a mask dispensing system that alerts a person to pick and put on a mask just before they exit their home. With an added function of alerting the person when the number of masks runs low.

The project involves coming up with a touchless faucet with a door control system that has one washing or santizing their hands before accessing a building or room and afterwards accessing the said room via a door that opens automatically. This therefore helps one reduce coming into contact with a contaminated surfaces, for instance, the door handle.

This project is designed to show how to simulate a count up 7-segment display using arduino uno on the proteus 8 software. It is a basic Proteus simulation project.

This project involves coming up with a proof-of-concept automatic door system that helps reduce coming into contact with contaminated surfaces, e.g. a door in a public place, most especially during this day and age of Covid-19. The door is automated in such a way that it opens once one comes within range of the Ultrasonic sensor.

This project is a smart parking system that automates entry and exit into and out of a parking lot. The system also communicates the availability/occupancy of parking spaces on the firebase cloud website which can be accessed from any smart device. Thereby, functions as a smart automated parking system.