The solar-powered smart-flowerpot project with the ESP32 micro-controller unit. (Temperature, Humidity, Illuminance (Lux), Soil Moisture, Soil Salinity, Battery Voltage)
Data collection from the weight sensor using ESP32, HX711 and MQTT protocol. Alexander Technological Educational Institute of Thessaloniki. Master of Science in “Applied Electronic Systems”. Postgraduate course: Internet of Τhings and Αpplications.
Strain Monitoring of a Model Bridge (microstrain (µε))-MSc in Aplied Electronic Systems (A.TE.I.TH.)-IoT Applications
This channel is made for my class “Applications of IoT”, in Master of Science "Applied Electronic System" - ATEITh. Here you can see the recorded values of my Heart Beat. For this application the ESP-WROOM-32 module is used , along with the PulseSensor.
Internet connected altimeter for Everest Run - http://everestrun.pl/
Proyecto elaborado por Arnulfo Sierra Morales mediante DIY--Arduino y ESP32, con algunos sensores como BMP180 para Presión Atmosférica y Altura, GY30 intensidad luz natural a la sombra. DHT11 temparatura, porcentaje de humedad y sensación termica. Vigente
Running Arduino code on a ESP32 based board with a Li-Ion battery. Using a BME280 sensor (temperature, humidity and air pressure) and wind direction, wind speed and rainfall. Sending data to Thingspeak, Wunderground and Windy.com. Access the stati
Experimental channel running in the room of Pista. Hadware: DHT22 sensor + ESP32 WiFi module. Software: Arduino IDE