Smart Cities 2022: Difference between revisions

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* Janefield wetland field excursion
* Janefield wetland field excursion
* Exploring analog sensors - turbidity sensor
* Exploring analog sensors - turbidity sensor
* Bureau of Meteorology weather data
* [[Bureau of Meteorology weather data]]
* Exploring soil moisture sensors
* Exploring soil moisture sensors
* Exploring distance sensors in smart tanks
* Exploring distance sensors in smart tanks

Revision as of 21:20, 31 December 2021

Term 1

  • What is a Sustainable Smart City?
  • How do we use environmental sensors?
  • Saving the Platypus
  • How to protect waterways with water quality sensors
  • Introduction to Raspberry Pi
  • Introduction to Debian Linux
  • Navigating on the Raspberry Pi
  • Setting up VNC
  • Sensors in aquaponics
  • Data visualisation using Node-RED
  • Mini challenge

Term 2

  • Creating a web page in HTML
  • Adding Cascading Style Sheets to web pages
  • Creating dynamic web pages using Python
  • 3D printing using Tinkercad
  • Laser cutting using Tinkercad
  • Janefield wetland sensor data using Python and Node-RED
  • IBM Cloud Lite and Node-RED for sensor data

Term 3

  • Janefield wetland field excursion
  • Exploring analog sensors - turbidity sensor
  • Bureau of Meteorology weather data
  • Exploring soil moisture sensors
  • Exploring distance sensors in smart tanks
  • Graph data using Python and plotly
  • Uploading web site to GitHub Pages

Term 4

  • Smart solutions workshop - ideation
  • Build a smart bee hive with load sensors
  • Smart bee hive with Infra-Red beam sensors
  • Build a solar hot water shower with temperature sensor
  • Build a tiny energy efficient house with temperature sensor
  • Grow tomatoes in pots using soil moisture sensors
  • Hot compost and worm farm challenge with temperature sensor
  • Build a greenhouse to raise seedlings with temperature sensor
  • Build a GPS Litter Picker
  • Smart solution presentation