Smart Cities 2022: Difference between revisions
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(Created page with "=== 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 * Introdu...") |
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* Adding Cascading Style Sheets to web pages | * Adding Cascading Style Sheets to web pages | ||
* Creating dynamic web pages using Python | * Creating dynamic web pages using Python | ||
* 3D printing using | * 3D printing using Tinkercad | ||
* Laser cutting using | * Laser cutting using Tinkercad | ||
* Janefield wetland sensor data using Python and Node-RED | * Janefield wetland sensor data using Python and Node-RED | ||
* IBM Cloud Lite and Node-RED for sensor data | * IBM Cloud Lite and Node-RED for sensor data | ||
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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 | ||
* Graph data using Python and plotly | * Graph data using Python and plotly | ||
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* Build a tiny energy efficient house with temperature sensor | * Build a tiny energy efficient house with temperature sensor | ||
* Grow tomatoes in pots using soil moisture sensors | * Grow tomatoes in pots using soil moisture sensors | ||
* Hot compost and worm farm challenge | * Hot compost and worm farm challenge with temperature sensor | ||
* Build a greenhouse to raise seedlings | * Build a greenhouse to raise seedlings with temperature sensor | ||
* Build a GPS Litter Picker | * Build a GPS Litter Picker | ||
* Smart solution presentation | * Smart solution presentation | ||
Latest revision as of 22:59, 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