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- APIs for Water levels sensors Minnovation
- APIs for Water quality sensors
- Add Blocker for Safari
- Adding style to an HTML page using CSS
- Almond
- Ampy to transfer files to Pycom microcontroller
- Antenna Construction
- Antenna Diamond X-30N comparison
- Apricot
- Aquaritin
- Aquarium Project Hardware Components
- Arduino Uno Example Projects for Students
- Arduino Uno Introduction
- Automated Greenhouse project
- Baofeng UV-5R Repeater
- Better insulating your house
- Biodiversity Monitoring
- BirdNET-Pi - Adding an SSD to improve performance and longevity
- BirdNET-Pi Bencheng
- BirdNET-Pi October 2023 Installation for Remote System
- BirdNET-Pi installation Dec 2023
- BirdNET-Pi to Monitor Bird Calls
- Botanica Park lake Bundoora
- Bring back the Bush
- Bucket.blur.fancy
- Build a Python Web Server with Flask
- Build a compost heap using wire mesh
- Building Victron MPPT Solar Charge Controller for Tiny House
- Bureau of Meteorology weather data
- C language
- Carlingford Park Lalor
- Circular economy
- Class Lessons 2024
- Collect your urine and use as nitrogen fertiliser in your garden
- Communicating with Queensland School using HF
- Composting Toilets for Moon and Mars Missions
- Configuring Raspberry Pi access for eduSTAR on School Networks
- Creating HTML links to Plotly graphs
- Creating a Dynamic web page
- DATTA VIC Demo
- Data Visualisation with Freeboard.io
- Debian installation on Mac
- Degrowth
- Diet and Lifestyle for a Healthy Planet
- Diet for a Health Planet
- Digital Modes - Weak Signal Transmission
- Dime.could.minds
- Dissolved Oxygen and Temperature using Arduino
- Downloads & Resources
- Droughts and Floods
- Dweepy for Dweet
- Dweepy to record temperature data
- EZNEC Antenna Modelling
- Electric Vehicles
- Electric cars won't help us
- Energy consumption by Houses
- Equipment list - Home Automation
- Essential software
- Exam Questions Review Amateur Radio
- Exploring soil moisture sensors
- Extracting and Uploading BirdNET-Pi Data
- Fig
- First Boot
- Flashing the operating system
- Foundation Theory
- Freeboard.io and Graphing Data
- Freeboard IO SMC Tiny House Dashboard
- Frogs
- GNU Radio
- Google-dashboard-docs
- Google Dashboard Documentation
- Graphing data using Plotly
- HF Bands
- HTML coding
- Happen Films
- Heating for Tiny House project
- How to make a solar hot water shower?
- ISS Cross Band Repeater
- Icom IC-705
- Icom ID-52A
- Icom ID-52 Repeater Experiments
- Inverted V Antenna
- Item List
- Keeping Rabbits
- Known Fixes
- Kolibri
- Laurimar Park wetlands Doreen
- Learning Morse
- Lesson 10 - Temperature Monitored Greenhouse
- Lesson 11 - Tiny House Temperature Monitoring
- Lesson 1 - Raspberry Pi Introduction and Platypus
- Lesson 2 - Red-rumped Parrot and Kangaroo Grass
- Lesson 3 - Frogs and Scratch Shark Attack
- Lesson 5 - Junior Landcare Grant and Cheese Chase2
- Loquat
- Low energy appliances for your house
- MPPS Pycom LoRa WAN Gateway
- Main Page
- Manual.part.half
- Mars Greenhouse
- Mernda Park Primary School
- Mesa
- Methane Sensor
- Methane and Carbon Dioxide sensor
- MikroTik LoRa Router setup
- Milesight 4G Router configuration
- Mini-beasts in My Backyard
- Mini Satellite-Antenna Rotator Mk1 - SARCNET
- More CSS coding
- NOAA Satellite tracking
- Navigation on the Raspberry Pi
- Node-RED Pycom Temperature Sensor code Tiny-11
- Node-RED data processing
- Node-RED data processing II
- Node-RED introduction
- Node RED data processing II
- Object Oriented Aquarium using the Arduino and Raspberry Pi
- Off-grid Solar PV Panel project
- Offline Raspberry Pi Repository
- Outer.gifted.bought
- People Smart Rainwater Tanks
- Peter Hopper lake Mill Park
- Plants in My Backyard
- Prepping the Raspberry-Pi (Pre-Boot)
- Pressure sensor
- Project rubbish picker robot
- PyCom Setup
- Pycom Pygate setup
- Python introduction
- Rabbit hate taking baths
- Rabbit hutch tiny house
- Rabbits and Energy Return on Investment
- Rabbits don't drive electric cars
- Rabbits love farms
- Rabbits prefer Tiny Houses
- Rabbits stick to their Carbon Budgets
- Rabbits use less Energy than Humans
- Radio Astronomy
- Radio and Electronics School - Foundation videos
- Raspberry Pi 4 - Adding an SSD to improve performance and longevity
- Raspberry Pi Pico Microcontroller
- Raspberry Pi Teaching Introduction for Teachers
- Re-purposing laptops for schools
- Reading data from an atmospheric sensor
- Recommended Optional Additions
- Registering a Pycom microcontroller Device to The Things Network
- Requesting data from a Water Quality Sensor in Peter Hopper lake
- Revegetation of School Wetlands
- Satellite Tracking using Gpredict
- Saving data with timestamps
- Saving our precious water
- Saving sensor data to a file
- Saving temperature data with Node-RED
- Scheduling tasks using Cron
- Scratch projects
- Security improvements on the Raspberry Pi
- Sending Aquarium Data via Serial to Raspberry Pi
- Serial Communication between the Arduino and the Raspberry Pi
- Slow Scan TV
- Small Power Supply for Tiny House project
- Smart Cities - Arduino IDE installation
- Smart Cities - BirdNET-Pi Jeremy Project
- Smart Cities - BirdNET-Pi Project
- Smart Cities - Build a Solar PV system with Battery Backup
- Smart Cities - Data Visualisation using the Node-RED dashboard
- Smart Cities - Energy efficiency of a Tiny House versus a McMansion
- Smart Cities - First lesson in Python
- Smart Cities - Foundation Licence Practise Exam 1
- Smart Cities - Foundation Licence Practise Exam 2
- Smart Cities - Foundation Theory Chapter 1 Questions
- Smart Cities - Foundation Theory Chapter 2 Questions
- Smart Cities - Foundation Theory Chapter 3 Questions
- Smart Cities - Freeing up space on Raspberry Pi
- Smart Cities - Getting to 1 tonne per person by 2030
- Smart Cities - Getting weather data from the Bureau of Meteorology
- Smart Cities - How can we use Environmental Sensors?
- Smart Cities - How to protect the Platypus?
- Smart Cities - Installation of Debian Linux Operating System Desktop on a PC
- Smart Cities - Installation of Raspberry Pi Operating System Desktop on a PC
- Smart Cities - Introduction to the Raspberry Pi and Linux
- Smart Cities - Low Carbon Computing Future
- Smart Cities - Node-RED re-installation or version upgrade
- Smart Cities - Phone for Seniors with Vision Impairment
- Smart Cities - Programming the ESP-01 using YAML
- Smart Cities - Python MQTT class library
- Smart Cities - Reading data from Environmental Sensors in an Aquarium
- Smart Cities - RetroPie
- Smart Cities - SQLite3 database
- Smart Cities - Saving data
- Smart Cities - Setting up Aquarium sensor in Tech School
- Smart Cities - Setting up Raspberry Pi for Mosquitto
- Smart Cities - Setting up Raspberry Pi for Secure Shell Remote Access
- Smart Cities - Setup IoT WiFi Router
- Smart Cities - Solar PV power with battery storage
- Smart Cities - Storing sensor data in a Database in Node-RED
- Smart Cities - TeamViewer to access the Raspberry Pi remotely
- Smart Cities - Tiny House at Home
- Smart Cities - Tiny House at Home (Alternate way)
- Smart Cities - Transferring Files using Secure Copy
- Smart Cities - Transition Engineering
- Smart Cities - Using a Raspberry Pi and Python to access Victron MPPT solar data
- Smart Cities - What is a Sustainable Smart City?
- Smart Cities 2021
- Smart Cities 2022
- Smart Cities Tiny House Course script
- Smart Cities Tiny House ERA
- Smart Cities Video schedule
- Smart Tanks for Schools project
- Software Defined Radio SDR
- Soil moisture sensor
- Stick Insects (Phasmids) in Space
- Sustainability
- Sustainable Computers
- TeamViewer Install
- Techschool-temp-sensor
- Temperature Controlled Greenhouse using a Fan
- Temperature Monitored Greenhouse project
- Temperature sensor
- Temperature sensor data visualisation with Node-RED
- The Simplicity Institute
- Tiny House
- Tiny House Experiments SMC
- Tiny House Experiments Tech School
- Tiny House design using Boxes.Py
- Tiny House project
- Tiny House project - Daniel
- Tiny House project - Jeremy
- Tiny House project - Yuvraaj
- Tiny House temperature monitoring using Node-RED and LoRa
- Tiny House temperature monitoring using Python, Dweepy, Plotly and Cron
- Urban Food Production
- VHF and UHF Transceivers
- Vector Network Analyser
- Victron MPPT Charge Controller Configuration
- Victron MPPT data using Arduino serial
- Victron Solar Power Supply for Tiny House project
- Vital.clock.added
- Wallan Secondary College Project
- Waste Treatment of the ISS
- Water Purification for Drinking
- Water and Food Production
- Water quality sensor
- Water quality sensor Carlingford Park Lake
- Worksheet 1 - Linux commands
- Worksheet 2 - Nano commands
- Worksheet 3 - Experimenting with Mosquitto and MQTT
- Worksheet 3 - Redirection commands
- Worksheet 4 - Experimenting with Mosquitto and MQTT
- Worksheet 5 - Experimenting with Mosquitto and MQTT using Python
- Worksheet 5 - Python Introduction
- Worksheet 6 - Python Object Oriented Programming Introduction
- Worksheet 6 - Virtual Environments
- Worksheet 7 - OOP Class Car example
- Worksheet 8 - OOP Class Dog example
- Worksheet 9 - OOP Class BankAccount example
- XBee 3 Configuration
- Zero Waste Home