Unit Introduction

Please note that we are happy for you to source the following equipment from any vendor. We have no affiliations or financial interest in selling electronics, we just want students to get their gear via reputable distributors at competitive prices, shipped quickly. Please use the discussion forums if you find better prices but in my experience, Core Electronics are Australian, reputable and competitive on price.

We have deliberately itemised these to enable you to buy what you need. Some of you may already have these things lying around so we didn't want to produce a kit. Most of you will have a spare USB charger lying around so that has not been included.

The kit below is designed to contain everything required to complete the unit with nothing more than a laptop with 8GB RAM and a spare USB port. We have carefully designed this so that you do not even need an external monitor with a HDMI port and keyboard. You also do not require a soldering iron or soldering skills. You may initially require a small screwdriver set.

If you cannot buy the resource list, or you are missing the pre-requisite things listed below you need to communicate with the teaching staff to work out if the issue can be overcome and to what extent it would be feasible to complete this unit.

Resource List & Suppliers

Your costs may vary but I would estimate that obtaining everything may cost $135 AUD.

If any item is out of stock or you feel it is expensive. The best way to get The exact part is to find the SKU number, plug it into google and then pick the most reputable seller with the best shipping criteria.

Raspberry Pi Basics

These will be required around topic week 4-5

• Any Raspberry Pi, Zero-WH, 3+, 4:
  • Model A+ https://core-electronics.com.au/raspberry-pi-3-model-a-plus.html also check out https://au.element14.com/buy-raspberry-pi
    • OR
  • Zero WH https://core-electronics.com.au/raspberry-pi-zero-wh.html - Also check out https://au.element14.com/buy-raspberry-pi
    • Yes you could use a Pi 3B+ or a Pi 4 but they are not my recommendation purely to keep costs low. Spend some time thinking about what will work for you in this unit and beyond.
• SD card https://core-electronics.com.au/sd-microsd-memory-card-16gb-class-10-adapter-included-39301.html - Also check out https://www.officeworks.com.au/
• MicroSD card to USB reader https://core-electronics.com.au/usb-microsd-card-reader-writer-microsd-microsdhc-microsdxc.html - Also check out https://www.officeworks.com.au/
• Micro USB cable https://core-electronics.com.au/micro-usb-cable.html - Most of you already have one also check out https://www.officeworks.com.au/

Electronics

These will be required by ~ week 6. All of these items should also be available at element 14 (https://au.element14.com/). As above, if you buy from another vendor just be sure that what you are getting in equivalent.

• LEDs https://core-electronics.com.au/led-rainbow-pack-5mm-pth.html
• Breadboard https://core-electronics.com.au/solderless-breadboard-300-tie-points-zy-60.html
• Jumper Wires 7.8" F/M https://core-electronics.com.au/jumper-wires-7-8-f-m-high-quality-30-pack.html
• Jumper Wires M/M https://core-electronics.com.au/premium-male-male-jumper-wires-20-x-3-75mm.html
• Fan https://core-electronics.com.au/cooling-fan-for-raspberry-pi.html OR https://core-electronics.com.au/miniature-5v-cooling-fan-for-raspberry-pi-and-other-computers.html
• Gravity MOSFET: https://core-electronics.com.au/gravity-mosfet-power-controller.html
• Distance sensor: https://core-electronics.com.au/hc-sr04-ultrasonic-module-distance-measuring-sensor.html
• Resistors 330 ohm: https://core-electronics.com.au/resistor-330-ohm-1-6-watt-pth-20-pack.html
• Resistors 1k: https://core-electronics.com.au/resistor-1k-ohm-1-4-watt-pth-20-pack-thick-leads.html

Options: Anything Else

In this unit you will be developing a prototype for the IoT that you conceive of. What else might you require? Wait until you have completed your mid-semester, pitch at the very least, before buying anything for your final project.

• A Security Camera: https://tutorials-raspberrypi.com/raspberry-pi-security-camera-livestream-setup/
• A Smart plug: https://ifttt.com/discover/smart-plug-roundup
• A Smart light: https://ifttt.com/discover/smart-light-roundup
• A Bespoke Smart Mirror: https://core-electronics.com.au/projects/smart-mirror-with-raspberry-pi

Please don't be constrained by my ideas, but also be aware that you should not rush to buy technology before you know that you will need it. Your prototype will only be due at the end of the semester.

Other Pre-requisite Things

Broadband Internet

We also expect that you have an Internet connection via WiFi. This could be two forms:

• Home broadband internet with WiFi - Your laptop and Raspberry Pi would both connect over this LAN; OR
• Broadband Internet via WiFi on your phone - This model is based around a iOS or Android-based phone setting up a WiFi hotspot through which your laptop and Raspberry Pi

Whatever the Internet connection it should be at least 5Mb/s and I would allow at least 5 GB/s per month for Downloads and video streaming in this unit.

A Smartphone iOS or Android

• Must have a working smartphone iOS or Android for IFFT and Alexa integration.

A Computer or laptop

• Must have at least 8 GB of RAM for running a Linux VM
  • Must be able to access the BIOS in your computer to turn on VT-X - If you don't know what I am talking about this is fine for 99% of students.
• Must have a working Microphone for videoconferencing

Retired

Potentially Omitt

• Motor https://core-electronics.com.au/dc-toy-hobby-motor-130-size.html
• Battery clip https://core-electronics.com.au/9v-battery-clip.html
• Battery https://core-electronics.com.au/9v-battery.html
• Standoffs: https://core-electronics.com.au/brass-m2-5-standoffs-for-pi-hats-black-plated-pack-of-2.html
• USB to TTL: https://core-electronics.com.au/usb-to-ttl-serial-cable-debug-console-cable-for-raspberry-pi.html