Introduction: An Illustrated Introduction to the Raspberry Pi

The Raspberry Pi was originally designed to be a tool for hands-on learning about how computers work. It is also a tool that can be used to make all sorts of creative programming projects. The point of the Pi is to be accessible, and I have made this short illustrated introduction for people who are new to the Raspberry Pi, and are interested in learning a few basics, before diving into other projects.

Step 1: A Raspberry Pi Is....?

A Raspberry Pi is....? A computer.

That's right, it is a compact and inexepensive computer that, once you've set it up, can do nearly anything your regular old standard laptop or desktop computer can do.

Step 2: What Do You Mean "it's a Computer"?

Suppose you happened to have a screw driver and you opened up your laptop, and then you looked at all the stuff that is inside, you would find a few printed circuit boards (PCBs) and some other components. The PCB at the heart of your laptop or desktop is called the motherboard. It includes the central processing unit (CPU) and memory. It may also have an assortment of other components - for example, input devices, slots for connecting more boards (known as PCI), USB ports, network adapters, audio ports, graphics cards, and cooling fans - depending on how fancy the computer is.

The Raspberry Pi is just like the main PCB that is inside your laptop. It is the heart of a computer on a tiny board. It is very powerful, especially the latest version (Raspberry Pi 2), because you can run it just like you would a computer. But the beauty of it is that you can also program it for your own creative projects (like taking selfies at certain time intervals, for example).

Out of the box, your Pi is not quite ready to go. First you'll need to set up the Operating System (OS) and plug in all the devices (i.e. a mouse, keyboard and a monitor).

Step 3: What Devices Do I Need?

You'll need a few things to get started. Just like a regular computer, you'll need some devices to use with with the Pi. These are: a mouse, monitor with HDMI connector, keyboard, power, and an SD card with the OS installed. You can also add optional devices such as a speaker or headphones through the mini audio jack input, USB wifi adapter, cameras, program your own input and outputs, and more!

What is an Operating System?
Just like your MAC uses OSX and your PC uses Windows, your Raspberry Pi requires an operating system. You'll need an operating system for your Pi so that you can talk to the processing units in the board and accomplish tasks without having to worry about all the low level processes that a functioning computer requires. Older operating systems have a text based interface, but most now have a Graphical User Interface (GUI, pronounced "gooey", as in custard).

If you are new to the Raspberry Pi it is recommended to start with NOOBs (as easy operating system installer) which contains Raspbian OS. You can buy this pre-installed in an SD card or download it here.

Step 4: How Do I Get Started?

Start by plugging all of the external devices into the USB and HDMI sockets on the front of the board (i.e. the keyboard, mouse, monitor), then turn the board over and slot the micro SD card in. And then power up.

If you are using NOOBs (which is recommended if this is your first Pi project), then the set-up is a walk though process: power up the board and when prompted choose the OS you would like to use (go for the recommended option of installing Raspbian), and then wait for the Pi to set-up, this can take a while.

A configuration window will pop-up, and if you are not using the default GB keyboard, you'll want to change the configuration settings. Select option (4) Internationalization, and then select to configure. Scroll down to en_US_UTF-8 UTF-8 (you can find a US keyboard, or find your local keyboard from the menu).

note: you'll need to plug in everything else, including the SD card, BEFORE you plug in the power cable or it won't boot up. It is good practice to always plug in the power cable last.

Step 5: Projects and Langauges

So, you've set up the Pi, now the fun bit: making stuff!

And golly gosh the possibilities of what you can make are endless! In this last step I've detailed some of the ways to talk to the Pi, and also places to get inspired for making. I am currently making a wonderful (knitted of course) Raspberry Pi camera, and as soon as I finish I'll post the instructables here for even more inspiration :)

Languages

Here are a few examples of how you can talk to the Pi, but there are many more. See here for an even bigger list!

  • Scratch is a visual, block based, programming language. It was designed by researchers at MIT as a learning tool, so is a great partner to the Raspberry Pi. It is powerful software, and there are lots of tutorials about how to use it with the Raspberry Pi. Find out more here.
  • Python is a general-purpose programming language. The great thing about it is that it is widely used, and there is a lot of documentation for getting started online, and also meet-ups in many cities. Find out more here.
  • Using the Terminal (also known as the Command Line Interface, CLI) is a great way to communicate with the Pi. The interface may look a bit daunting, because it is based on the old graphics style video terminals (before GUIs were developed), but there is so much documentation online to help you, and once you get started you'll see that it is quite fun to use. Find out more here.

Projects

And you can use the Raspberry Pi for many creative projects, from screen-based to physical computing. The best way to get started is to try out a project idea you have. There are a few sites that gather projects in one place, handy for getting inspiration or finding technical info out how other people have made similar projects. Instructables have a new Raspberry Pi section; Raspberry Pi have a heap of resources for making, learning and teaching; and there are also some project ideas on the Adafruit and also Make sites.

Comments

author
ashnman2 (author)2016-10-13

THANK YOU,,,,,,Ive been wanting to get into this for a while....But didnt know where to start.....This was perfect.

author
jtorres65 (author)2016-01-12

exelent perfect whit my students

author
rde guzman2 (author)2015-08-17

Great!

author
deboraesc (author)2015-07-04

Hey Becca, loved the illustrations and very clear instructions. Many thanks! This was just what I needed to start understanding the subject. However, this lead me to a couple of questions: How is using Raspberry Pi for creative projects different than using a "regular" computer? Why should I choose it instead of trying programming softwares (such as Scratch) on my Mac? Again, many thanks! :)

author
Becca Rose (author)deboraesc2015-07-07

Good question Debora! One advantage of the Raspberry Pi compared to a regular computer is that is that it is small, so can fit neatly into projects. It is also relatively low cost, and it is also designed to be used with external sensors (i.e. a temperature sensor) and actuators (i.e a motor), which is not so easy with your regular computer. If you follow some of the project links in the last step you can see some good example projects.

author
deboraesc (author)Becca Rose2015-08-06

Sorry for the late reply, I was kind of expecting an alert saying that you answered! I think I see what you mean now. The other day I was re-watching videos of "useless machines" and other programmed stuff using Legos (loved it). Would it be for this kind of projects that the board (for being small) could fit or be hidden somewhere in the final work? Also, yesterday I was talking to someone about this and they recommended experimenting with Arduino because it could be used with external sensors and other devices (as you said), which I hadn't realised Raspberry Pi could do. When I mentioned about Raspberry Pi, they didn't know about it...Would you recommend one over the other? Thanks for your patience to read this big comment. hehe Regards!

author
je.khan (author)2015-07-26

Hey Becca ... this is good instructables... can you may be write a little something on the basics of Adruino Board... keep up the good work.

author
rtiwadi (author)2015-07-11

which programming languages does raspberrypi support.

author
Saiyam (author)2015-07-10

You have written it in such a simple language that anyone can understand! Very well documented.

author
Mo Poppins (author)2015-07-07

Cute & charming (for the illustrations), easy to understand 'ible! :)

It's on my bucket list to create something with Rasberry Pi, so thanks for helping us intimidated noobs with some clearly-explained fundamentals of this very inexpensive and versatile, little computer!

author
ToolboxGuy (author)2015-07-04

A knitted Pi camera? Kitted perhaps?

author
Becca Rose (author)ToolboxGuy2015-07-05

Definably knitted! I'm a big fan of the knitted electronic aesthetic!

https://www.instructables.com/id/Rainbow-Fi-Headpho...

:)

author
ToolboxGuy (author)Becca Rose2015-07-05

I don't see a real purpose to knit a slipcover for a tiny camera, but hey, if that's what you're into, then rock on!

author
Becca Rose (author)ToolboxGuy2015-07-06

here is some technical background info on rainbow-knitting-things: http://gph.is/XIfQ3q?tc=1

:)

author
ToolboxGuy (author)2015-07-04

Nice 'ible by the way. Good to provide OS instructions for the technically uninitiated.

author
Becca Rose (author)ToolboxGuy2015-07-05

thanks!

author
ThomasC26 (author)2015-07-04

Nice intro. Would you consider a topic of how to dl files and burn them to dvd? Thanks.

author
IguanaC64 (author)2015-07-03

Love the illustrations!

author
giga tm (author)2015-07-02

thanks

author
Tampaguy (author)2015-07-02

A really good starter for those who want to get into "Micro-Mini" computing on a pay-as-you-go-basis. Some day.... EVERYBODY will be a "programmer"!

author
Ben Finio (author)2015-07-02

One note on this step - you need to plug in everything else, including the SD card, BEFORE you plug in the power cable or it won't boot up. Always plug in the power cable last.*

*there are some exceptions for USB devices on newer RPis. On older ones, "hot swapping" a USB plug while the Pi was on could cause a reboot. On newer ones (I forget if this change happened with the B+ or the 2) this isn't an issue.

author
Becca Rose (author)Ben Finio2015-07-02

Thanks Ben, I've added an update for those using older Pis :)

author
jackowens (author)2015-06-29

Great introduction to show to someone new to Raspberry Pi! Thanks for the taking the time to make this :)

author
Becca Rose (author)jackowens2015-06-30

Thanks :)

author
bricabracwizard (author)2015-06-29

Thanks for this instructable! It's very clear and easy to understand and a great way to introduce a 'new' topic! This will be my 'go to' instructable as soon as I unwrap my 5 month old Raspberry Pi which I bought and have been afraid to open...........I've got to find the darn thing now!

author

Thanks for the feedback -hope you get to dust off your pi and have a play. Lemme know how it goes :)

author
airmanT-28 (author)2015-06-29

Excellently done.

author
Becca Rose (author)airmanT-282015-06-30

Thanks :)

author
Deedman (author)2015-06-30

Wow! Amazing job!

author
Becca Rose (author)Deedman2015-06-30

:)

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Bio: I make things, I am curious, and love learning and sharing.
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