WEBVTT 00:00.210 --> 00:05.370 In this video, I'm going to show you what hardware components you need for the schools as well as where 00:05.370 --> 00:07.330 you can find an original starter kit. 00:07.830 --> 00:13.320 But first, note that you can completely finish the course using just a free online simulation tool 00:13.590 --> 00:15.400 without having to buy any hardware. 00:15.780 --> 00:20.490 If you want to use the simulation, check out the next video for a quick overview. 00:21.000 --> 00:24.580 Although what I recommend is, of course, to use real hardware if you can. 00:24.990 --> 00:29.990 This is much more fun and with it you can create real projects in real life. 00:30.480 --> 00:36.180 And if you want to use a real hardware, the good news is that you can still start the goose using the 00:36.180 --> 00:39.990 simulation while you wait for your components to arrive. 00:40.500 --> 00:46.530 So for this course, I have chosen to use components that you can use in many other projects and that 00:46.530 --> 00:48.890 are also great for learning new things. 00:49.290 --> 00:55.050 I have made sure that you can find all those components in a single kit if you don't want to get them 00:55.050 --> 00:55.810 separately. 00:56.250 --> 01:01.470 This way you don't need to spend additional money on components that you are maybe just going to use 01:01.470 --> 01:02.550 once in your life. 01:02.940 --> 01:05.550 So you can either get an additional starter kit. 01:05.730 --> 01:07.870 I'll buy each component separately. 01:08.250 --> 01:10.180 If you don't have inhabitable already. 01:10.500 --> 01:16.670 I recommend you to get a starter kit which usually contains everything we need for the schools, plus 01:16.680 --> 01:18.880 more components for your future projects. 01:19.320 --> 01:21.480 Here is the kit I am personally using. 01:21.750 --> 01:25.290 And as you can see, the Arduino here is not the official one. 01:25.590 --> 01:29.960 This is a clone board, which is absolutely not a problem here. 01:30.210 --> 01:32.760 So let's review the components we will need for the cost. 01:32.760 --> 01:37.260 And at the end of the video, I will come back to the starter kit first. 01:37.260 --> 01:41.750 You would need, of course, an out of the world and I'm going to use an aluminum board here. 01:41.970 --> 01:44.440 That's what I recommend if you get started. 01:45.090 --> 01:48.210 You could, however, be fine with an aluminum nano omega. 01:48.660 --> 01:54.960 And note that falling out of know you might get the official Balde here, as you can see on the left 01:55.200 --> 02:00.900 of an unofficial one, which is called a claughton, and all of them would work the same. 02:01.260 --> 02:08.670 Then you need a USB cable to power and connect the world to your computer, a breadboard to be able 02:08.670 --> 02:16.380 to connect all your components with your arduino, a set of made to mean wires, a set of resistors 02:16.380 --> 02:21.560 containing at least 220 of resistors and tantalum resistors. 02:21.920 --> 02:27.900 But basically, if you buy any set of resistors, you will get those values because those are super 02:27.900 --> 02:28.890 common values. 02:29.490 --> 02:32.880 You will also need some LEDs, at least three for the class. 02:33.390 --> 02:36.840 It's better if you have different colors, but that's not really a problem. 02:37.260 --> 02:44.100 You would need a push-Button, a potent Schmitter, and know for the fun part of this course and for 02:44.100 --> 02:48.360 the final product, you will also need an ultrasonic sensor. 02:48.750 --> 02:51.660 You can see here the reference is h c. 02:52.020 --> 03:04.300 S R for a 16 by two LCD screen and infrared remote controller with an infrared receiver and a photoresistor. 03:04.800 --> 03:08.940 All those components are standard components that you can find everywhere. 03:09.300 --> 03:15.720 Know that the way the components look may not be the exact same as the ones you will find, for example, 03:15.720 --> 03:19.130 with a potential meter and infrared, a remote control. 03:19.650 --> 03:23.020 That's not a problem as long as you get valid components. 03:23.280 --> 03:29.370 Now you can decide to get everything separately, but getting a starter kit will probably be easier, 03:29.550 --> 03:31.720 cheaper and more convenient for you. 03:32.220 --> 03:34.460 So here's the kit again that I have. 03:35.160 --> 03:42.480 So on this kit, you can see we have the add in here, the USB cable here, the breadboard, which is 03:42.480 --> 03:49.500 a long one, OK, which is perfect for this because we have the main two made wires here, the set of 03:49.500 --> 03:53.190 registers with many different values, some. 03:53.220 --> 03:56.370 And it is you can see we have much more than three IDs. 03:56.670 --> 03:58.230 We have pushbuttons here. 03:58.500 --> 04:00.690 The potential matter is right there. 04:01.200 --> 04:08.880 And then we have the ultrasonic sensor, the 16 by two LCD screen here, the infrared remote controller 04:09.030 --> 04:11.790 with the infrared receiver right there. 04:12.060 --> 04:16.350 And we have photoresistor actually we have two photoresistor there. 04:16.830 --> 04:23.070 And as you can see, we have much, much more components that you would be able to use later up to discuss 04:23.250 --> 04:25.050 for different projects. 04:25.890 --> 04:31.110 So to conclude with this video, you now have an overview of everything you need for the goose. 04:31.410 --> 04:37.770 And for a recap and more details about how to get those components, please download the additional 04:37.770 --> 04:38.310 PDF. 04:38.310 --> 04:40.590 You can see the name of the PDF on the screen. 04:41.100 --> 04:46.590 Now, you can start the course with the hardware components directly, all using the simulation.