WEBVTT 00:00.210 --> 00:06.030 What is Utrillo, what can you do with it, and also what kind of art in the world are we going to use? 00:06.360 --> 00:08.370 There is simply but how do we know? 00:08.370 --> 00:15.780 Combines hardware with software in a perfect way for beginners to start creating hardware projects and 00:15.780 --> 00:18.050 control them with simple programming. 00:18.420 --> 00:23.040 And before we even go further, what can you do with encountering a bolt? 00:23.340 --> 00:25.520 Well, actually, a lot of things. 00:26.040 --> 00:30.600 Two of the most common project fields are home automation and the robotics. 00:30.930 --> 00:36.810 For example, with Arduino, you can create an alarm system in your home, control the movement of a 00:36.810 --> 00:45.330 robot, detect obstacles, make some music, create a weather station, work with Iot Internet of things, 00:45.600 --> 00:47.210 etc, etc.. 00:47.580 --> 00:53.790 And our inner world is a small electronic board which contains what is called a microcontroller. 00:54.300 --> 00:59.550 The microcontroller will be responsible for executing the programs that you have written. 00:59.850 --> 01:06.840 Not that a microcontroller is quite different from what runs typical computers, which are microprocessors 01:07.440 --> 01:08.520 to give you inside. 01:08.670 --> 01:16.200 The microcontroller on the untrainable is running at 16 megahertz and has two kilobytes of memory on 01:16.200 --> 01:17.400 a standard computer. 01:17.550 --> 01:23.460 You can get, for example, a multicore two gigahertz c.p.u and eight gigabytes of RAM. 01:23.940 --> 01:27.700 When you look at the numbers, well, the difference is huge. 01:28.260 --> 01:34.500 So with a microcontroller and arduino, you can see that you won't be able to do things that require 01:34.500 --> 01:39.180 a lot of computation, power, for example, processing images. 01:39.540 --> 01:46.980 But on the other hand, a microcontroller is much cheaper than a typical laptop and is also much closer 01:46.980 --> 01:47.720 to hardware. 01:48.240 --> 01:54.480 You will see that with Arduino you can easily control many hardware components and the computation power 01:54.510 --> 01:57.330 is in fact good enough to run many projects. 01:57.570 --> 01:59.220 So don't worry about that. 01:59.580 --> 02:05.490 You just have to know that computers and electronic bolts such as the original are different things 02:05.700 --> 02:08.220 made for different applications. 02:08.610 --> 02:12.540 Now, where can you find microcontrollers in everyday life? 02:12.840 --> 02:15.180 Well, they are everywhere. 02:15.540 --> 02:22.140 Every day you see or interact with many electronic devices that are run by microcontrollers. 02:22.440 --> 02:29.160 For example, you can find microcontrollers in your phone, a microwave, a washing machine, a car, 02:29.280 --> 02:31.500 plane, etc., etc.. 02:31.950 --> 02:37.270 Basically, any electronic machine contains one of many microcontrollers. 02:37.710 --> 02:45.750 Now, the thing is that working with electronics software and microcontrollers in general is quite difficult. 02:45.960 --> 02:49.670 And there is a big learning curve before you can do anything. 02:49.980 --> 02:51.810 And here comes Arduino. 02:52.230 --> 02:58.140 Thanks to our digital and the original boards, it is now much easier to start working with electronics 02:58.140 --> 02:59.490 and microcontrollers. 02:59.980 --> 03:05.640 Adreno is the easiest way to get to Felsted in the microcontroller and the electronics world. 03:06.180 --> 03:07.170 We've been out in the world. 03:07.200 --> 03:10.950 As you will see in this class, you can create fun and interesting. 03:10.950 --> 03:12.800 How do we project in no time? 03:13.230 --> 03:18.780 And after learning how to know if you want, you can dive deeper into the microcontroller world and 03:18.780 --> 03:24.870 reach a more advanced level which can lead you to more projects and for example, a great job. 03:25.320 --> 03:34.530 So with Ardino no complicated set up at all, just install the software that is called the Arduino Integrated 03:34.530 --> 03:37.290 Development Environment, and that's it. 03:37.530 --> 03:41.990 Then you can directly create circuits and upload programs to your bill. 03:42.540 --> 03:45.470 I will explain all that step by step in this course. 03:45.990 --> 03:48.200 Now, when was Outliner created? 03:48.690 --> 03:55.200 Well, first, when we speak about the name Arduino, we speak about the Arduino project initiated in 03:55.200 --> 04:02.520 2003 with the goal of providing a Low-Cost and easy way for any people to start hardware projects with 04:02.520 --> 04:03.630 microcontrollers. 04:04.170 --> 04:10.860 The first created board was named Arduino Uno and is still currently the most popular to get started 04:10.860 --> 04:15.510 with aluminum after so many other aluminum boards were created. 04:15.780 --> 04:20.220 And today you can still regularly see Newbold's that are released. 04:20.820 --> 04:27.240 So among the most commonly used balls, you can, for example, find the Arduino Nano, which is basically 04:27.240 --> 04:30.600 the same as we know that running on a much smaller board. 04:31.170 --> 04:37.680 You also have the Arduino Mir, which contains more hardware connectors and is a little bit more powerful. 04:38.240 --> 04:39.110 How do we know who know? 04:39.150 --> 04:45.810 Nano and Mir are the three most common boards you will find in many products, and then you have so 04:45.810 --> 04:50.940 many other bolts which contain specific functionalities for specific applications. 04:51.180 --> 04:54.300 So with all those bolts, why out you? 04:54.900 --> 04:57.030 Well, this is the most popular one. 04:57.330 --> 04:59.940 Easier to start and learn with and also with. 05:00.030 --> 05:07.080 And how do I make connections to start many projects, if you already have an amiable note that this 05:07.080 --> 05:12.780 is totally fine and this will work the same for you, and after this, if you have a different project 05:12.780 --> 05:19.220 and you find that another Arduino board would be more appropriate, then go ahead and get a new one. 05:19.890 --> 05:23.310 The original hardware and software are open source. 05:23.520 --> 05:30.660 You can find them on the Internet, for example, on websites such as GitHub and behind such a big open 05:30.660 --> 05:31.480 source project. 05:31.800 --> 05:34.930 You then also have a big open source community. 05:35.520 --> 05:39.380 This aspect is what makes Arduino great for your projects. 05:39.750 --> 05:42.260 You can easily share any project you have. 05:42.570 --> 05:49.380 Get feedback from more experienced users participating in other people's project, learn and discuss 05:49.380 --> 05:56.400 with many other people and find that we know is the most popular means that you would encounter even 05:56.400 --> 06:04.050 more projects and help using this board on the Internet to finish with the Arduino bode well. 06:04.110 --> 06:06.620 What can you actually find on that board? 06:07.140 --> 06:11.120 The first and most important thing is the microcontroller here. 06:11.610 --> 06:17.550 This way to run your code on the board and interact with the different hardware components you add to 06:17.550 --> 06:18.300 your secret. 06:18.930 --> 06:24.740 Then you have a USB port so that you can put it on and connect to the board, to your computer. 06:25.350 --> 06:27.540 You also get a DC Poljac. 06:27.540 --> 06:33.600 If you need external power supply, you should also have a push button on the board, which is named 06:33.600 --> 06:37.110 the reset button to restart your program. 06:37.650 --> 06:43.350 We will talk about this maldito indicus directly on the board that you have all the components to make 06:43.350 --> 06:48.900 the board run correctly, but you don't need to worry about those phone because that's not really important 06:48.900 --> 06:49.740 to get started. 06:50.280 --> 06:56.670 And last but not least, the hardware connectors to plug different hardware components on the Arduino, 06:57.030 --> 07:02.610 you get 14 digital things, six unappeased and some power pins. 07:02.880 --> 07:06.120 We're going to use those pins extensively during the course. 07:06.390 --> 07:11.130 And then I'm going to explain to you everything to know about them in the following sections. 07:11.580 --> 07:12.060 All right. 07:12.150 --> 07:13.740 That's pretty much it for the board. 07:14.100 --> 07:20.550 Notes that because Arduino is an open source project with open source hardware, then you can actually 07:20.550 --> 07:25.590 find many different Arduino boards produced by different manufacturers. 07:25.980 --> 07:32.910 Depending on the board, the color and layout may be different, but the pin layout and microcontroller 07:32.910 --> 07:33.750 don't change. 07:34.020 --> 07:36.450 So basically nothing changes for you. 07:37.050 --> 07:37.560 All right. 07:37.560 --> 07:44.010 Now, you should have a better idea of what Arduino is and is, not what you can do with it and what 07:44.010 --> 07:45.540 kind of boards you can use. 07:46.050 --> 07:50.520 This big picture will help you understand what you're doing during the course.