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               Regarding actuators, which are transducers that convert electrical energy
               into  another  form  of  energy,  kits  usually  include  items  such  as  electric
               motors, servo motors, LED lights, or other types of displays.
               Microcontrollers are generally accompanied by software environments that allow
               the creation of programs, either through block-based programming or text-based
               coding, which can then be uploaded to the board.


               User guide for hands-on coding activities for varying skill levels

               Since there are various microcontrollers boards, in the following pages, we will
               only refer to some of them, aiming to convey general  logical concepts that, in

               practice, are considered applicable through each of the available resources.


               A board with integrated sensors and actuators, programmable using blocks


               Among the various boards available on the market, there are some particularly
               suitable  for  taking  the  first  steps  into  the  world  of  microcontrollers.  They  are
               designed to be used without necessarily having to build an electronic circuit
               with cables, connectors, and a breadboard. These boards already contain some
               integrated  sensors  and  actuators  and  often  come  with  a  block-based
               programming environment with online resources for step-by-step lessons.

               This makes initial approaches very straightforward, although it may be insufficient
               if you want to create more complex projects using generic sensors and actuators
               that are not immediately compatible. An example of such a board for starting
               from a basic level is the "Micro:bit" board from the BBC (https://microbit.org/new-

               microbit/). It comes integrated with an LED matrix, a microphone, touch sensors,
               buttons, a light sensor, accelerometer, and compass, along with various possible
               connections, including a USB port for providing electrical power and programming
               it via a computer.

               Additionally, alongside all of this, a website rich in educational resources has been

               created. It easily allows the use of ready-made lessons with video tutorials and
               provides several apps for programming the board.
















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                                         author(s) only and do not necessarily reflect those of the European Union or the European
                                         Education and Culture Executive Agency (EACEA). Neither the European Union nor EACEA can
                                         be held responsible for them. Proposal number: 101087107.

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