Tema završnog rada izrada je igre pamćenja sparivanjem kartica na Arduino mikroupravljačkoj platformi. Igra je izrađena na Arduino UNO mikroupravljačkoj platformi, a isprogramirana pomoću Arduino IDE okruženja. Osim same Arduino platforme, koristio se RTC modul, LCD ekran, četiri LED matrična pokaznika (dimenzije 8x8) te pet tipkala. Programski kod sastoji se od dva glavna dijela. Prvi dio je postavljanje igre gdje se definira sve potrebno za igru (uključuju se biblioteke potrebne za funkcioniranje modula, definiraju ulazi i izlazi kao i varijable), a igrač odabire težinu pri čemu se na LED matričnim pokaznicima generiraju kartice generatorom pseudoslučajnih brojeva. Drugi dio je tijek igre gdje igrač tipkalima odabire po dvije kartice s LED pokaznika, a sustav provjerava jesu li te dvije kartice par. Igra traje dok igrač ne pronađe sve parove, nakon čega se ponovno pokreće. Igra je testirana te je ustanovljeno da nema nikakvih pogrešaka u radu, čime je utvrđena njena potpuna funkcionalnost – kako u smislu sklopovlja tako i programski.

The topic of this bachelor thesis is the making of a match-pairs memory game using the Arduino microcontroller platform. The game was made on the Arduino UNO microcontroller platform and compiled using Arduino IDE. In addition, an RTC module, an LCD screen, four LED matrices (with the dimension of 8 by 8) and five push buttons were used. The code is comprised of two main parts. The first part is the game setup where everything needed for the game is defined (the inclusion of the libraries needed for the modules to function, the definition of the inputs and outputs as well as the variables), and the player can choose desired game difficulty wherein the cards are generated on the LED matrices using a pseudorandom number generator. The second part is the game itself where the player chooses two cards on the LED matrices using the push-buttons and the system checks if the two cards are a pair. The game is over when the player finds all the card pairs, whereupon it restarts. The game was play-tested and no bugs were found, which leads to conclusion that the game is fully functional – in terms of hardware as well as software