An automated piano, in general, is a robot that controls piano instrument keys automatically. We will need to use a range of hardware tools, such as solenoids, to complete this project, as well as develop a specific Java software interface for it. The inspiration to create a robot that could play the piano by itself was when there was this beautiful instrument sitting idle in public places without anyone playing it. After conducting a few searches on comparable projects on this topic, there were some drawbacks to the existing piano robot. The majority of them either did not operate successfully because they were simple piano robots or because they were too slow to perform famous fast piano music, also having an overheating problem. Last but not least, they were costly projects. There is a noticeable gap between comparable projects and our intended goal to achieve since our objectives were to perform masterpieces on the piano quickly and with accuracy. Avoid committing the same errors that others made in their projects. As a result by utilizing the robot design process and computer engineering skills to implement multiple parallel connections and the use of 65 solenoids that can push and also work with 36 volts, as well as many experiments and practical tests, fascinating outcomes were obtained because this piano robot has the speed to move 31 solenoids one after the other in only one second using Arduino Mega, which makes it faster than the world record by fastest pianist hitting the piano keys. In conclusion, the new piano robot is faster, cheaper, and more reliable as compared with the ones available in the Keywords: [ Piano Robot, Solenoid, Arduino, Hardware, Java]
