All code needed to operate shake table inside shakeTableOperationCode. Specific tests for debugging are inside testCode. Include RTC-Lib to operate real-time clock Circuit diagram and Arduino Programs to build and operate an earthquake-simulating shake table.

An acceleration record was also taken by using a low-cost MPU6050 accelerometer module mounted onto the top plate of the shake table. The shake table was fixed on the ground to eliminate dynamic losses during the acceleration record. The obtained results can be interpreted as satisfactory considering the capabilities of the sensor module.

In Arduino projects, the accelerometer offers a wealth of data that you can turn into actions such as controlling the orientation of a robot or triggering alarms when certain acceleration limits are exceeded.

The MPU6050 can measure motion on 3 axes and communicates with Arduino using I2C or SPI, making it ideal for measuring acceleration and rotation. The ADXL345 is another popular accelerometer that features interrupt pins and is highly accurate with its 13-bit resolution. The use of sensors is fundamental in many advanced electronics projects.