Design and implementation of experimental training board multi-medical sensors for educational purposes

Learning educational boards are one of the most significant devices in the education of students in universities. This technique, considered for the particular creation of the experimental setting, enables students to learn basic skills quickly and attain successful careers. This paper designs and tests an educational training board to educate students how to set-up the equipment in medical systems. The educational training board consists of many sensors and actuators like electrocardiogram (ECG), heart rate, motion processing unit (MPU), servomotor, DC motor, relay, and ultrasonic sensor (UUS). In addition, to record data and appearance information techniques, there is a mini oscilloscope and LCD. The experimental results were successfully used by 87 students to motivate learners and apply a variety of medical sensor applications. The difference ratio of the educational boards’ depending on the opinions of the students is about 8.3%. The educational training board has been aimed at actual experiments. This work has generally involved the progress of an experimental system for several courses to address inadequacies in the teaching of medical sensors. Therefore, this board is an opportunity to teach students to monitor and record signals and learn to avoid mistakes during work and operation.