1) Study and Experiments with ultrasonic sensors to measure distances.(3 Hours)
2) Study and Experiments with infrared sensors for measuring distances. (3 Hours)
3) Experimental study of Gyro sensors in automation industry. (3 Hours)
4) Experimental study of accelerometer in mechatronic system. (3 Hours)
5) Use of image sensor to recognize object. (3 Hours)
6) Study of laser sensor for measuring distances. (3 Hours)
7) Experimental study of metal sensor. (3 Hours)
8) Experimental use of touch sensor for automation industry. (3 Hours)
9) Experimental study of magnetic sensor in automation industries. (3 Hours)
10) Use of GPS in robotics and industrial application. (3 Hours)
11) Experimental study of pressure sensor used in industrial application. (3 Hours)
12) Use of optical sensor in industrial automation. (3 Hours)

1) To impart basic knowledge and importance on ultrasonic sensors in mechatronics and robotics fields.

2) To impart knowledge on infrared sensors.

3) To impart knowledge on touch sensors.

4) To impart knowledge on magnetic sensors.
5) To impart knowledge on other sensors in mechatronics and robotics fields.

At the end of the course, students will be able:

1) To apply ultrasonic sensors in mechatronics and robotics fields.
2) To apply infrared sensors in mechatronics and robotics fields.
3) To apply touch sensors in mechatronics and robotics fields.
4) To apply magnetic sensors in mechatronics and robotics fields.
5) To apply other sensors in mechatronics and robotics fields.

Jacob Fraden, Handbook of Modern Sensors: Physics, Designs, and Applications, Kindle Edition , 2025

Martin Novák, Introduction to Sensors for Electrical and Mechanical Engineers, Kindle Edition , 2025