1) Study and Experiments with 4 wheeled mobiles robot (3 Hours).
2) Study and Experiments with 3 wheeled robot (3 Hours).
3) Study and Experiments with hex crawlers (3 Hours).
4) Study and Experiments with four legged mobile robot (3 Hours).
5) Study and Experimental study of on road mobile robot (3 Hours).
6) Study and Experimental study of biped mobile robot (3 Hours).
7) Study and Experimental study of flying robot (3 Hours).
8) Study and Experimental study of underwater robot (3 Hours).
9) Study and Experimental study of pick and place mobile platform (3 Hours).
10) Simulation study of mobile robot (3 Hours).
11) Study and Experiments with sensors used in mobile robots(3 Hours).
12) Experimental study of floor cleaning robot (3 Hours).

1) To impart basic knowledge and importance on Mobile Robotics in Engineering Fields among the students.

2) To impart knowledge on flying robots.

3) To impart knowledge on biped robots.

4) To impart knowledge on underwater robots.
5) To impart knowledge on other sensors in robotics fields.

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

1) To have basic knowledge and importance on Mobile Robotics
2) To design flying robots
3) To design biped robots.
4) To design underwater robots.
5) To use sensors in robotics fields.

Luc Jaulin, Mobile Robotics, Kindle Edition , 2025

Mordechai Ben-Ari (Author), Francesco Mondada (Author), Elements of Robotics, Kindle Edition , 2025