Most of engineering may be traced back to engineering mechanics, which serves as both a basis and a framework. Engineering mechanics, as well as the subfields of civil, mechanical, aeronautical, and agricultural engineering, are heavily grounded in the study of statics and dynamics. The electrical components of a robotic device or a manufacturing process are just one part of the puzzle, and even electrical engineers must sometimes examine the mechanical aspects of these systems before moving on to the electrical ones. Developing this visualising capacity that is crucial to problem formulation is a main focus of every mechanics education. Building a meaningful mathematical model is sometimes a more valuable learning experience than solving the resulting problem. The most progress is gained when both the concepts and their limits are studied in tandem with engineering practise.