In the field of Mechanical Engineering and Product Design, it is very important to optimize the models and materials, which means a reduction in the production cost.

To achieve this optimization from the structural point of view, traditionally there have been theoretical methods that have allowed a simulation of reality. One of the most significant methods is the Finite Element Method. For a practical use of this particular method, computers with enough computational power are required to solve the problems. One of the software packages that can perform this type of analysis is ANSYS. The set of exercises that are presented in this publication allow students gradually learn how to use this program. No previous experience is required.

The proposed exercises range from simple linear models to more complex solid models. They also use different types of structural elements and materials, so that the student is able to investigate their behaviour and find out which is the most appropriate solution for every application.

Based on different practical applications, the exercises of this publication pretend to be a very useful learning tool, both for students and for researchers who are working in mechanical applications of the Finite Element Method. The exercises are accompanied with lots of explanations and figures of the menus and dialog boxes. Each particular exercise provides detailed information for student to improve in the use of the software. Students will be able to think about how the program works and how to use ANSYS to solve any problem.

Some exercises consider some simplifying assumptions in order to approach the model to the real situation, and sometimes that depends on the limitations of the program and of the method.

To sum up, the aim of this electronic publication is to offer students one of the most useful tools in the field of Structural Engineering.