Computational Physics

This modern concept of Computational Physics is used to solve scientific, technological and industrial problems by computer modelling of mathematical and statistical models describing physical phenomena. Currently, the Python programming language facilitates the creation of prototypes and models based on mathematical and artificial intelligence foundations, as well as allowing the development of a visual environment to present conclusions graphically.

Computational Physics I

Computational Physics

Computational Physics I

Understand and develop mathematical and computational models to analyse the concepts of physical phenomena associated with the problems posed in classical mechanics concerning the motion of bodies.

Computational Physics Lab I

Computational Physics

Computational Physics Lab I

Develop mathematical and computational models, to present the results in Jupyter Lab forms of the laboratory activities associated with the proposed experiments on the classical mechanics of the motion of bodies.