Abstract:
This coursebook is primarily intended for third-year students in the Electronics and Industrial
Computer Engineering program, but it also serves as a valuable resource for all future engineers,
regardless of their specialization. In the digital age, mastery of scienti c computing tools is
no longer con ned to a few specialized elds; it has become a transversal and indispensable
competency.
The objective of this work is to build a bridge between the fundamental mathematics taught in
the early years of engineering education and the concrete applications that constitute an engineer's
daily work. We started from the observation that many students perceive numerical methods as
an abstract discipline, when in fact they are at the heart of simulation, design, and optimization
of modern systems.
Although the concepts presented are universal, we have deliberately chosen to illustrate each
method with examples and case studies drawn from the feld of electronics and industrial computing. In addition to solved exercises that facilitate thorough understanding of the methods.
