The instrumentation that is implemented in industrial processes currently has a large number of functions, due to the robustness and intolerance to failures that must show during its continuous operation.This characteristic raises the costs of these elements by reducing their possibility of being acquired by institutions dedicated to teaching instrumentation and control, such as; universities or technical education institutes.This problem limits the access of students to adequate technical training, which increases the gap between the industry and the academy.Some partial solutions are implemented through different software that allows an approach to industrial-type instruments through simulations; however, these do not yet contemplate all the variables that can be presented in practice.An alternative solution to this topic is proposed in this article, which shows a methodology to emulate the behavior of different actuators that can be had in practice using embedded systems.Keyword -