Abstract
In 2020, SarsCov2 pandemic imposed severe restrictions for practical student courses. In our course on chemical engineering one topic is corrosion and corrosion protection. However, lock-down prohibited regular laboratory work where students could acquire their own experimental data. As a workaround, the simulation of electrochemical experiments on corrosion systems provided data, which allowed the illustration of basic corrosion principles and further evaluation and discussion. For that purpose, a Pspice(C) electrical circuit simulation environment has been chosen.This contribution presents specifically designed electrical circuit models for electrochemical processes. Their combination to larger equivalent circuits for the whole system can deliver realistic and individual data for the students. With this software students learn about the components of an electrochemical cell and their behavior similar to a real experiment. Figure 1
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