Abstract
Automatic control covers a wide range of topics from mathematics to processes and computers. A good control engineer must master a wide variety of concepts, techniques and ideas. In addition, he or she must be able to apply them to real industrial problems. Typical tasks include mathematical modeling, analysis, simulation, design and implementation. The ability to solve these problems rests heavily on a number of concepts such as feedback, stability and robustness. Since dynamics is a key feature, it is necessary for a control engineer to have a very good understanding of dynamical systems, and that he or she be able to consider such systems from many different views. To instantiate a design, it is necessary to have a good understanding of and insight into trade-offs and compromises.
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