Robust control represents an important aspect of control theory for practical implementation. It provides information on whether the transient responses of linear control systems decay quickly. This is crucial in real systems where significant changes in operating conditions occur, such as in a crane with variable rope length or load mass, as well as in an aircraft flying at different speeds and altitudes. "Robust Control" by Jürgen Ackermann presents the latest methods for robustness analysis. Design tools (parameter space methods, performance vector optimization) are introduced and applied to the control of practical mechanical systems from automotive and aerospace engineering. The primary audience is engineers in electrical engineering and mechanical engineering.