The course focuses on machine tools and industrial robots as integrated parts of production systems for discrete manufacturing of components. The course aims to analyse the performance of the equipment during continuous operation. The course is divided into two parts of equal extent.
The first part of the course focuses on lectures that give an extensive presentation of the configurations, subsystems and control of machine tools and industrial robots, and their design, manufacturing and operation principles. This is shown for subtractive machining processes and it is explained how measuring techniques can be used to optimise the operation of machines or to improve the design.
The second part focuses on laboratory work. There are four practical labs where students will measure kinematics, statics, dynamics and thermoelasticity induced errors of machine tools or robots, followed by a computer-based laboratory session to visualise and quantify the positioning precision for the machines based on the practical labs.