Graduates of the Master Program Embedded Systems Engineering (ESE) are in a position to understand the design of integrated electronic systems and analyze and optimize the challenges and problem statements within these systems out of a holistic approach. They are familiar with central concepts of hardware design, software design and control theory and are capable to implement, amongst others, the optimization of integrated systems, the reduction of component sizes as well as production costs taking into account interdependencies. The graduates also master aspects of reliability and performance elevation of complete systems and are parallel able to identify complexity aspects und technical uncertainty factors and solve them with a methods-oriented approach.
The skills acquired in the master program involve a unique combination of circuit- and systems design, system theory, state-of-the-art material science, as well as radio-frequency electronics and state-of-the-art analysis procedures and process signal theories. Those abilities are supported by necessary competences concerning the product development process and the multidisciplinary methods and innovation process knowledge.
