Modul 39-M-Inf-ASE-adv Advanced Autonomous Systems Engineering

Studierende erwerben fortgeschrittene theoretisch-methodische Kompetenzen im Bereich des Autonomous Systems Engineering, die zum Design, Implementierung und Evaluation autonomer Systeme notwendig sind. Nach Abschluss des Moduls sind Studierende in der Lage autonome technische Systeme zu entwickeln. Sie haben dazu fortgeschrittenes theoretisch-methodisches Wissen aus einem Teilbereich des Advanced Autonomous Systems Engineering (z.B. Sensorik, Robotik, Embedded Systems) erworben.

Students acquire advanced theoretical-methodical competences in the field of autonomous systems engineering, which are necessary for the design, implementation, and evaluation of autonomous systems. After completing the module, students are able to develop autonomous technical systems. For this purpose, they have acquired advanced theoretical-methodical knowledge from a subarea of Advanced Autonomous Systems Engineering (e.g. sensor technology, robotics, embedded systems).

Das Modul vermittelt vertiefende theoretische und methodische Kenntnisse notwendig für die Entwicklung autonomer Systeme. Zu den Lehrinhalten des Moduls gehören z.B. Veranstaltungen aus den Bereichen: software engineering, cognitronics, cognitive robotics, reconfigurable and parallel systems engineering, autonomous systems engineering, sensorics, robot manipulators, control theory, mobile robots, model driven software and systems engineering, embedded systems. Die konkreten Lehrinhalte des Moduls werden durch die vom Studierenden gewählten Veranstaltungen festgelegt. Die Wahl aus dem dafür ausgewiesenen Lehrangebot erfolgt nach persönlichem Interesse.

The module provides in-depth theoretical and methodological knowledge necessary for the development of autonomous systems. The teaching content of the module includes, for example, courses from the areas of software engineering, cognitronics, cognitive robotics, reconfigurable and parallel systems engineering, autonomous systems engineering, sensorics, robot manipulators, control theory, mobile robots, model-driven software and systems engineering, embedded systems. The specific teaching content of the module is determined by the courses chosen by the student. The choice from the designated range of courses is made according to personal interest.

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