Module descriptions Bachelor degree course - Elektrotechnik ...

7 Design 2 *
Weekly Hours: 6
Credits: 6
Lectures: 4 SU, 2Ü
Assessment: See Study Plan
Aim:
� Knowledge of mechatronical constructional elements fundamental for mechatronics / precision
engineering
� Knowledge of approach to dimensioning and strength proof of mechatronical constructional
elements
� Knowledge of essential design rules for mechatronical constructional elements
� Knowledge in using a 3D-CAD-system for modelling of parts and assemblies and for creation of
drawings
� Ability to select mechatronical constructional elements according to the intended application, to
design and apply them within assemblies, and to create documents for production
Content:
� Basics of dimensioning of mechatronical constructional elements
� Substance-bonding, form-fit, and force-fit connecting elements
� Essential mechatronical constructional elements as axes/ shafts, bearings/ guides, springs, or
gearings
� Introduction into the application of a 3D-DAD-system
� Self-dependent work on design exercises using the acquired knowledges
Reading List:
� Schönherr, E.: Konstruktionstechnik-Arbeitsblätter (own script)
� Schönherr, E.: Arbeitsblätter Einführung in ein 3D-CAD-System (own script)
� Krause, W.: Konstruktionselemente der Feinmechanik, actual edition, Carl Hanser Verlag
München Wien
� Klein, M.: Einführung in die DIN-Normen, B.G. Teubner Stuttgart, Beuth Verlag Berlin
Workload:
It is expected that the average student will require 180 hours of study to acquire the necessary
knowledge and abilities. These hours can be divided as follows:
68 hours attendance of lectures and practical courses
40 hours regular study of the syllabus
46 hours preparation of exercises and private study
26 hours exam preparation
This is worth 6 credits.