Knowledge of modelling of kinematic multibody systems on the Personal Computer.Design of simple models for mechatronic systems and robotics.Calculation of the linear and non linear behavior of different components of mechatronic systems.Check of the feasibility of concepts of automation.Design of drive modules for mechatronic fuctions.

The automation of production lines will be dealt as interdisciplinary topic. The course contains:- elementary elements of automatized systems- Chain of action: sensors, signalisation, control and closed loop control, power electronics, actors- Conception, description, computation, layout, design and simulation- Availability and reliability- Modern concepts

The bachelor's thesis is the culmination of the program. The students develop, enhance, and demonstrate their methodological abilities to independently tackle and solve a given research problem. The thesis furnishes the students with their first major research experience, and is a further development of the work done in the basis courses, and usually, the focused study.

Introduction to the job of the engineer in conception, planning, specification, and management of units and plants in mass production.Presentation of Process Oriented Analysis as a tool for the design of automated, interlinked production lines.Introduction to the development, production, and the commercial aspects of automated manufacturing plants, as a preparation for further courses in the

Einführung in Analyse und Programmierung von PC-basierten Mess-, Steuer- und Überwachungskreisen. - Schnittstellen für Sensoren und Antriebe. - Praxis in Programmierung und Inbetriebnahme einer Steuerung.

Basic knowledge on the manufacturing processes and applications of technical textiles. Insight into the properties of selected technical textiles. Basic knowledge on the combination of different methods and processes for achieving specific functions of textiles.

Overview of the requirements, methods, and solutions for mechatronic systems and components in the area of production machinery.Introduction to the practical applications of mechatronic systems (sensors, drives, control- and monitoring systems) in industrial manufacturing technology.Selection and specification of drive concepts and solutions.

Overview of the requirements, methods, and solutions for mechatronic systems and components in the area of production machinery.Introduction to the practical applications of mechatronic systems (sensors, drives, control- and monitoring systems) in industrial manufacturing technology.Selection and specification of drive concepts and solutions.

Process technology in the value added chains of textiles, electronics and building construction. Systematically approaches for environmental assessment, such as EMS, indicator systems, LCA and sustainability rating. Development of strategies for a sustainable processing in production and consumption, within technical and political frame conditions. Marketing and innovation of sustainable products.

The course will use neurochemical and anatomical methods to evaluate the consequences of the behavioural animal models which were developed in vivo.This course takes place after Modelling Behavioural Dysfunction (4 - 15 February 2008) in vivo on February 18, 2008.Prerequisite: Modelling Behavioural Dysfunction in vivo.

Overview of the basic properties of consumer & engineering plastics, of the manufacturing processes for parts made these materials.Special requirements on the machinery used in automated mass production facilities.Methods for the conception & design of production machinery, automatic conveying systems & production monitoring systems: Extrusion, injection molding, blow molding & melt spinning.

Knowledge of sensors and signal processing for monitoring and control in textile manufacturing systems. Basics of quality control according to ISO 9000 in textile-manufacturing plants.

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Overview on the manufacturing processes for fibers, yarns, & fabrics in apparel & home textiles, including the aspects of cost, productivity, & flexibility.Basics on the interaction of material properties, yarn structures, & the design of knitted & woven fabrics, relating to the properties of the finished fabric.Industrial realization of a fabric as exercise. Intro to test & quality control.