3D Field Simulation of Electronic Assemblies [M213]
Basics of 3D EM simulation: 1D-, 2D-, 2.5D-, and 3D simulation tools; Generation of fields and waves, field formation and propagation in/across multilayer PCBs: Fields around signal traces, fields between power planes, radiation from signal traces and power planes; EMC measures; CAE/CAD practice.

Selection of Electric Motors for Different Applications [E629]
Characteristics and operational behavior of different types of motors, operating characteristics in open and closed loop control.

Drive Applications in Automation Technology [E604]
Composition and structure of automation systems, drive types in automation, encoders, communication, drive dimensioning, laboratory experiments with drives from different manufacturers.

Application Oriented Methods of Numerical Signal Processing [E624]
Description of the transmission behavior of technical processes using transfer functions and differential equations. Transition from differential equations to difference equations using z-transform. Sampled time series analysis using Fourier transformation, correlation and power density. Identification of parameters for technical processes for single and multivariable systems. Determination of process parameters by using smoothing parabolas. Design and implementation of digital filters with different characteristics. Computer-based exercises on the topics covered.

Analog Circuit Design [E3G622]
Basics of Analog Circuit Design, Circuit Calculation Methodologies, Computational Circuit Analysis with SPICE, Analog Electronic Components, Operational Amplifiers, Analog Signal Processing, Ma-nufacturing of Integrated Analog Circuits.

Dimensioning of Electrical Drives [E616]
Fundamentals of kinematics, presentation of kinematic diagrams. Fundamentals of kinetics with calculation of the mass moment of inertia of technically applied bodies. Calculation methods for determination of drive power and torque of applications such as traction drive, spindle drive, rotary table and piston pump drive. Selection of appropriate motor types and sizes for specified applications. Dimensioning of DC smoothing capacitors and the braking resistance of frequency converters in the generator mode. Computerized selection of motors for specified applications.

Design of Circuit Boards and Devices [E3G416]
Approach to product development, passive and active components, design and manufacture of printed circuit boards & assemblies, heat management and cooling, reliability/quality, safety devices, electromagnetic interference, personal and environmental protection.

(Labwork: Getting familiar with a PCB CAD/CAE system and its functional elements.)

Image Processing [M242]
Methods of image processing and their application in practice.

Blended Intensive Program - Internet of Things [E3G639]
Fundamentals of IoT technologies regarding IoT devices, IoT specific communication protocols and IoT platforms including container technologies, artificial intelligence and machine learning. Design of IoT solutions, programming of embedded systems in C and use of suitable toolchains for efficient, reliable and scalable project implementation.

Digital Image Processing [M106]
Image, noise, orthoimage, types of filters, transformations, similarity, objects, optical setup, illumination, resolution, camera

Vocational Training Course [E901]
Independent processing of a project in an operational environment with expert guidance.

Vocational Training Course Seminar (with Presentation) [E902]
Acquisition and application of presentation techniques, as well as getting in contact with the first companies.

Device Simulation [M210]
Methods of device simulation and their application in practice.

Bus systems in automation technology [E3G606]
Architecture and functionality of communication systems in automation technology.

Business Management - right of co-determination [S102]
Introduction to industrial law, including both the individual and collective aspects as well as training in managerial functions for dealing with employees.