Module codes

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ELT3/GET3

Electrical Engineering 3 [E2G103]
Energy and power with AC voltage, three phased alternating current, power generation and power supply systems, generators, transformers, electric drive systems / motors.

EMS

Electrical Machines [E2G404]
Theory of DC machines, basics of three-phase machines, three- and single-phase asynchronous motors, standard and permanent-field synchronous machines.

EMV

Electromagnetic Compatability [E2G420]
EMI Sources and interference models, EMC/EN-legislation &Specifications, test equipment and methods, Electro-magnetic spectra of digital pulses (Fourier), layout structures vs. EM fields and radiation, PCB design for low EMI, filters, shielding, cabling. Labwork: EMC-Compliance measurements of Devices to CE-Standards (ESD, Burst, RF/GTEM Cell), experiments to EMI effects on printed circuit boards, effect of filters and shielding.

ENW

Energy Economics [E2G803]
primary-, secondary-, end- and effective energy, energy contents, reserves and resources, power and energy balance, time adjustable load profiles, standard load profiles, annual load curve, liberalized energy market, unbundling, responsibilities of grid operators, energy taxes

EPA

Project work [E2G242]
Independent work on a practical topic or in a special technical seminar with final presentation.

ES

Advanced Embedded Systems [W100]
Embedded System Design Process, Embedded system hardware, Structure and run time of embedded system software, Hardware/software partitioning and power consumption, Evaluation and validation, Development and test environments, Practical work with evaluation boards and sensors / actuators

EWE

Introduction to business ethics [S105]

- Developing an understanding of tensions between business and ethics
- Understanding the development of business ethics in a globalized economy
- Introduction to basics of contemporary moral philosophy in business
- Application of business ethics principles to a real world case study

FEL

Solid State Electronics [P102]
Physics of Semiconductors, Schrödinger equation, energy bands, carrier concentration and transport, pn junctions, photonic devices and sensors, bipolar transistors, MOSFET, technology, organic semiconductors, nanoelectronics.

FPE

Fundamentals of FPGA Design using VHDL [E2G613]
Design of complex digital system using hardware description languages (HDLs), Introduction to VHDL, design levels and design data flow architectures, process and structure, simulation and synthesis projects with FPGA target-systems.

FSY

Wireless Systems and Mobile Communication Technologies [E2G314]
Mobile wireless channels, wave propagation effects and models, fading, receiver concepts, antennas, system aspects: cellular concept, link budget, QoS in wireless systems, wireless network planning and optimization. Current examples of systems (IEEE 802.X, GSM / UMTS). Labwork: simulation and measurement of wireless systems (Physical layer and system level), air interface measurements.

FUT

Frequency Converters [E2G601]
Introduction, components of frequency converters, voltage source inverters, current source inverters, problems of inverter technology.

FVA

Advanced Analog Circuits [W106]
Advanced Analog Circuit Design, ADC- and DAC - circuits: Nyquist-/Oversampling-/Noise-Shaping converters,
dc and ac-converter parameters, converter modeling and simulation techniques
Noise in circuits, modeling and simulation,
OPAMP circuits: integrated

GDY

Fundamentals of Electrodynamics [E623]
Fundamentals (gradient, divergence, rotation), Maxwell's equations, stationary and static fields, quasi-stationary fields, electromagnetic waves.

GHM

Fundamentals of Higher Mathematics [E2G628]
Infinite sequences and series, convergence criteria, power series, Taylor series, trigonometric and Fourier series, interpolation via polynomials and cubic splines, introduction to vector analysis.

GLP

Basic Lab Work [E2G115]
Experiments in the fields of measurement technology and electronics. Part 1: Fundamentals of measurment technology, Part 2: Measurement technology with simple electronic circuits, Part 3: Complex electronic circuits.