Project, Bachelor's and Master's theses

Below you will find a list of advertised projects and work at the Institute.
The abbreviations at the beginning of the file name stand for the various modules to which the respective call for proposals relates.

As we cannot offer the projects as downloads, you must contact Johannes Adler personally.

VP - Bachelor project
BA - Bachelor thesis
MP - Master's project
MA - Master's thesis

Contact for further information:

Dipl.-Ing. Johannes Adler

Universität Bremen
Institut für elektrische Antriebe, Leistungselektronik und Bauelemente (IALB)
Otto-Hahn-Allee, NW 1
28359 Bremen

Tel.: 0421/218-62675

mailto:adlerprotect me ?!ialb.uni-bremenprotect me ?!.de

BA - Control of vehicle drives

Development of a modular simulation model to simulate the drivetrain of an electric vehicle.

BA - Control of an electrical machine

Development of a control system for the rotating field of the electric machine.

BA - SYRE simulation of automotive drives

Simulative comparison of different electric machines for use in an electric vehicle.

BA / MP - Claw-pole motor

Investigation and simulation of a claw-pole motor (can motor).

VP / BA - Determining the energy efficiency of electric drives

The requirements for determining energy efficiency are to be developed and documented as part of the work.

BA / MP - Winding design software/toolbox

Development of a tool for the design and visualization of windings of electrical machines.

MA / MP - Marine drives on a DC bus

Simulation of a modular marine propulsion system in MATLAB-Simulink.

MA / MP - MMC and pumped-storage power plant

Simulation of a variable-speed pumped-storage power plant with a synchronous generator and a multi-level converter.

MA / MP - Analysis of Pumped-storage power plants with DFIG

Simulation of a variable-speed pumped-storage power plant with a double-fed asynchronous generator.

MA / MP - Analysis of the vibration behavior of electrical machines

Developement of a calculation tool for analyzing the vibration behavior of rotating electrical machines.

MA / MP - Sustainability of synchronous machines

Investigation and comparison of the sustainability of
synchronous machines by means of life cycle analyses.

MA / MP - Numerical calculation

Numerical calculation of the air gap field of an
induction machine using FEM.