Student assistants working with us on research projects and in the laboratory are always sought. Interested? Then simply send us an informal letter by e-mail with a brief description of your areas of interest and an attached CV, as well as a current overview of your courses and grades.

We are currently looking for:

Student Assistant (m/w/d) for the construction and installation of machine test benches

Student assistant (m/w/d) for the BaPoBs project

Student assistant (m/f/d) for test setups and data analysis for research projects in the field of energy storage

Student assistant (m/f/d) for experimental setups for internships on energy storage and electrical safety

Current topics are advertised here. But you can also always contact us directly. Simply send us an informal letter by e-mail with a brief description of your areas of interest and an attached CV, as well as a current current overview of your courses and grades.

Further information on theses can be found on the faculty website FK04 or on your faculty website.

Current Theses:

Development of a characterisation platform for wide bandgap Power MOSFETs

Characterisation of the dynamic equivalent parameters of novel High-frequency transformers for power electronics applications

Adaptation of an existing modular multilevel converter to the RTI system Plexim PLECS

Space Vector Modulation (SVM) in Modular Multilevel Converters (MMC)

Flexible loads Intelligent rules (FLAIR2)

Four quadrant chopper (4QC) as DC-source for an electrically excited synchronous machine (EESM)

Self learning flux observer of an electrical excited synchronous machine (EESM)

Analytic computation of optimal feedforward torque control strategies

Modeling and simulation of a Two-Mass-System of an electrical machine testbench

Inertia emulation control methods for DFIG-based wind turbines

Modeling and emulation of grid dynamics for stability analysis of renewable energy control systems

FRA measurements on rotating machines

Mechanical characterization of components of lithium-ion battery cells

Investigation of the interactions between mechanical deformation and lithium plating on 18650 battery cells

Analysis and structure of different cell topologies in modular multilevel cascade converter (MMCC)

BEEN-i: Bavarian Energy Efficiency Networks

Technology matrix: Battery technologies and competence providers in Bavaria

Lock-in in power engineering

Controllability of energy cells in a power supply converted to renewable energies

Heat transition

FRA Measurements on rotating machinery

We always offer student projects as part of our research activities. This applies in particular to the modules "Applied Research Project I" and "Applied Research Project II", which are offered in the master's degree in electrical engineering, as well as the laboratory project that is part of the bachelor's degree in "Electrical Engineering and Information Technology", "Electromobility" and "Renewable Energies” is offered. If you cannot find a suitable topic here, you can always contact us directly. Simply send us an informal letter by e-mail with a brief description of your areas of interest and an attached CV as well as a current grades overview.

For questions about open topics in other project modules such as the "Project on Electric Vehicle Drives" or the "Project on Renewable Energies", please contact the respective lecturer. Further information on the projects can be found in the respective module description of the FK04, e.g. available at the homepage of FK04 or your faculty.

Current project-work topics:

Machine Learning for Battery Aging prediction

Integration und Kopplung des Verkehrssektors in einem Simulationsmodell zur Auslegung von Energiezellen

Modellierung und Simulation von Energiezellen am Beispiel der Stadt Rosenheim

Modellierung und Simulation von P2X-Prozessen für die Auslegung von Energiezellen

Flexible loads Intelligent rules (FLAIR2)

Four quadrant chopper (4QC) as DC-source for an electrically excited synchronous machine (EESM)

Self learning flux observer of an electrical excited synchronous machine (EESM)

Analytic computation of optimal feedforward torque control strategies

Modeling and simulation of a Two-Mass-System of an electrical machine testbench

Inertia emulation control methods for DFIG-based wind turbines

Modeling and emulation of grid dynamics for stability analysis of renewable energy control systems

FRA measurements on rotating machines

Analysis and structure of different cell topologies in modular multilevel cascade converter (MMCC)

Are you interested in a degree that is closely tied to a specific research and development project and that is worked on over the entire duration of the degree? Then the "Research Master" or "Master of Applied Research in Engineering Sciences" is the right one for you.

You can start your studies in the winter and summer semesters.

Application period for the

• Winter semester: May 2nd to June 15th
• Summer semester: November 15th to January 15th

Here you will find the research projects and the contact persons, as well as information about the application.