Final Theses

On this page you will find a list of available final thesis topics as well as current and past thesis projects. If you do not find what you are looking for, please contact Dominic Kupfer.

If you are interested in one of the topics listed, please contact the relevant supervisor. Due to high demand and the background knowledge required to successfully complete a final thesis in our department, final theses are offered only to students who have taken modules in our department (Electric Power Systems module (EES) is excluded). Depending on the project, students may need to fulfill certain module requirements. When submitting your request to the supervisor, please also include a list of the courses you have taken at our department.

Further final thesis topics can be found in ISIS.
Here is a list of topics from the other academic chairs in the faculty. You should also read the information about writing a final thesis provided by the Faculty’s mentoring team.

Reproducibility of coin and test cell performance parameters

Supervisor: Paul-Martin Luc, M.Sc.| BA students| Student: Fabio Buchwald | Year: 2021

Further information

Development of a method for the production of reproducible lithium-ion batteries in coin cell format

Supervisor: Paul-Martin Luc, M.Sc.| MA students | Student: Simon Bauer | Year: 2021

Physical interpretability of online estimated battery parameters

Supervisor: Steven Neupert, M.Sc.| MA students | Student: Jannik Kunzel | Year: 2021

Model-based state variable determination for Li-ion accumulators via online parameter estimation algorithms

Supervisor: Steven Neupert, M.Sc.| MA students | Student: Josef Fendt| Year: 2020

Impedance-Based State-of-Charge Estimation for High Power Lithium-Ion Cells in Hybrid Vehicles

Supervisor: Steven Neupert, M.Sc.| MA students | Student: Ezequiel Glassermann | Year: 2020

Simulation of an automatic characteristic map creation for online operation in an battery management system

Supervisor: Steven Neupert, M.Sc.| MA students | Student: Yuqing Liang | Year: 2020

Process Analysis of Zinc-Air Batteries by Impedance Spectroscopy

Supervisor: Robert Franke-Lang, M.Sc.| MA students | Student: Adriel Santoso | Year: 2020

Modeling and simulation of zinc-air accumulators

Supervisor: Robert Franke-Lang, M.Sc.| BA students | Student: Patrick Rössler | Year: 2020

Further information

Evaluation of computationally optimized algorithms for online parameterization of equivalent circuit models for lithium-ion batteries

Supervisor: Steven Neupert, M.Sc.| MA students | Student: Xia Lyu | Year: 2019

Influence of cell inhomogeneities on lithium plating on lithium-ion cells

Supervisor: Julian Marscheider, M.Sc.| BA students | Year: 2019

Influence of formation on lithium plating on lithium-ion cells

Supervisor: Julian Marscheider, M.Sc.| BA students | Year: 2019

Further information

Electrochemical impedance spectroscopy and modeling of lithium metal coin cells

Supervisor: Dennis Meiling, M.Sc.| BA students | Student: Mohammad Hammad | Year: 2020

Investigation of different methods to reduce plating effect

Supervisor: Julian Marscheider, M.Sc.| MA students | Student: Nils Bötcher | Year: 2019

Evaluation of new aging parameters using cyclic aging measurements on cylindrical lithium-ion batteries

Supervisor: Pablo Korth Pereira Ferraz, M.Sc.| BA students | Student: Philippa Scharpmann | Year: 2019

Further information

Final Theses

Past final theses

Reproducibility of coin and test cell performance parameters

Development of a method for the production of reproducible lithium-ion batteries in coin cell format

Physical interpretability of online estimated battery parameters

Model-based state variable determination for Li-ion accumulators via online parameter estimation algorithms

Impedance-Based State-of-Charge Estimation for High Power Lithium-Ion Cells in Hybrid Vehicles

Simulation of an automatic characteristic map creation for online operation in an battery management system

Process Analysis of Zinc-Air Batteries by Impedance Spectroscopy

Modeling and simulation of zinc-air accumulators

Evaluation of computationally optimized algorithms for online parameterization of equivalent circuit models for lithium-ion batteries

Influence of cell inhomogeneities on lithium plating on lithium-ion cells

Influence of formation on lithium plating on lithium-ion cells

Electrochemical impedance spectroscopy and modeling of lithium metal coin cells

Investigation of different methods to reduce plating effect

Evaluation of new aging parameters using cyclic aging measurements on cylindrical lithium-ion batteries

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