Master, Bachelor and Student Theses
Title:
Programming user interfaces for graphical input and output for a 1D device simulator
Description:
In order to simplify the input of component structures (layer thicknesses, doping profile, material parameters, etc.) as well as the graphical output and processing of simulation results for the above-mentioned 1D device simulator, corresponding user interfaces are to be programmed in C++.
Requirements / Prerequisites:
– Basic knowledge of semiconductor electronics and great interest to further deepen this knowledge,
– Programming experience ( C++, Java),
– Self-initiative, high motivation as well as ability to work independently,
– Especially for topic 3: Very good knowledge in numerical mathematics.
Contact person:
– Prof. Göbel
– Dipl.–Ing. H.Siemund
Title:
Porting a 1D device simulator from C++ programming language to Java and programming user interfaces for graphical input and output.
Type:
Programming task
Description:
The above-mentioned 1D device simulator programmed in C++ is to be ported to the platform-independent language Java in order to make the simulator available, e.g., for supporting courses via the Internet. In order to enable the comfortable input of component structures as well as the output of simulation results, corresponding user interfaces are to be programmed in Java.
Requirements / Prerequisites:
– Basic knowledge of semiconductor electronics and great interest to further deepen this knowledge,
– Programming experience ( C++, Java),
– Self-initiative, high motivation as well as ability to work independently,
– Especially for topic 3: Very good knowledge in numerical mathematics.
Contact person:
– Prof. Göbel
– Dipl.–Ing. H.Siemund
Title:
Investigation of organic photovoltaic device layers
Type:
Laboratory work
Description:
This topic involves the creation of bulk-heterojunction organic solar cells through successive layer deposition via spincoating and thermal evaporation. Mechanical surface profiling should be used to investigate individual layer thickness and morphology, while complete solar cells are characterized electrically.
Requirements / Prerequisites:
– Basic knowledge of semiconductor electronics
– Knowledge of solar cell mechanics or interest and significant willingness to learn
– High motivation, diligence and capability to work independently
– Care in handling sensitive equipment
Contact person:
– Prof. Göbel
– M.Sc. Vincent Steininger
Title:
Adoption of an existing solar cell fabrication process for flexible substrates
Type:
Laboratory work
Description:
A preexisting process that creates solar cells on glass substrates ist to be adjusted for use on flexible PET-substrates (Polyethylene terephthalate). This will involve spincoating, thermal evaporation and electrical measurement of current-voltage characteristics.
Requirements / Prerequisites:
– Basic knowledge of semiconductor electronics
– Knowledge of solar cell mechanics or interest and significant willingness to learn
– High motivation, diligence, personal initiative and capability to work independently
– Care in handling sensitive equipment
Contact person:
– Prof. Göbel
– M.Sc. Vincent Steininger
Letzte Änderung: 27. July 2023