TET Student Projects
The TET group offers several projects under the course numbers L.048.98021, L.048.98022, L.048.98035:
- You should have deep knowledge of Electrodynamics as taught in the "Fields and Waves" and "Modeling and Simulation" courses. Also, it will help if you are interested in theoretical modelling and numerical simulations.
- If you want to do a project you have to register in Paul (any of the courses). Also, you need to write an e-mail to Mrs. Nina Prante :
- Include your name, student id and 1-3 preferred projects from the list below.
- Projects are done in groups of 2-3 students. If you want to work with someone specific, please let us know.
- If you would be able to do the project in German, please let us know.
- The number of project groups is limited and you will be noticed if and which project you can do.
- For projects based on CST Microwave Studio, it is compulsory to attend a one day workshop, where the basics are presented. We will announce the date, soon.
- There will be no prior meeting on the projects. Please contact the persons listed in the project list or Dr. Denis Sievers for more information.
List of offered projects
| Project 1: Parasitic Coupling of Film Capacitors (and Inductors) | |
| Suitable for: | Project work |
| Language: | German, English |
| Details: | |
| Previous knowledge: | Passed courses in Theoretical Electrical Engineering and CST course (if offered) |
| Supervisors, contact persons: | Dominik Schröder |
| Project 2: Material-Characterization using Waveguide Probes | |
| Suitable for: | Project work, MA thesis with further objectives |
| Language: | German, English |
| Details: | |
| Previous knowledge: | Passed courses in Theoretical Electrical Engineering and CST course (if offered), Python/MATLAB |
| Supervisor, contact person: | Dominik Schröder |
| Project 3: Evaluation of Step Size and Distance of a Near-field Source | |
| Suitable for: | Project work, MA thesis with further objectives (e.g. noise) |
| Language: | German, English |
| Details: | |
| Previous knowledge: | Passed courses in Theoretical Electrical Engineering and CST course (if offered), Python/MATLAB |
| Supervisor, contact person: | Dominik Schröder |
| Project 4: Probe Compensation of Near-Field Probes | |
| Suitable for: | Project work, MA thesis more complex |
| Language: | German, English |
| Details: | |
| Previous knowledge: | Passed courses in Theoretical Electrical Engineering and CST course (if offered), Python/MATLAB |
| Supervisor, contact person: | Dominik Schröder |
| Project 5: Fixed Dipole Methode Source Reconstruction | |
| Suitable for: | Project work, BA/MA thesis with further objectives |
| Language: | German, English |
| Previous knowledge: | Passed courses in Theoretical Electrical Engineering and CST course (if offered), Python/MATLAB |
| Details: | |
| Supervisor: | Dominik Schröder |
| Project 6: Evaluation of Wave Impedance for Different Test Objects | |
| Suitable for: | Project work, BA/MA thesis with further objectives |
| Language: | German, English |
| Previous konwledge: | Passed courses in Theoretical Electrical Engineering and CST course (if offered), Python/MATLAB |
| Details: | |
| Supervisor: | Dominik Schröder |
| Project 7: EMC Simulation of a Simple Buck Converter | |
| Suitable for: | Project work, BA/MA thesis with further objectives |
| Language: | German, English |
| Previous knowledge: | Passed courses in Theoretical Electrical Engineering and CST course (if offered), Python/MATLAB |
| Details: | |
| Supervisor: | Dominik Schröder |
| Project 8: Design and Analysis of Lithium Niobate on Insulator (LNOI) Waveguides: Mode Analysis Using COMSOL Multiphysics1 | |
| Suitable for: | MA student project |
| Language: | English |
| Previous knowledge: | Fields & Waves, Waveguide, experience or willingness to learn COMSOL Multiphysics, programming language (Python, MATLAB etc.) |
| Details: | |
| Supervisor: | Behnood Taheri |
