TET Student Projects SoSe 2016
The TET group offers several projects under the course numbers L.048.28021, L.048.28022, L.048.28035:
- 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 three courses). Also, you need to write an e-mail to Mrs. Frau Claudia Hagemeier until April 19, 2016, 11:00:
- 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 your would be able to do the project in German, please let us know.
- The number of project groups is limited. Until Tuesday 22.04.2016 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 on April 29, 2016 9:00-16:30 (confirmed), where the basics are presented. Participants will receive a certificate.
- There will be no prior meeting on the projects. Please contact the persons listed in the project list or Prof. Dr. Förstner for more information.
List of offered projects
| Project A1: "Simulation of a Photonic Crystal Microcavity with CST Microwave Studio" | |
| group size: | 2-3 |
| Language: | English or German |
| Prerequisites | knowledge of CST Microwave Studio or participation at the CST workhop (see above) |
| Details: | |
| Supervisor: | Andrej Hein |
| Project A2: "Simulation of a Silicon waveguide based TE mode converter with CST Microwave Studio" | |
| group size: | 2-3 |
| Language: | English or German |
| Prerequisites | knowledge of CST Microwave Studio or participation at the CST workhop (see above) |
| Details: | |
| Supervisor: | Andrej Hein |
Project B1: "Design of plasmonic splitters/routers in 3D metal-insulator-metal waveguides" (using CST Microwave Studio)
additional prerequisite: basic MATLAB programming skills, knowledge of CST Microwave Studio or participation at the CST workhop (see above)
language: English only
group size: 1-3
details (PDF)
Project C1: "Optimization of the parallel memory access pattern of a FDTD simulation code"
additional prerequisite: C++ knowledge, interest in parallel programming with OpenMP or other framework
language: German or English
group size: 1-3
Project D1: "
Electromagnetic simulation of optical response of metal nanoparticles" (using COMSOL Multiphysics)
additional prerequisite: -
language: English
group size: 1-3
details (PDF)
Project D2: "
Modelling the dielectrical properties of random heterogeneous materials" (using COMSOL Multiphysics)
additional prerequisite: -
language: English
group size: 1-2
details (PDF)
Please contact the persons listed in the project list or Prof. Dr. Förstner for more information.
