KIT - IPQ - Teaching

Open Bachelor and Master Theses
Title	Supervisor
Integrated optical coherence tomography with 3D printed optical components	Christian Bremauer Prof. Dr. Christian Koos
Design and optimization of 3D freeform waveguides with machine learning	Yiyang Bao Prof. Dr. Christian Koos
Adaptive equalizers for coherent optical communication systems	Md. Mosaddek Hossain Adib, M. Sc. Prof. Dr. Sebastian Randel
Stable materials for high performance silicon-organic electro optic deviced	Dr. Adrian Mertens Prof. Dr. Christian Koos
Electro-optical packaged Silicon-Organic hybrid modulator	Dr. Adrian Mertens Prof. Dr. Christian Koos
Design and fabrication of a superconducting modulators	Dr. Artem Kuzmin Adrian Schwarzenberger M.Sc. Prof. Dr. Christian Koos
Setup and Analysis of a Real-time Terahertz Communication System	Patrick Matalla M.Sc. Prof. Dr. Sebastian Randel
Cryogenic photonic link for Qubit	Adrian Schwarzenberger M.Sc. Dr. Artem Kuzmin Prof. Dr. Christian Koos
Integrated turn-key Kerr soliton comb generator based on self-injection-locking and photonic wire bonds	Yung Chen, MSc Huanfa Peng, PhD Prof. Dr. Christian Koos
Multi-Plane Light Conversion for Mode Multiplexing	Jonas Krimmer, M. Sc. Prof. Dr.-Ing. Sebastian Randel
Integrated FMCW LiDAR source based on self-injection locked Kerr comb and photonic wire bonding	Yung Chen, MSc Huanfa Peng, PhD Prof. Dr. Christian Koos
Simulation, design and experimental demonstration of novel stabilization concepts for sensing applications	Christian Bremauer, M. Sc. Dr. Tobias Harter, Zeiss (tobias.harter@zeiss.com) Prof. Dr. Christian Koos
Real-time Digital Signal Processing for Optical Communication	Patrick Matalla, M.Sc. Salek Mahmud, M.Sc. Prof. Dr. Sebastian Randel
Coherent Free-Space Optical Communications	Jonas Krimmer, M. Sc. Prof. Dr.-Ing. Sebastian Randel
Quasi-CW SiNOHLasers	Alexander Kotz, M. Sc. Prof. Dr. Christian Koos
CC-SiNOHModulators	Alexander Kotz, M. Sc. Prof. Dr. Christian Koos
Optical time-division multiplexing transmitters	Christoph Füllner, M. Sc. Prof. Dr. Sebastian Randel
Solid-state light detection and ranging (LiDAR) System - Development of an optical phased array (OPA)	Stefan Singer, M. Sc. Prof. Dr. Christian Koos
Solid-state light detection and ranging (LiDAR) System - Characterization and design of active optical components	Stefan Singer, M. Sc. Prof. Dr. Christian Koos
Digital twin for photonic assisted digital-to-analogue converter (DAC)	Alban Sherifaj, M. Sc. Prof. Dr. Christian Koos
Active frequency and phase control for photonic assisted digital-to-analogue converter (DAC)	Alban Sherijaj, M. Sc. Prof. Dr. Christian Koos
Applications of Hybrid External-Cavity Lasers	Pascal Maier, M. Sc. Christian Bremauer, M. Sc. Prof. Dr. Christian Koos
Neural Network Pre-Distortion	Christoph Füllner, M.Sc. Prof. Dr. Sebastian Randel
Photonic Analog-to-Digital Conversion using chip-scale soliton frequency comb	Dengyang Fang, M.Sc. Daniel Drayß, M.Sc. Prof. Dr.-Ing. Christian Koos
Real-time implementation of a carrier recovery scheme for a digital coherent optical receiver	Salek Mahmud, M.Sc. Prof. Dr.-Ing. Sebastian Randel
Hybrid External-Cavity Lasers using Photonic Wirebonds	Pascal Maier, M.Sc. Yilin Xu, M.Sc. Prof. Dr. Christian Koos
3D-printed lenses for arrays of Radio-Frequency Superconducting Nanowire Single-Photon Detectors	Yilin Xu, M. Sc. Dr. Artem Kuzmin Prof. Dr. Christian Koos
Burst-Mode Digital Signal Processing for Coherent Passive Optical Networks	Md Mosaddek Hossain Adib, M. Sc. Prof. Dr. Sebastian Randel
DSP for High-Order Modulation Formats	Christoph Füllner, M.Sc. Prof. Dr. Sebastian Randel