Institute
Henning Konermann
M.Sc.
Henning Konermann
Research Scientist
- Room: 107
- Phone: +49 241 80 27862
- Email: Henning.Konermann@lfb.rwth-aachen.de
Curriculum Vitae
| Apr 2024 – Present |
Research Scientist, Chair of Imaging and Computer Vision, RWTH Aachen |
| Oct 2021 – Mar 2024 | M.Sc. Electrical Engineering, Information Technology & Computer Engineering, RWTH Aachen |
| Sep 2022- Mar 2023 | Internship in Driver Assistance Systems and Innovative Control at Porsche Engineering, Bietigheim-Bissingen |
| Oct 2021 – Jul 2022 | Research Assistant, Institute for Communication Engineering, RWTH Aachen |
| Oct 2018 – Sep 2021 | B.Sc. Electrical Engineering, Information Technology & Computer Engineering, RWTH Aachen |
Research Field
Computer Vision in Retinal Interfaces through Deep LearningThesis Topics
Publications

Training-Free Stimulus Encoding for Retinal Implants via Sparse Projected Gradient Descent
In: 2026 IEEE International Conference on Image Processing (ICIP), S. 1--6, IEEE

Anatomical effects of ablation of the anterior retina in small animal eyes
In: BMC Ophthalmology 26 (1), S. 184



Dataset for Cross-Device and Cross-Subject Consistency Evaluation in Visual Fixation Prediction
In: IEEE Dataport, IEEE Dataport


Academics
Mathematical Methods in Electrical Engineering: Supervision and organization of small group exercises and global exercise representation
Completed and ongoing theses
2025
- Tom Merten: Development and Comparison of Real-Time Camera Systems for Use in VR-Based Retinal Implant Evaluation (Bachelor's Thesis)
- Aleksandre Kandelaki: Evaluation and Optimization of Superpixel-Based Downsampling for Perception-Oriented Stimulation Simulations (Interdisciplinary Project in cooperation with Computer Vision Group at the Technical University of Munich)
- Chourouk Abdelmoula: Development and Evaluation of a Test Procedure for Investigating Image Processing Algorithm Preferences in the Virtual Simulation of Retinal Implants (Bachelor's Thesis)
- Vivien Hou: Student assistant in the field of virtual patients — realized through virtual reality
- Eric Christfreund: Investigation of Optimal Transport with Wasserstein Metrics for Improving Semantic Preservation in Retinal Implants (Master's Thesis in Cooperation with the Computer Vision Group at the Technical University of Munich)
- Ibrahim Ait el Hend: Optimization of Cost Functions of Deep Neural Networks for the Quality of Phosphenes Generated by Visual Prostheses Using Preference Ratings (Master's Thesis)