Hammad Khan

- Automated Test bench setup and HiL Environment creation for Porsche AG. - Developing and testing Advanced Driver Assistance Systems (ADAS) for automobiles. - ADAS ECU functional testing: Test plan, execution, report creation, and diagnostic testing automation.

- Performed manual tests based on test specifications. - Documentation of identified defect patterns using the defect management tool. - Commissioning of the installation of Porsche Automotive setups.

- Working as an Application Engineer in the Paper and Advance Material business unit. - Using advanced methods via ISRA products to inspect the quality and the surfaces of the material. - On-site and remote technical support to improve product quality and production efficiency. - Starting up, commissioning, and customer maintenance training of Isra Vision systems on-site. - Providing routine scheduled and emergency service for installed systems. - Adjusting and setting up user interfaces according to client requirements. - Working with ISRA Vision systems: Surface master, Paper master, Web-break monitoring, SMASH.

Working in the R&D department. - Training and classification of datasets from various industries (including Automobiles) using deep learning methods.

- Labeling the lip sync of models with the OpenFace and Blender software. - Validating and improving the documentation of the TASCAR software Toolbox (Toolbox for interactive virtual acoustic simulation) for creating and presenting an audiovisual virtual reality. - Creating Python-based machine learning methods, and performing real-time classification with a trained network/algorithm by sending feature vectors via a network using the OSC protocol.

Investigating the influence of the lateral brazing angle on the wetting behavior during reflection-assisted laser beam soldering of flange joints with ZnMg-coated surfaces

Department: Materials and Welding Technology - Assistance in conducting experiments for developing a laser melt injection (LMI) process for high-conductive copper alloys. - Measured characteristic features of hard-particle layers, that were generated by LMI, with the help of an image processing software. - Used both a light microscope and a confocal laser microscope to analyze metallurgical cross-sections and the surface properties of different samples from LMI. - Measured optical roughness of samples.

Tutoring Atomic Molecular Physics with Prof. Dr. Walter Neu