Faiz Haider Khan

Successfully led the software test team of High-Performance Controller (HPC) project known as ICAS1 (In-Car Application Server) for Volkswagen ID.3 in cooperation with Continental as a part of Volkswagen MEB program.

- Increased production software's quality by developing automated test scenarios to verify the adaptive AUTOSAR modules, namely Diagnostic, Secure Diagnostics (VW specific), Platform Health Management, Persistency, and UNECE cybersecurity requirements. - Successfully delivered the SW for the commercial launch of VW ID.3 by completing test coverage and verifying hundreds of bug tickets in an automated fashion.

Worked in a multicultural IoT team responsible for developing industrial indoor localization system for industry 4.0. Thesis grade: 1.3 - Developed a simulation framework (Python) for modeling and identification of noise sources such as clock synchronization, antenna group delay, position- dependent offset, error by positioning estimator etc. - Designed a two stage filtering strategy, an adaptive Kalman filter for noise removal and Particle filter for tracking the object.

- Supporting the team by assuring software quality for new features and maintaining current products. - Supporting the software test by test driven as well as behavior driven implementation of software components. - Performing manual and automated tests on the basis of test runs and explorative testing. - Creating test cases, performing test runs, supporting test automation and working as a part of a Scrum development team. - Creating virtual machines and supporting in their maintenance.

- Analysis, Modeling and Simulation of Communications Networks - Broadband Communications - Multimedia Communications - Signal Processing - Filtering - Communications System Lab - Reliability of Communications Network

- Microwave Engineering - Antenna Design - Digital Signal Processing - Communications Network - Analogue Communication System - Digital Communication System - Microprocessor Design