Dipl.-Ing. Muhammad Noraiz Asif

Collaborating with OEMs like Daimler, Volvo, AUDI, and IVECO to integrate 48V BRM systems into vehicles, aligning product capabilities with customer needs. Leading defect resolution using 8D, JIRA, and Polarion, improving reliability and trust. Delivering technical reports, presentations, and on-site support while coordinating with cross-functional teams to enhance service quality and drive customer satisfaction.

Analyzed warranty claims and returned parts from customers, production, and testing to identify root causes and enhance product quality. Managed analysis scope, prepared project reports, and provided actionable insights. Coordinated defect resolution, maintained KPI databases, and communicated progress with stakeholders. Conducted business trips to provide on-site support, strengthening customer relationships and driving continuous improvement.

Key responsibilities included functional testing of automotive inverter PCBAs, preparing technical documentation for serial production and customers, and troubleshooting test systems. Ensured timely delivery of test results, planned test strategies, and directed project operations. Managed risks, tracked tasks for smooth test system operation, and collaborated with stakeholders to align with business requirements.

Conducted reliability testing of embedded power semiconductor MOSFETs. Developed test concepts and hardware benches for lifetime failure analysis under high stress. Designed HASS concepts using acceleration laws for power modules. Analyzed data to identify failure dependencies over time. Performed in-depth study of automotive electronics test standards, including AEC-Q-101.

Collaborated in designing and building a dedicated test and measurement setup for reliability characterization of automotive semiconductor devices (ASICs). Designed lab hardware including test boards and PCB layouts, and developed control software in LabVIEW. Conducted measurements at the test bench and evaluated results for performance and reliability.

-Power Systems -Medium and Low voltage technologies -Switching Technologies -Fundamental of Power Electronics -Power Electronics in High Voltage Grids -Power Electronics and Drives Systems -Generators and Large Drives -Power System Economics

-Power Generation -Transmission and Distribution -Power System Analysis -Renewable Energies -Power Electronics -Control Engineer -Electric Machines