Ali Asghar Al Qamari

• Designed architecture for advanced power electronics systems, optimizing performance, efficiency, and reliability across various applications. • Developed and maintained system requirements with traceability in IBM Rational DOORS and Polarion, ensuring alignment with industry stan‑ dards and project specifications. • Supported product lifecycle management (PLM) by implementing APSICE, ISO, and Agile methodologies, ensuring compliance and streamlined processes.

• Development of system functions and concepts for DC/DC converters and DC/AC inverters for an electric vehicles and other various applications. • Elicitation, analyzing, documentation and managing of all customer requirements according to legal and internal standards. • Developing system and its individual discipline’s (mechanical, electrical and software) architecture and specification ensuring fulfilment of customer requirements.

The study involved a detailed comparison between a two‑level Voltage Source Inverter (VSI) and a T‑Type multilevel inverter, focusing on additional machine losses due to time harmonics. The comparison utilized Space Vector Pulse Width Modulation (SVPWM) and Field‑Oriented Control (FOC) algorithms. In this setup, the inverter and the Finite Element Method (FEM) model of the machine were implemented in ANSYS Twin Builder, while SVPWM and FOC algorithms were managed within Simulink.

• Technical research on axial flux machines as well as comparison to radial flux machine in terms of efficiency and performance. • Support for the further development of a vehicle simulation environment for electrically driven vehicles with MATLAB/Simulink. • Data Visualization and Analysis on Power BI and Python.

1. Established contacts with the future students, housing agencies and authorities and supported our students to prepare their stay in Germany. 2. Support student in their academic and administration issues.

1. Performing engineering calculations to support product selection. 2. Provide design and specialization development support to consultants and clients. 3. Project application, planning and management. 4. Testing, commissioning and integration of various low voltage systems at different projects. 5. Managing project timeline and handling project documents (MS Office).

CGPA: 1.8

CGPA: 1.3