Mohammad Abu-Ali

"Advanced Model Predictive Current Control Concepts for Permanent Magnet Synchronous Machines" - Development of advanced model predictive control (MPC) concepts for permanent magnet synchronous machines (PSMs) - Enabling real-time implementation of controllers through deep lerning based approximation schemes. - Embedded test bench implementation.

- Contribution to patent research and filing on Modular Multilevel Converter (MMC) - Development of cell-by-cell Pre-charge methodology for MMC - Optimizing cell capacitor design for Delta connected MMC - Develompment of cell-by-cell discharge methodology for MMC

Assistant tutor for the lab course of Simulation and Optimization of Mechatronic Drives. This lab deals with the modeling and control of DC and AC drives using Field Oriented Control as well as direct torque control schemes using MATLAB/SIMULINK.

I worked as a part of the developing team of the laboratory course "Simulation and Commissioning of Electrical Actuators". My tasks involved developing tests for parameter identification as well as the integration between hardware and software of the test bench.

* Assistant Course Grader : Responsible for grading assignment of several courses (C Programming, General Physics, Electrical Circuits, Electronics, Electrical Machines and others) * Laboratory Experiments Developer: I worked thoroughly to design a new Control laboratory experiment where I was re sponsible for data collection, processing and results extraction. I worked also in revising several new experiments to make sure they are ready to be introduced to students.

Training and Internship program "Huawei Wireless Systems 3G 2G LTE & MW Implementation & Integration"

Focus on Control, Power Electronics and Mechatronic Drives: - Electrical Machines - Power Electronics - Simulation and Optimization of Mechatronic Drives - Simulation and Commissioning of Electrical Actuators - Advanced Control - Non linear Control - Model Predictive Control

Graduated with a first-class honours degree