Nabil Mohammed Email & Phone Number

Jeddah, Makkah, Saudi Arabia

✔️ Participating in leading research projects focused on advancements in modern power electronic-based systems.✔️ Investigating cutting-edge methodologies and innovative solutions in power electronics, grid-forming inverters, microgrids and grid integration to support the transition to a more sustainable and resilient energy grid.✔️ Addressing opportunities and challenges in the energy transition by ensuring scalable, reliable, and sustainable integration of renewables into grid… Show more ✔️ Participating in leading research projects focused on advancements in modern power electronic-based systems.✔️ Investigating cutting-edge methodologies and innovative solutions in power electronics, grid-forming inverters, microgrids and grid integration to support the transition to a more sustainable and resilient energy grid.✔️ Addressing opportunities and challenges in the energy transition by ensuring scalable, reliable, and sustainable integration of renewables into grid infrastructures.✔️ Collaborating with interdisciplinary teams to enhance the reliability and efficiency of renewable energy integration into modern power grids.✔️ Supporting the research team, PhD and Master’s students, contributing to their academic growth and advancing research in sustainable energy systems. Show less

Jeddah, Makkah, Saudi Arabia

✔️ Consultant in Power Electronics and Renewable Energy Systems.

Melbourne, Victoria, Australia

✔️Industry-Driven Research/Projects:• Project #1 (2023 - 2024): "Management of Oscillations in Australia’s National Grid ". This project is funded by the Australian Renewable Energy Agency (ARENA) and supported by Monash University, Powerlink and Australian Energy Market Operator (AEMO).• Project #2 (2023 - 2024): "Australian Research for Global Power System Transformation (Stage 3) Topic 1: Inverter Design ". This project is funded by the Commonwealth Scientific and Industrial… Show more ✔️Industry-Driven Research/Projects:• Project #1 (2023 - 2024): "Management of Oscillations in Australia’s National Grid ". This project is funded by the Australian Renewable Energy Agency (ARENA) and supported by Monash University, Powerlink and Australian Energy Market Operator (AEMO).• Project #2 (2023 - 2024): "Australian Research for Global Power System Transformation (Stage 3) Topic 1: Inverter Design ". This project is funded by the Commonwealth Scientific and Industrial Research Organisation (CSIRO ) and in collaboration with the Electric Power Research Institute (EPRI).• Project #3 (2021- 2023): "Stability Enhancement of Utility-Scale Renewable Energy Farms in Weak Grids". This project was funded by ARENA and supported by leading industry partners such as AEMO, ABB, and AusNet Services.• Project #4 (2022 - May 2023): "Australian Research for Global Power System Transformation (Stage 2) Topic 2: Analytical methods for determination of stable operation of IBRs in a future power system ". This project is funded by CSIRO and in collaboration with EPRI.✔️Industry-Driven Training (developing material and lecturing/demonstrating role):• Grid Forming Inverters Short Course.• Workshop: Grid Forming Inverters & PSCAD Modelling.• Grid Integration & GPS Studies of Renewables using PSCAD Short Course✔️Laboratory Demonstration:• ECE4055 - Power Electronic Applications Unit. • ECE3051 - Electrical Energy Systems.✔️Co-supervised a PhD student alongside two undergraduate students. Show less

Melbourne, Victoria, Australia

ECE5886 - Smart Grids Unit

Sydney, New South Wales, Australia

✔ Teaching, at the School of Engineering, the Practical Classes for the following courses:• Power Electronics course• Control Systems course

Sydney, New South Wales, Australia

✔ Participate with the CEO in planning different tasks related to the project✔ Co-supervise three industry internships:• Two master students from Central Queensland University.• One bachelor student from Macquarie University. ✔ Perform R&D Engineer duties such as:• Design, modeling, and simulation of control techniques for power converters focusing on affordable PV systems and microgrids.• Modeling of intelligent energy management systems, • Synchronization of… Show more ✔ Participate with the CEO in planning different tasks related to the project✔ Co-supervise three industry internships:• Two master students from Central Queensland University.• One bachelor student from Macquarie University. ✔ Perform R&D Engineer duties such as:• Design, modeling, and simulation of control techniques for power converters focusing on affordable PV systems and microgrids.• Modeling of intelligent energy management systems, • Synchronization of microgrids with the utility grid considering various standards (IEEE STD 1547, AS 4777, IEEE STD 519). Show less

Sydney, New South Wales, Australia

✔ Design, modeling and simulation of single phase DC/AC power inverters. ✔ Implement different control techniques (current, voltage, droop and secondary) for power inverters.✔ Consider inverters operation in both grid-connected and islanded modes.

New South Wales, Australia

✔ Install and Commissioning of several residential solar system projects across NSW (Sydney, Port Macquarie, Grafton).

Johor, Malaysia

✔ Design and Implementation of Customized Electronic Circuits

Yemen

Principle teacher for the following courses:✔ Electric Drive Systems, ✔ Programmable Logic Controller (PLC).✔ Electrical Drawing. Responsible for the: ✔ Power Electronics Lab.

Syria

✔ Electrical Maintenance of Electrical Hoisting Systems

Doctor Of Philosophy - Phd, Power Electronics Engineering

Research: Techniques and Applications of Inverter-based Online Grid Impedance Estimation Attended Conferences: ✔ IECON 2020, Singapore. ✔.

Visiting Researcher, Electrical Power Engineering

✔Develop adaptive and accurate power sharing control strategy for power inverters operate in the islanded mode.

Visiting Researcher, Power Electronics

✔ Develop advanced monitoring function (grid impedance estimation) for grid-connected inverter systems.

Master'S Degree, Electrical Engineering, 3.95/4.0

Activities and Societies: Course Name: Master of Engineering (Automatic control & Mechatronics) Final CGPA: 3.95/4.0 (High Distinction).

Bachelor'S Degree, Electrical Power Engineering

Upon graduation, my final grade (the average over the five academic years) was the highest percentage score achieved ever since.

Secondary School, Scientific Section, 93.75%