Ali Hasan Al-Hijji

A dynamic and innovative Electrical and Electronics Engineering graduate equipped with a robust academic foundation and extensive practical expertise in power systems, renewable energy, and electronic circuit design. Proven ability to analyse complex engineering challenges, deliver effective solutions, and collaborate seamlessly within multidisciplinary teams. Driven by a passion for sustainable energy innovation and eager to leverage skills and knowledge to make a meaningful contribution to Shell’s Graduate Programme and its global energy initiatives.

Final Year Project: Three-Phase Grid-Forming Converters

• Designed and simulated grid-forming converters essential for maintaining voltage and frequency stability in microgrids.
• Evaluated converter integration with renewable energy sources and electric vehicle infrastructure, aligning with evolving smart grid technologies.
• Conducted extensive simulations under various operational scenarios to ensure robust control strategies using MATLAB/Simulink.

Lab-Based Coursework

• Successfully created and simulated complex 3D electronic circuits involving microcontrollers and sensor systems.
• Conducted rigorous testing, assembly, and troubleshooting of PCB-based circuits, enhancing practical problem-solving skills.
• Completed practical laboratory experiments focused on power electronics, signal processing techniques, and digital control systems.

• Analytical and critical thinking applied to engineering solutions.
• Effective communication of complex technical concepts clearly and concisely.
• Strong team collaboration and reliability in high-pressure environments.
• Proactive learner, adaptable to new technologies and methods.

• First Place, Swansea University Micromouse Competition – Recognized for expertise in embedded systems, autonomous navigation, and sensor integration.
• Awarded first place in a poster competition at Swansea University's Open Day for the project title "The Complex Design and Implementation of Micromouse", receiving excellent feedback from field experts and the general public.

• Sustainable energy technologies and innovative renewable energy solutions.
• Technical documentation, engineering communications, and knowledge dissemination.
• Active participation in technical competitions, collaborative projects, and engineering workshops.