M. SIDIBEH

Recent graduate with an MSc in Electrical Power Engineering from Glasgow Caledonian University. Well-versed in MATLAB/Simulink, DigSILENT PowerFactory, and ERACS for power system analysis. Proficient in analytical problem-solving, evidenced by comprehensive research in HVDC technology, circuit breakers, and testing methods. Displayed adaptability in managing diverse installation scenarios and embracing varied academic subjects. Effective communicator through academic presentations and professional engagements. Member of IEEE and IET. Proficient in AC & DC transmission systems, power electronics, and control design for HVDC systems. Enthusiastic about enhancing substation reliability and performance. Ready to contribute to Hitachi Energy's HVDC initiatives as a dedicated and knowledgeable team collaborator.

• Effective Communication: Demonstrated excellent communication proficiency through academic presentations, team projects, and professional experiences, enabling seamless collaboration with cross-functional teams and stakeholders.
• Adaptability: Proven adaptability and flexibility, adeptly managing diverse installation scenarios as an Assistant Solar Energy Panel Installer and embracing a range of academic subjects during both Master's and Bachelor's degrees.
• Problem-Solving: Exhibited robust problem-solving abilities through comprehensive research and analysis of HVDC technology, circuit breakers, and testing procedures, contributing to successful projects as an Electrical Power Engineer and Test Engineer.
• Team Collaboration: Proven track record of collaborative engagement, facilitating effective teamwork and collective problem-solving across multidisciplinary projects.

• Advanced AC & DC Transmission Systems: Feasibility Study and Simulink Simulation-Based Dynamic Analysis and Control Design of VSC-Based AC Transmission System with Shunt Compensation for Improved Reactive Power Regulation in Flexible AC Transmission Systems for Offshore Wind Energy Management.
• Power Electronics: Enhancing HVDC System Performance through a Simulink Based Design Upgrade from a 6-Pulse to a 12-Pulse Rectifier System for Improved Substation Performance, including Harmonics Analysis, Rectifier Connection, Transformer Design, AC Line Filter Optimisation, and DC Side Inductor.
• Control and Operation of VSC-HVDC MMC Station: Investigating DC Fault Protection using Matlab/Simulink to evaluate effectiveness of a specialised protection circuit with double thyristor switches for secure and reliable HVDC transmission.
• HVDC Circuit Breaker Technologies: An Extensive Examination of Mechanical, Semiconductor, and Hybrid Designs Coupled with Series Inductors, IGBTs, and Metal Oxide Varistors using MATLAB/Simulink.
• Dynamic Analysis and Simulation of HVDC Power Reversal: Control Topology, Power Direction Switching, and Performance Assessment on a Symmetrical Monopolar 500 MW HVDC Test System with Advanced Control Strategies and Cable Parameters.
• HVDC Transmission Converters Systems and DC grids: A Matlab/Simulink Study on Integrating VSC within AC Networks. Investigating STATCOM Control for Optimizing Energy Transfer from Offshore Wind Farms to the Onshore Grid. Utilizing a designed VSC with DQ Reference Frame, Phase-Locked Loop, and PID Control Techniques.

• IEEE (Institute of Electrical and Electronic Engineers)
• IET (Institute of Engineering and Technology)

• Lifelong Learning: Actively engaging with IEEE Xplore Journals, webinars, and workshops to stay current with the latest developments in HVDC technology and power engineering.
• Dynamic Power Enhancement: Focusing on elevating HVDC system performance, optimizing substation protection, and refining circuit breaker strategies for utmost reliability and safety.
• High Voltage Substation Advancements: Dedicated to gaining expertise in HVDC and FACTS devices through participation in university visits and industry webinars. Aiming to contribute to innovative and efficient substation design and operations.