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Dr. MD Shah

Associate Professor, Smart Power Systems Engineering

Campus

Mt Helen Campus

Biography

Dr Rakibuzzaman Shah is an associate professor in Smart Power Systems Engineering. He has extensive experience working with and consulting for DNOs and TSOs on various projects, including collaborative work on projects such as the EPSRC project on Multi-terminal HVDC, HOME Offshore: Holistic Operation and Maintenance for Energy from Offshore Wind Farms, and Scottish and Southern Energy Multi-infeed HVDC.

Rakibuzzaman's primary focus has been on the dynamic impact of integrating new technologies and power electronics into large systems. He was among the first group of researchers outside the USA to work on large-scale PV integration and stability issues in power systems, and his work was recognised as one of the five special session papers in 2010 IEEE PES GM.  

Rakibuzzaman has over 178 international publications, with 91 journal papers in the core power and energy area (85% of which are Q1/D1 journals). His research interests include future power grids, including power system dynamics, power electronic converter control, renewable energy integration, energy storage and demand response, community energy, and power system security. He has supervised 12 HDR students to completion in power and energy systems, data mining in power systems, demand response, and AI-based condition monitoring. 

Fields of research

  • Electrical energy transmission, networks and systems
  • Electrical energy generation (incl. renewables, excl. photovoltaics)
  • Photovoltaic power systems

More about Rakibuzzaman

Resources Engineering and Technology Group

Rakibuzzaman is part of the Resources Engineering and Technology Group, which is a cross-disciplinary team with strengths in geotechnical and hydrogeological engineering, condition monitoring and mechatronics, modelling, mining and resources engineering.
  • Publications

A Compact Generalized Switched-Capacitor MLI with a Modified Single-Carrier PWM Scheme for Transformerless PV Interfacing

Prescriptive Decision-Making in Nested Bi-Level MO-IGDT Model for Integrating Parking Lots into Local Multi-Carrier Energy System

Providing ancillary services by aggregated distributed energy resources of active distribution systems for the upstream grid: A critical review

Impact of EV charging scheduling and demand side management on overall load profile: An Australian case study

An Advanced Quadratic Boost Converter with Low Voltage Stress Devices for Renewable Energy Sources

Network Representative Model for MV Distribution Grid by a Combination of Network Reduction and Time Aggregation

Enhanced Level Shifted Carrier-Based PWM Technique for Improving the Performance of T-type NPC Inverters