Our people
Learn about the knowledge and expertise our team members contribute to the Centre for Future Power and Energy Research.
Research Areas:
Power Systems, Renewable Energy. & Smart Grid
Research Areas:
Power Systems & Sustainable Energy
Research Areas:
Electronics & Renewable Energy
Research Areas:
Microcontroller & Renewable Energy
Research Areas:
Fluid mechanics, Thermofluids, Renewable & Sustainable Energy
Research Areas:
Smart Grid, Renewable energy, Optimisation
Research Areas:
Internet of Things (IoT) and networking
Programme Director BE(Hons) Engineering, Computer and Mathematical Sciences
Research Areas:
Networking & Optimization
Programme Director BCIS Engineering, Computer and Mathematical Sciences and Director of the Network and Security Research Laboratory
Research Areas:
Networking & Optimization
Research Areas:
Machine Learning, Artificial Intelligence, Optimization
Senior Lecturer Engineering, Computer and Mathematical Sciences
Research Areas:
Heat transfer & Thermodynamics
Visiting Scholars
Research Areas:
AI-based energy management systems, production and demand prediction, PV power collective self-consumption and smart grids
Visiting Scholars
Research Areas:
Implementation of data mining and machine learning techniques to solve and optimize real electrical problems
Our students
Rasool Peykarporsan
Started: October 2023
Topic: Application of machine learning and big data in converter control strategy- an effort towards stability enhancement
LinkedIn
Google Scholar
Leila Kamyabi
Started: August 2021
Topic: Anomaly detection for state estimation
LinkedIn
Google scholar
ResearchGate
Uchenna Emmanuel Edeh
Started: March 2023
Topic: Multi-Objective Optimization of Micro-Hybrid Renewable Energy System Using Multi-Objective adaptive particle swarm optimization Algorithm
LinkedIn
Google Scholar
ResearchGate
Babar Ejaz
Started: February 2023
Topic: Integration of Hybrid Renewable Energy System and Electrical Vehicles
LinkedIn
Avy Sheina
Started: October 2022
Topic: Fault Protection and Control Mechanism of LVDC Microgrid
LinkedIn
Hayder Al-Sarraf
Started: August 2021
Topic: The impact of irradiance fluctuation on the Solar Power tower performance
LinkedIn
Google Scholar
ResearchGate
Mehdi Moradian
Started: August 2021
Topic: Analytical investigation of using super-capacitors for circuit breaking phenomenon in DC Microgrids
LinkedIn
Google Scholar
Asaad Mohammed
Started: February 2019
Topic: Energy Management System for the Integration of Electric Vehicles in the Smart Grid
LinkedIn
Google Scholar
Researchgate profile
Uvini Perera
Started: August 2021
Topic:Oscillatory stability monitoring and control of the power grid with a high penetration of renewable energy sources using synchro phasor measurements
LinkedIn
Zaid Al-Tameemi
Started: November 2020
Topic: Development of Hierarchical Control Strategies for DC Microgrids Clusters
LinkedIn
Google Scholar
Barkha Parkash
Started: October 2020
Topic: An intelligent forecasting method for hierarchical load structure in a residential market
LinkedIn
Google Scholar
Aphrodis Nduwamungu
Started: May 2022
Topic: Control strategies and stabilization techniques for converters
LinkedIn
Google Scholar
Xin Lin
Started: April 2018
Topic: Modelling and Optimization of an Intelligent Home Energy Management System (HEMS) in Microgrid
LinkedIn
Google Scholar
Researchgate profile
Ifedayo Oladeji
Started: April 2018
Topic: Security Impact of Active Distribution Network (ADN) on the Future Grid Operations
LinkedIn
Google Scholar
Researchgate profile
Peter Makolo
Study period: February 2018 - June 2022
Topic: Dynamic inertia monitoring and optimization for modern grid flexibility
LinkedIn
Google Scholar
Researchgate profile
Nicholas Mukisa
Study period: February 2018 - August 2021
Topic: Energy Business Initiative for Distributed Solar Photovoltaic Systems Adoption in Developing Countries: A Case of Uganda
LinkedIn
Google Scholar
Researchgate profile
Current projects
We conduct research in the design of robust control systems, efficient power converters, electric drives, and wireless power transfer systems using state-of-the-art technologies to ensure the stability and reliability of the power grid.