Module Catalogue for Academic Year 2024-25

The range of elective modules available in a given year is dependent on staff availability (influenced by illness, sabbaticals, retirements and resignations). You will be given notice of the available options ahead of making module choices. However, there may be circumstances in which we may need to make changes to our courses.

It may not be possible to take a specific combination of modules due to the modules clashing on either the teaching or exam timetable. The exam timetable will be available at the beginning of the Autumn term before you make your module choices.

MSc Future Power Networks

Please read the selection procedure here.

Module CodeModule TypeTermModule Title
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Lecturer(s)
ELEC70044
CompulsoryAutumn Smart Grid And Data ScienceProf Goran Strbac; Dr Fei Teng 
ELEC70064
CompulsoryAutumn Selected Topics in Power SystemsDr Fei Teng; Dr Balarko Chaudhuri 
ELEC70088
Compulsory Laboratory in FPNDr Yunjie Gu 
ELEC70100
Compulsory  Individual Research Project in FPN 
ELEC70006
OptionalSpring Design of Linear Multivariable Control SystemsDr Imad Jaimoukha 
ELEC70047
OptionalAutumn HVDC Technology and ControlDr Balarko Chaudhuri; Dr Adria Junyent-Ferre 
ELEC70048
OptionalAutumn Probability and Stochastic ProcessesDr Cong Ling 
ELEC70074
OptionalSpring Power System Dynamics Stability and ControlProf Bikash Pal 
ELEC70075
OptionalAutumn Power System EconomicsProf Goran Strbac 
ELEC70076
OptionalSpring Sustainable Electrical SystemsProf Goran Strbac; Dr Elina Spyrou 
ELEC70086
OptionalSpring Topics in ControlDr Imad Jaimoukha; Dr Giordano Scarciotti; Dr Fei Teng 
ELEC70087
OptionalSpring Stability of Low-Carbon Power SystemsDr Adria Junyent-Ferre; Dr Balarko Chaudhuri; Dr Yunjie Gu 
ELEC70091
OptionalAutumn Stability and Control of Non-linear SystemsProf David Angeli 
ELEC70092
OptionalAutumn Systems Identification and LearningProf Thomas Parisini; Dr Fei Teng 
ELEC70098
OptionalAutumn OptimisationProf Alessandro Astolfi 
ELEC70099
OptionalSpring Electric Vehicle TechnologiesDr Philip Clemow 
ELEC70112
OptionalSpring Models for Techno-Economically Optimal Power System ExpansionDr Elina Spyrou; Prof Mark O'Malley 































Programmes

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