Programmes and Modules


Modules for EE 3rd Year MEng Management Stream

Module CodeModule TypeRuns
Next
Year?
Predicted
Teaching
Mode
*Key below
TermModule Title
Select for details
Lecturer(s)
 Business School
BUSI96011
(BS0853)
CompulsoryYesAutumn Accounting Online
BUSI96010
(BS0852)
CompulsoryYesAutumn Entrepreneurship Online
 EEE Module List
ELEC96003
(EE3-01)
OptionalYesAutumn Analogue Integrated Circuits and SystemsProf Chris Toumazou; Dr Pantelis Georgiou 
ELEC96008
(EE3-03)
OptionalYesMMAutumn Communication SystemsProf Thanassis Manikas 
ELEC96010
(EE3-07)
OptionalYesMMAutumn Digital Signal ProcessingProf Patrick Naylor 
ELEC96009
(EE3-09)
OptionalYesRSAutumn Control EngineeringProf Alessandro Astolfi 
ELEC96023
(EE3-10)
OptionalYesRSAutumn Mathematics for Signals and SystemsProf Pier-Luigi Dragotti 
ELEC96026
(EE3-12)
OptionalYesRAAutumn OptoelectronicsProf Richard Syms 
ELEC96017
(EE3-13)
OptionalYesRSAutumn Electrical Energy SystemsDr Balarko Chaudhuri; Dr Fei Teng 
ELEC96005
(EE3-16)
OptionalYesRAAutumn Artificial IntelligenceProf Jeremy Pitt 
ELEC96007
(EE3-17)
OptionalYesMMAutumn Communication NetworksDr Javier Barria 
ELEC96024
(EE3-18)
OptionalYesMMAutumn Microwave TechnologyProf Stepan Lucyszyn 
ELEC96006
(EE3-21)
OptionalYesRSAutumn Biomedical ElectronicsDr Pantelis Georgiou; Dr Timothy Constandinou 
ELEC96031
(EE3-23)
OptionalYesRAAutumn Machine LearningDr Krystian Mikolajczyk; Dr Deniz Gunduz 
ELEC96020
(EE3-02)
OptionalYesSpring InstrumentationDr Christos Papavassiliou 
ELEC96011
(EE3-05)
OptionalYesSpring Digital System DesignDr Christos Bouganis 
ELEC96002
(EE3-08)
OptionalYesSpring Advanced Signal ProcessingProf Danilo Mandic 
ELEC96001
(EE3-11)
OptionalYesSpring Advanced Electronic DevicesDr Kristel Fobelets 
ELEC96027
(EE3-14)
OptionalYesSpring Power ElectronicsProf Paul Mitcheson 
ELEC96028
(EE3-19)
OptionalYesSpring Real-time Digital Signal ProcessingDr Adria Junyent-Ferre 
ELEC96019
(EE3-22)
OptionalYesSpring High Level ProgrammingDr Tom Clarke 
ELEC96018
(EE3-24)
OptionalYesSpring Embedded SystemsDr Edward Stott 
ELEC96033
(EE3-25)
OptionalYesSpring Deep LearningDr Krystian Mikolajczyk; Dr Carlo Ciliberto 
ELEC96034
(EE3-27)
OptionalYesSpring Principles of Classical and Modern Radar SystemsProf Thanassis Manikas 
ELEC96032
(EEB-01)
CompulsoryYesSpring Managing Engineering ProjectsMrs Esther Perea 
 Imperial Horizons
http://www3.imperial.ac.uk/horizons
 Project or Placement
ELEC96012
(EE3-DPRJ)
CompulsoryYesSummer E3 (EM) MEng Group ProjectDr Steve Wright 
ELEC96029
(EE3-IP)
OptionalYesSummer Third Year Industrial PlacementMrs Esther Perea 

Term(s), Clashes and Prerequisites

Projected 4th year Term(s), Clashes and Prerequisites

*Predicted Teaching Modes
MM Multi-mode: Timetabled, live classes. Book and attend in person, or stream online.
RS Remote synchronous: Timetabled classes streamed live, online-only.
RA Remote asynchronous: Pre-recorded for watching online in your own time.


Labs: To attend practical lab classes in person you will need to book. You can also choose to do your lab activity remotely.


Find out more about the teaching modes: here


Teaching modes: key features
Multi_Mode (MM)Remote Synchronous (RS)Remote Asynchronous (RA)
Timetabled      Y      Y      N
In class      Y      N      N
Booking required      Y      N      N
Given live      Y      Y      N
Recorded      Y      Y      Y
Streamed via Teams      Y      Y      N
Face mask required      Y      N      N
Supported by remote synchronous problems classes      Y      Y      Y