Programmes and Modules


Modules for EE 3rd Year BEng

Module CodeModule TypeRuns
Next
Year?
Predicted
Teaching
Mode
*Key below
TermModule Title
Select for details
Lecturer(s)
 Business School
BUSI96011
(BS0853)
OptionalYesAutumn Accounting Online
BUSI96004
(BS0820)
OptionalYesAutumn Managing Innovation
BUSI96008
(BS0850)
OptionalYesAutumn Managerial Economics Online
BUSI96010
(BS0852)
OptionalYesAutumn Entrepreneurship Online
BUSI96009
(BS0851)
OptionalYesSpring Corporate Finance Online
 EEE Module List
ELEC96014
(EE3-PRJ)
CompulsoryYes  E3 BEng ProjectDr Tom Clarke 
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)
OptionalYesSpring Managing Engineering ProjectsMrs Esther Perea 
 Imperial Horizons
http://www3.imperial.ac.uk/horizons

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