Engelska Studiehandboken Kurser/instution

LULEÅ TEKNISKA UNIVERSITET

Computer Science, Electrical Engineering

DENNA SIDA FINNS OCKSÅ PÅ SVENSKA

General information about studying at Luleå University

Courses given in English

Sort order: Course code

Name Course
Adaptive Systems SMR031
Advanced Industrial Electronics SME059
Algorithms SMD087
Applied Nonlinear Control SMR032
Applied programming SMD060
Artificial Neural Networks SMD081
Artificial Neural Networks SME063
Automatic Control SMR017
Automatic Control SMR035
Automatic Control SMR037
Automatic Control Systems SMR001
Automatic Control, Project Course SMR018
Basic Course in Electronical Engineering SME020
Basic Course in Electronics SME057
Basic Electronics and Measurement SME055
Circuit Theory SME034
Circuit Theory and Electronics SME056
Communication Networks SMD076
Communication Theory SMS016
Compiler Design SMD002
Computation Structures SMD098
Computer Aided Electronic Design SME052
Computer Architecture SMD037
Computer Architecture SMD077
Computer Introduction SMD071
Computer Networks SMD068
Computer Networks SMD088
Computer Project SMD086
Computer Science SMD084
Computer Science Project course SMD091
Computer Science, Advanced course SMD061
Computer Science, Advanced course SMD062
Computer Science, Advanced course SMD063
Computer System Management SMD083
Computer-Controlled Systems SMR011
Data Structures SMD073
Digital Architecture for VLSI SMD075
Digital Structures on Silicon SMD099
Digital Transmission Systems SMS015
Diploma Thesis SMD047
Discrete-time Signal Processing SMS023
Electronica in Digital Circuits SME064
Electronics and Electrical Measurements SME030
Electronics I SME051
Electronics II SME007
EMC Technology SME062
Estimation Theory SMS024
Functional Programming SMD001
Functional Programming SMD090
High Frequency Electronic Systems SME015
Human-Computer Interfaces SMD045
Identification SMR012
Imperative Programming SMD011
Imperative Programming SMD012
Imperative Programming SMD038
Imperative programming and a program project SMD044
Imperative Programming in Modula-2 SMD072
Imperative Programming in Modula-2 SMD085
Industrial Electronics, Project course SME037
Industrial Image Analysis SME053
Informatics SMD052
Information and Coding Theory SMS004
Information Technology SMR033
Information Technology SMR036
Instrumentation SME004
Interactive Systems SMD100
Introduction to Optical Fiber Communications SME011
Logic Design SMD033
Logic Design SMD069
Logic Programming SMD054
Master Thesis SMX020
Master Thesis SMX021
Measurement and Instrumentation SME054
Mechatronics SME061
Motors and Controls SME006
Multi-dimensional Signal Processing and Image Processing SMS022
Multimedia Systems SMD074
Network security SMD102
Networking Project SMD080
Object Oriented Programming SMD023
Object Oriented Programming SMD101
Object Oriented Programming SMD104
Operating Systems SMD005
Optimal Control SMR013
Processor/Software Interface SMD066
Processor/Software Interface SMD082
Program Construction SMD056
Programming SMD026
Programming Language Theory SMD055
Programming Languages SMD067
Programming Project SMD057
Project in Computer Engineering SMD079
Project in Software Technology SMD078
Project in Software Technology SMD089
Reactive Programming SMD006
Reactive Programming SMD065
Reactive programming SMD103
Robotics SME001
Robotics, project course SME036
Robust Control and Multivariable Systems SMR034
Signal Processing Project SMS019
Signals and Systems I SMS020
Signals and Systems II SMS021
Software Engineering SMD064
Software Engineering SMD095
System Programming SMD097
Telecommunication Systems SMS005
Telemechatronics SME065
Ultrasound technology SME058

Further information International.Office@adm.luth.se
Last modified 97-06-09 by Jan Lindberg
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