Engelska Studiehandboken Kurser/instution/kod

LULEÅ UNIVERSITY OF TECHNOLOGY

Computer Science, Electrical Engineering

DENNA SIDA FINNS OCKSÅ PÅ SVENSKA

General information about studying at LuleåUniversity

Courses given in English

Sort order: Course name

Course Name
SMD001Functional Programming
SMD002Compiler Design
SMD005Operating Systems
SMD006Reactive Programming
SMD011Imperative Programming
SMD012Imperative Programming
SMD023Object Oriented Programming
SMD026Programming
SMD033Logic Design
SMD037Computer Architecture
SMD038Imperative Programming
SMD044Imperative programming and a program project
SMD045Human-Computer Interfaces
SMD047Diploma Thesis
SMD052Informatics
SMD054Logic Programming
SMD055Programming Language Theory
SMD056Program Construction
SMD057Programming Project
SMD060Applied programming
SMD061Computer Science, Advanced course
SMD062Computer Science, Advanced course
SMD063Computer Science, Advanced course
SMD064Software Engineering
SMD065Reactive Programming
SMD066Processor/Software Interface
SMD067Programming Languages
SMD068Computer Networks
SMD069Logic Design
SMD071Computer Introduction
SMD072Imperative Programming in Modula-2
SMD073Data Structures
SMD074Multimedia Systems
SMD075Digital Architecture for VLSI
SMD076Communication Networks
SMD077Computer Architecture
SMD078Project in Software Technology
SMD079Project in Computer Engineering
SMD080Networking Project
SMD081Artificial Neural Networks
SMD082Processor/Software Interface
SMD083Computer System Management
SMD084Computer Science
SMD085Imperative Programming in Modula-2
SMD086Computer Project
SMD087Algorithms
SMD088Computer Networks
SMD089Project in Software Technology
SMD090Functional Programming
SMD091Computer Science Project course
SMD095Software Engineering
SMD097System Programming
SMD098Computation Structures
SMD099Digital Structures on Silicon
SMD100Interactive Systems
SMD101Object Oriented Programming
SMD102Network security
SMD103Reactive programming
SMD104Object Oriented Programming
SME001Robotics
SME004Instrumentation
SME006Motors and Controls
SME007Electronics II
SME011Introduction to Optical Fiber Communications
SME015High Frequency Electronic Systems
SME020Basic Course in Electronical Engineering
SME030Electronics and Electrical Measurements
SME034Circuit Theory
SME036Robotics, project course
SME037Industrial Electronics, Project course
SME051Electronics I
SME052Computer Aided Electronic Design
SME053Industrial Image Analysis
SME054Measurement and Instrumentation
SME055Basic Electronics and Measurement
SME056Circuit Theory and Electronics
SME057Basic Course in Electronics
SME058Ultrasound technology
SME059Advanced Industrial Electronics
SME061Mechatronics
SME062EMC Technology
SME063Artificial Neural Networks
SME064Electronica in Digital Circuits
SME065Telemechatronics
SMR001Automatic Control Systems
SMR011Computer-Controlled Systems
SMR012Identification
SMR013Optimal Control
SMR017Automatic Control
SMR018Automatic Control, Project Course
SMR031Adaptive Systems
SMR032Applied Nonlinear Control
SMR033Information Technology
SMR034Robust Control and Multivariable Systems
SMR035Automatic Control
SMR036Information Technology
SMR037Automatic Control
SMS004Information and Coding Theory
SMS005Telecommunication Systems
SMS015Digital Transmission Systems
SMS016Communication Theory
SMS019Signal Processing Project
SMS020Signals and Systems I
SMS021Signals and Systems II
SMS022Multi-dimensional Signal Processing and Image Processing
SMS023Discrete-time Signal Processing
SMS024Estimation Theory
SMX020Master Thesis
SMX021Master Thesis

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