Course Catalog 01/02
Mechanical Engineering
Sort order:
Course code
Courses given in English
Name
Course
MTF308
MTM105
Advanced Course in Mechanical Computer-Aided Engineering
MTM095
Advanced FEM
MTM104
Advanced Fluid Mechanics
MTM038
Analytical Mechanics
MTF001
Antennas
MTF086
Applied Machanics (M)
MTM097
Applied Mechanics (M)
MTM098
Applied mechanics in the paper- and pulp industry
MTM045
Applied Quantum Physics
MTF074
Applied Surface Characterization
MTF087
Astrophysics and Cosmology
MTF076
Atomic and Molecular Physics
MTF070
Basic Technology
MTM505
Basic Technology
MTM506
Cartesian Tensors
MTM103
Computational Geometry
MTM041
Computational Methods in Mechanics (F)
MTM081
Computational Methods in Mechanics (M)
MTM021
Computer Introduction
MTF079
Computer Introduction
MTM088
Continuum Mechanics
MTM060
Design project
MTM438
District Heating Technology
MTM439
Electromagnetic Field Theory
MTF056
Elementary Physics
MTF501
Elementary Physics
MTF503
Energy Engineering
MTM431
Energy Plant and Systems Engineering
MTM044
Experimental Methods
MTM033
Final Degree Project
MTM460
Finite Element Method
MTM025
Fluid Mechanics
MTM082
Force and Motion II
MTF306
Fuels, Combustion and Gasification Technology
MTM029
Heat and Air Conditioning Systems
MTM437
Heat and Mass Transfer
MTM023
Hydraulics and Pneumatics
MTM091
Hydraulics I
MTM024
Hydraulics II
MTM018
Hydromechanics
MTM052
Hydropower Technology III
MTM452
Integrated Product Development
MTM061
Internal Combustion Engines
MTM080
Introduction to Technology
MTM032
Introduction to Technology and Design
MTM441
Machine Elements, advanced course
MTM102
Machine Elements, basic course
MTM090
Master Thesis
MTF200
Mechanical Computer-aided engineering
MTM089
Mechanical Vibrations
MTM065
Mechanical Vibrations, continuation course
MTM093
Mechanical Waves
MTM074
Mechanics
MTF008
Mechanics for Bachelor Programs
MTF429
Mechanics II
MTF055
Modelling of Engineering Materials
MTM099
Modern Physics
MTF009
Nuclear Engineering
MTM079
Optics
MTF059
Optics
MTF082
Optics
MTF304
Particle and Nuclear Physics
MTF071
Physical Optics
MTM070
Plasmas
MTF085
Plates and Shells
MTM026
Quantum Physics
MTF067
Quantum Physics for EEIGM
MTF057
Quantum Physics II
MTF073
Research Methods I
MTF080
Simulation of Dynamic System
MTM096
Sirius - Creative Product Design Process
MTM077
Solid State Physics
MTF064
Statistical Mechanics and Thermodynamics
MTF072
Strengt of Materials, Solid Mechanics and Machine Elements
MTM100
Strength of Materials, Solid Mechanics and Machine Element
MTM101
Strength of materials, supplementary course
MTM092
Strength of materials, supplementary course II
MTM094
Technical Optics
MTM071
Technical Optics, part 1
MTM072
Theory of Relativity
MTF066
Thermal Turbomachines and Steam Boilers
MTM039
Thermodynamics
MTF305
Thermodynamics
MTF430
Thesis
MTM050
Thesis
MTM445
Tribology
MTM043
Turbo Machinery
MTM436
Turbomachinery and hydraulic turbines
MTM450
Wave Propagation in Structures
MTM066
Waves
MTF093
Waves and antennas
MTF084
Waves and plasmas
MTF083
Waves and Thermodynamics
MTF090
Further information:
International office
Valid for the academic year 01/02.
Web Editor:
Karin.Lindholm@dc.luth.se
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In Swedish
LULEÅ UNIVERSITY OF TECHNOLOGY
University Campus, Porsön, 971 87 Luleå. Tel. +46 (0) 920-91 000, fax +46 (0) 920-91 399
Last edited 2001-12-17
