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LTH Courses

Faculty of Engineering | Lund University

Courses 2010/11 for F Programme

Engineering Physics ◄ 10/11 ►

Study Year 1 (Mandatory Courses)

Course Code Link to complete information about the course; study periods, programmes etc. Credits Cycle G1: Basic level
G2: Upper basic level
A: Advanced level 		S.Ex. stud. The course is suitable for incoming exchange students. Language Language of the course:
E: The course is given in English
E1: The course is given in English upon request
E2: The course may be given in English
S: The course is given in Swedish 		Course Name Foot­note Links KS: Course syllabus in Swedish
KE: Course syllabus in English
U: Archive with course evaluations
W: Course Web Page
T: Examination schedule 		  10/11
sp1		 10/11
sp2		 10/11
sp3		 10/11
sp4
F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions)
FMAA05 15 G1 - S Calculus in One Variable KS KE U W 56 56 0 0 122 56 42 0 0 122
FAFA25 9 G1 - S Wave Propagation and Introduction to Engineering Physics KS KE U W 32 28 18 0 90 6 14 0 0 50
FMA420 6 G1 - S Linear Algebra KS KE U W 42 28 0 0 90
FMA430 6 G1 - S Calculus in Several Variables KS KE U W 50 28 4 0 90
FMEA05 6 G1 - S Engineering Mechanics - Statics and Particle Dynamics KS KE U W 42 28 0 0 62 4 0 6 1 16
EDA017 9 G1 - S Programming, First Course KS KE U W 34 0 28 0 64 22 0 22 0 70
FAFA10 9 G1 - S Physics - Quantum Phenomena and Nanotechnology KS KE U W 28 12 21 20 159

Study Year 2 (Mandatory Courses)

Course Code Link to complete information about the course; study periods, programmes etc. Credits Cycle G1: Basic level
G2: Upper basic level
A: Advanced level 		S.Ex. stud. The course is suitable for incoming exchange students. Language Language of the course:
E: The course is given in English
E1: The course is given in English upon request
E2: The course may be given in English
S: The course is given in Swedish 		Course Name Foot­note Links KS: Course syllabus in Swedish
KE: Course syllabus in English
U: Archive with course evaluations
W: Course Web Page
T: Examination schedule 		  10/11
sp1		 10/11
sp2		 10/11
sp3		 10/11
sp4
F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions)
FMAF01 7 G2 - S Mathematics - Analytic Functions KS KE U W 42 28 4 0 130
FMEA20 6 G1 - S Mechanics - Dynamics KS KE U W 42 28 0 0 90
FMFF05 6 G2 - S Thermodynamics with Applications KS KE U W 28 28 12 0 32 0 0 8 28 64
FMAF05 7 G2 - S Mathematics - Systems and Transforms KS KE U W 42 28 4 0 90
FHL105 4.5 G1 - S Solid Mechanics, Basic Course KS KE U W 20 20 0 0 80
FRT010 7.5 G2 - E2 Automatic Control, Basic Course KS KE U W 30 30 12 0 128
FMFF01 3 G2 - S Vector Analysis KS KE U W 14 14 0 0 50
FMA021 7.5 A - S Applied Mathematics KS KE U W 24 12 2 0 60 24 12 6 0 60
EEM007 4.5 G2 - S Electrical Measurements KS KE U W 6 8 20 0 86
ETE115 7.5 G2 - S Electromagnetics and Electronics KS KE U W 34 28 0 0 130

Study Year 3 (Mandatory Courses)

Course Code Link to complete information about the course; study periods, programmes etc. Credits Cycle G1: Basic level
G2: Upper basic level
A: Advanced level 		S.Ex. stud. The course is suitable for incoming exchange students. Language Language of the course:
E: The course is given in English
E1: The course is given in English upon request
E2: The course may be given in English
S: The course is given in Swedish 		Course Name Foot­note Links KS: Course syllabus in Swedish
KE: Course syllabus in English
U: Archive with course evaluations
W: Course Web Page
T: Examination schedule 		  10/11
sp1		 10/11
sp2		 10/11
sp3		 10/11
sp4
F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions)
ETE055 6 G2 - S Electromagnetic Field Theory KS KE U W 28 28 0 0 95
FAFF10 15 G2 - S Atomic and Nuclear Physics with Applications KS KE U W 42 20 10 0 120 24 26 20 5 120
FMNN10 8 A X E1 Numerical Methods for Differential Equations KS KE U W 56 0 28 30 70
FFFF05 7.5 G2 - S Solid State Physics KS KE U W 34 14 14 0 100
EEMF01 9 G2 - S Business Development and Environmental Aspects KS KE U W 14 2 0 15 60 14 2 0 15 60
FMS012 9 G2 - S Mathematical Statistics, Basic Course KS KE U W 18 14 4 0 85 18 14 6 0 85
FHLF01 6 G2 - S Finite Element Method KS KE U W 28 28 0 0 120

Specialisation asf - Atomic and Subatomic Physics

Course Code Link to complete information about the course; study periods, programmes etc. Credits Cycle G1: Basic level
G2: Upper basic level
A: Advanced level 		Mand./ Elect. The course is
O = Mandatory,
A = Elective mandatory,
V = Elective, or
E = Externally elective
in the programme and spec. 		Year Study year the course belongs to according to normal study plan. From year Students are permitted to read the course from this year of study. S.Ex. stud. The course is suitable for incoming exchange students. Language Language of the course:
E: The course is given in English
E1: The course is given in English upon request
E2: The course may be given in English
S: The course is given in Swedish 		Course Name Foot­note Links KS: Course syllabus in Swedish
KE: Course syllabus in English
U: Archive with course evaluations
W: Course Web Page
T: Examination schedule 		  sp1 sp2 sp3 sp4
F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions)
FAF080 7.5 A V 4 3 X E Atomic and Molecular Spectroscopy KS KE U W 36 0 20 0 140
FKF021 7.5 G2 V 4 3 X E2 Nuclear Physics, Advanced Course KS KE U W 28 6 20 0 140
FMFN01 7.5 A V 4 3 X E1 Quantum Mechanics, Advanced Course KS KE U W 20 20 0 10 104
FMF121 7.5 A V 4 3 X E1 Theory of Nuclear Structure KS KE U W 14 0 4 0 78 14 0 4 0 78
FKFN05 7.5 A V 4 3 - E2 Experimental Tools for Subatomic Physics KS KE U W 10 8 20 5 140
FAFN01 7.5 A V 4 3 X E Lasers KS KE U W 26 12 15 0 150
EXTF05 6 G2 V 4 3 X E1 Particle Physics and Cosmology KS KE U 27 3 10 0 120
FKFN01 7.5 A V 4 3 - E2 Applied Subatomic Physics KS KE U W 14 6 10 10 120
FBR024 7.5 A V 4 3 X E1 Laser-Based Combustion Diagnostics KS KE U W 28 4 8 10 150
FAFN05 7.5 A V 4 3 X E Light - Matter Interaction KS KE U W 26 12 10 1 160
FMFN01 7.5 A V 4 3 X E1 Quantum Mechanics, Advanced Course KS KE U W 20 20 0 10 104
FBR012 7.5 G2 V 4 3 X E1 Fundamental Combustion KS KE U W 28 8 4 60 100
FKF070 7.5 A V 4 3 X E2 Modern Subatomic Physics KS KE U W 27 0 0 8 160
FKFN10 7.5 A V 4 3 - E2 Nuclear Reactor Physics KS KE U W 14 6 10 10 120
EXTF05 6 G2 V 4 3 X E1 Particle Physics and Cosmology KS KE U 27 3 10 0 120
FMF150 7.5 A V 4 3 X E1 Thermodynamics and Statistical Physics KS KE U W 32 28 4 0 136

Specialisation bem - Computational Mechanics

Course Code Link to complete information about the course; study periods, programmes etc. Credits Cycle G1: Basic level
G2: Upper basic level
A: Advanced level 		Mand./ Elect. The course is
O = Mandatory,
A = Elective mandatory,
V = Elective, or
E = Externally elective
in the programme and spec. 		Year Study year the course belongs to according to normal study plan. From year Students are permitted to read the course from this year of study. S.Ex. stud. The course is suitable for incoming exchange students. Language Language of the course:
E: The course is given in English
E1: The course is given in English upon request
E2: The course may be given in English
S: The course is given in Swedish 		Course Name Foot­note Links KS: Course syllabus in Swedish
KE: Course syllabus in English
U: Archive with course evaluations
W: Course Web Page
T: Examination schedule 		  sp1 sp2 sp3 sp4
F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions)
FHL110 7.5 A V 4 3 X E Biomechanics KS KE U W 32 8 0 20 100
FHLN05 7.5 A V 4 3 - E2 Computational Inelasticity KS KE U W 28 28 0 0 144
FMEN20 8 A V 4 3 X E2 Continuum Mechanics KS KE U W 42 14 0 2 152
FKM070 7.5 A V 4 3 X E1 Advanced Materials Technology KS KE U W 42 14 8 10 70
FHL066 7.5 A V 4 3 X E2 Finite Element Method for Non-linear Systems KS KE U W 28 28 0 0 144
FMEN10 8 A V 4 3 X E2 Mechanical Vibrations KS KE U W 42 14 0 0 155
MMV211 7.5 G2 V 4 3 X S Fluid Mechanics KS KE U W 26 40 10 0 124
FMEN01 8 A V 4 3 X E2 Multibody Dynamics KS KE U W 42 14 0 0 155
VSMN10 7.5 A V 4 3 X E2 Structural Dynamic Computing KS KE U W 23 15 8 0 154
FHLN01 7.5 A V 4 3 X E2 Structural Optimization KS KE U W 28 28 0 0 100
MVK150 6 A V 4 3 X E1 Applied Computational Fluid Mechanics (CFD), Basic Course KS KE U W 28 34 0 0 75
MMV031 7.5 G2 V 4 3 X E1 Heat Transfer KS KE U W 42 38 0 14 106
MMV042 9 A V 5 4 X E1 Numerical Heat Transfer KS KE U W 22 16 30 0 50 16 20 35 0 50
MVK140 7.5 A V 5 4 X E1 Turbulence – Theory and Modelling KS KE U W 24 34 4 0 120

Specialisation bg - Images and Computer Graphics

Course Code Link to complete information about the course; study periods, programmes etc. Credits Cycle G1: Basic level
G2: Upper basic level
A: Advanced level 		Mand./ Elect. The course is
O = Mandatory,
A = Elective mandatory,
V = Elective, or
E = Externally elective
in the programme and spec. 		Year Study year the course belongs to according to normal study plan. From year Students are permitted to read the course from this year of study. S.Ex. stud. The course is suitable for incoming exchange students. Language Language of the course:
E: The course is given in English
E1: The course is given in English upon request
E2: The course may be given in English
S: The course is given in Swedish 		Course Name Foot­note Links KS: Course syllabus in Swedish
KE: Course syllabus in English
U: Archive with course evaluations
W: Course Web Page
T: Examination schedule 		  sp1 sp2 sp3 sp4
F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions)
EDA221 7.5 G2 V 4 3 X E2 Computer Graphics KS KE U W 26 0 10 0 160
FMA170 6 A V 4 3 X E2 Image Analysis KS KE U W 28 14 8 0 120
EDAN35 7.5 A V 4 3 X E High Performance Computer Graphics KS KE U W 28 0 12 0 160
FMA175 3 A V 4 3 X E1 Image Analysis, Project KS KE U W 0 0 0 10 70
FAFF20 7.5 G2 V 4 3 X E Multi-spectral Imaging KS KE U W 24 4 15 0 75
ESS040 6 G2 V 4 3 X S Systems and Signals KS KE U W 28 28 14 0 70
FMA135 6 G1 V 4 3 X E2 Geometry KS KE U W 14 0 2 0 64 14 0 2 0 64
FMA270 6 A V 4 3 X E2 Computer Vision KS KE U W 28 14 8 0 120
FMA120 6 A V 4 3 X E1 Matrix Theory KS KE U W 20 20 0 0 64 8 8 0 0 40
MAM101 7.5 G2 V 4 3 - S Virtual Reality in Theory and Practice KS KE U W 15 8 0 2 60 5 12 0 2 96
FMA272 3 A V 4 3 X E1 Computer Vision, Project KS KE U W 0 0 0 10 70
EITF01 9 G2 V 4 3 X E Digital Pictures – Compression KS KE U W 28 14 0 10 188
MAM061 7.5 G1 V 4 3 - S Human - Computer Interaction KS KE U W 20 20 0 4 148
EDAN30 7.5 A V 4 3 X E Photo-realistic Computer Graphics KS KE U W 28 0 12 0 140
ETIF01 6 G2 V 4 3 X E2 Signal Processing - Design and Implementation KS KE U W 24 24 8 0 100
FMS045 6 G2 V 4 3 - S Stationary Stochastic Processes KS KE U W 28 28 4 0 80
FMN100 6 A V 5 4 X E1 Numerical Methods in CAGD KS KE U W 28 12 24 0 90
FMS150 7.5 A V 5 4 X E2 Statistical Image Analysis KS KE U W 26 6 21 4 60

Specialisation bm - Biological and Medical Modelling

Course Code Link to complete information about the course; study periods, programmes etc. Credits Cycle G1: Basic level
G2: Upper basic level
A: Advanced level 		Mand./ Elect. The course is
O = Mandatory,
A = Elective mandatory,
V = Elective, or
E = Externally elective
in the programme and spec. 		Year Study year the course belongs to according to normal study plan. From year Students are permitted to read the course from this year of study. S.Ex. stud. The course is suitable for incoming exchange students. Language Language of the course:
E: The course is given in English
E1: The course is given in English upon request
E2: The course may be given in English
S: The course is given in Swedish 		Course Name Foot­note Links KS: Course syllabus in Swedish
KE: Course syllabus in English
U: Archive with course evaluations
W: Course Web Page
T: Examination schedule 		  sp1 sp2 sp3 sp4
F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions)
FHL110 7.5 A V 4 3 X E Biomechanics KS KE U W 32 8 0 20 100
FMA170 6 A V 4 3 X E2 Image Analysis KS KE U W 28 14 8 0 120
FMS180 6 G2 V 4 3 - S Markov Processes KS KE U W 28 14 6 0 100
FMSF10 7.5 G2 V 4 3 X E1 Stationary Stochastic Processes KS KE U W 28 28 6 0 120
TEK267 7.5 A V 4 3 X E2 Theoretical Biophysics KS KE U W 40 0 0 10 150
FMA140 6 A V 4 3 X E2 Non-Linear Dynamical Systems KS KE U W 14 7 0 0 59 14 7 0 0 59
FMS051 7.5 A V 4 3 X E2 Mathematical Statistics, Time Series Analysis KS KE U W 32 6 12 5 120
FAFF20 7.5 G2 V 4 3 X E Multi-spectral Imaging KS KE U W 24 4 15 0 75
FMA051 6 A V 4 3 X E1 Optimization KS KE U W 36 14 4 0 100
TEK171 7.5 A V 4 3 - S Quantitative Human Physiology KS KE U W 38 0 18 0 126
FMSN10 7.5 A V 4 3 X E1 Survival Analysis KS KE U W 28 14 8 1 100
ESS040 6 G2 V 4 3 X S Systems and Signals KS KE U W 28 28 14 0 70
FMS091 7.5 A V 4 3 X E2 Monte Carlo and Empirical Methods for Stochastic Inference KS KE U W 26 4 12 2 120
FMAN01 7.5 A V 4 3 X E2 Biomathematics KS KE U W 14 0 2 0 86 14 0 2 0 86
GEMA55 6 G1 V 4 1 - S Medicine for Engineers KS KE U W 36 0 0 0 40 36 0 0 0 40
ETI160 6 G2 V 4 3 X E2 Biomedical Signal Processing KS KE U W 14 14 0 24 80
FMS072 7.5 G2 V 4 3 X E2 Design of Experiments KS KE U W 14 14 0 14 150
FMS110 7.5 A V 5 4 X E1 Non-Linear Time Series Analysis KS KE U W 16 4 8 0 60 16 4 8 3 60

Specialisation bs - Computation and Simulation

Course Code Link to complete information about the course; study periods, programmes etc. Credits Cycle G1: Basic level
G2: Upper basic level
A: Advanced level 		Mand./ Elect. The course is
O = Mandatory,
A = Elective mandatory,
V = Elective, or
E = Externally elective
in the programme and spec. 		Year Study year the course belongs to according to normal study plan. From year Students are permitted to read the course from this year of study. S.Ex. stud. The course is suitable for incoming exchange students. Language Language of the course:
E: The course is given in English
E1: The course is given in English upon request
E2: The course may be given in English
S: The course is given in Swedish 		Course Name Foot­note Links KS: Course syllabus in Swedish
KE: Course syllabus in English
U: Archive with course evaluations
W: Course Web Page
T: Examination schedule 		  sp1 sp2 sp3 sp4
F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions)
EDAN05 7.5 A V 4 3 X E Algorithm Theory KS KE U W 28 12 0 0 160
FMNN01 7.5 A V 4 3 X E Numerical Linear Algebra KS KE U W 42 14 42 0 80
FMNN05 7.5 A V 4 3 X E1 Simulation Tools KS KE U W 28 0 56 0 116
FMA140 6 A V 4 3 X E2 Non-Linear Dynamical Systems KS KE U W 14 7 0 0 59 14 7 0 0 59
FHL066 7.5 A V 4 3 X E2 Finite Element Method for Non-linear Systems KS KE U W 28 28 0 0 144
FMN091 7.5 A V 4 3 X E1 Finite Volume Methods X Kursen ges vartannat läsår. KS KE U W 28 28 28 0 90
FMEN10 8 A V 4 3 X E2 Mechanical Vibrations KS KE U W 42 14 0 0 155
FMA051 6 A V 4 3 X E1 Optimization KS KE U W 36 14 4 0 100
MMV211 7.5 G2 V 4 3 X S Fluid Mechanics KS KE U W 26 40 10 0 124
FMA240 6 G2 V 4 3 X E2 Linear and Combinatorial Optimization KS KE U W 28 0 4 0 132
FMA111 6 A V 4 3 - S Mathematical Structures KS KE U W 28 14 0 0 118
VSMN10 7.5 A V 4 3 X E2 Structural Dynamic Computing KS KE U W 23 15 8 0 154
FMA200 6 A V 4 3 X E2 Calculus of Variations X Kursen ges vartannat läsår. KS KE U W 14 0 0 0 66 14 0 0 0 66
FMA120 6 A V 4 3 X E1 Matrix Theory KS KE U W 20 20 0 0 64 8 8 0 0 40
EDAF15 5 G2 V 4 3 - S Algorithm Implementation KS KE U W 24 12 12 0 85
FRT095 4.5 A V 4 3 - S Mathematical Modelling, Advanced Course KS KE U W 4 0 0 6 100
VSMN20 7.5 A V 4 3 - S Software Development for Technical Applications KS KE U W 16 32 0 0 152
FMA260 7.5 A V 5 4 X E2 Functional Analysis and Harmonic Analysis KS KE U W 14 12 2 0 52 14 12 2 0 52
FMA250 7.5 A V 5 4 X E2 Partial Differential Equations with Distribution Theory KS KE U W 14 10 4 0 52 14 10 4 0 52

FMN091 Finite Volume Methods: Kursen ges vartannat läsår.
FMA200 Calculus of Variations: Kursen ges vartannat läsår.

Specialisation es - Energy Systems

Course Code Link to complete information about the course; study periods, programmes etc. Credits Cycle G1: Basic level
G2: Upper basic level
A: Advanced level 		Mand./ Elect. The course is
O = Mandatory,
A = Elective mandatory,
V = Elective, or
E = Externally elective
in the programme and spec. 		Year Study year the course belongs to according to normal study plan. From year Students are permitted to read the course from this year of study. S.Ex. stud. The course is suitable for incoming exchange students. Language Language of the course:
E: The course is given in English
E1: The course is given in English upon request
E2: The course may be given in English
S: The course is given in Swedish 		Course Name Foot­note Links KS: Course syllabus in Swedish
KE: Course syllabus in English
U: Archive with course evaluations
W: Course Web Page
T: Examination schedule 		  sp1 sp2 sp3 sp4
F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions)
FAF080 7.5 A V 4 3 X E Atomic and Molecular Spectroscopy KS KE U W 36 0 20 0 140
MVKN10 5 A V 4 3 X S Energy Transportation KS KE U W 14 4 4 10 88
AEB010 7.5 G2 V 4 3 X E1 Solar Heating Technology, Basic Course KS KE U W 24 10 15 6 145
FMI050 7.5 A V 4 3 - S Energy Systems Analysis: Energy, Environment and Natural Resources KS KE U W 18 10 0 0 72 18 10 0 0 72
FMI055 7.5 A V 4 3 - S Environmental Systems Studies: Life Cycle Analysis KS KE U W 12 6 0 0 83 10 6 0 0 83
MAM242 7.5 G2 V 4 3 X E1 Aerosol Technology KS KE U W 38 12 14 0 125
FAFF20 7.5 G2 V 4 3 X E Multi-spectral Imaging KS KE U W 24 4 15 0 75
MVKN20 7.5 A V 4 3 - S Energy Utilization KS KE U W 20 54 0 36 90
AEB020 7.5 G2 V 4 3 X E1 Photovoltaic Systems, Basic Course KS KE U W 24 10 10 6 150
FMI040 7.5 A V 4 3 - S Energy Systems Analysis: Renewable Sources of Energy KS KE U W 30 12 0 1 89 12 6 0 0 50
FMIN05 7.5 A V 4 3 - S Environmental System Studies: Climate, Science and Politics KS KE U W 20 6 0 0 74 18 4 3 1 74
FKF100 7.5 A V 4 3 X E1 Methods for Environmental Monitoring KS KE U W 10 0 10 2 80 8 0 4 4 80
FKFF01 4 G2 V 4 3 X E Atmospheric Chemistry and Physics KS KE U W 14 12 0 4 75
MVKN15 7.5 A V 4 3 - S Energy Supply Systems KS KE U W 20 54 0 36 90
FMI070 7.5 A V 4 3 X E Environmental Issues, Thematic Course KS KE U W 4 0 12 5 179
FBR012 7.5 G2 V 4 3 X E1 Fundamental Combustion KS KE U W 28 8 4 60 100

Specialisation f - Photonics

Course Code Link to complete information about the course; study periods, programmes etc. Credits Cycle G1: Basic level
G2: Upper basic level
A: Advanced level 		Mand./ Elect. The course is
O = Mandatory,
A = Elective mandatory,
V = Elective, or
E = Externally elective
in the programme and spec. 		Year Study year the course belongs to according to normal study plan. From year Students are permitted to read the course from this year of study. S.Ex. stud. The course is suitable for incoming exchange students. Language Language of the course:
E: The course is given in English
E1: The course is given in English upon request
E2: The course may be given in English
S: The course is given in Swedish 		Course Name Foot­note Links KS: Course syllabus in Swedish
KE: Course syllabus in English
U: Archive with course evaluations
W: Course Web Page
T: Examination schedule 		  sp1 sp2 sp3 sp4
F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions)
FAF080 7.5 A V 4 3 X E Atomic and Molecular Spectroscopy KS KE U W 36 0 20 0 140
ETT051 7.5 G2 V 4 3 X E2 Digital Communications KS KE U W 24 28 8 0 80
ETEN05 7.5 A V 4 3 X E2 Electromagnetic Wave Propagation KS KE U W 32 14 0 21 120
FAFF01 7.5 G2 V 4 3 X E Optics and Optical Design KS KE U W 26 12 15 0 150
FFF110 7.5 G2 V 4 3 X E2 Processing and Device Technology KS KE U W 24 10 24 0 100
FMFN01 7.5 A V 4 3 X E1 Quantum Mechanics, Advanced Course KS KE U W 20 20 0 10 104
ETI031 6 G2 V 4 3 X E Radio KS KE U W 14 18 8 0 100
FFF021 7.5 A V 4 3 X E1 Semiconductor Physics KS KE U W 38 2 16 0 80
ETEN10 7.5 A V 4 3 X E Antenna Technology X Omtentamen enligt överenskommelse. KS KE U W 34 14 6 0 146
FAFN01 7.5 A V 4 3 X E Lasers KS KE U W 26 12 15 0 150
FAFF20 7.5 G2 V 4 3 X E Multi-spectral Imaging KS KE U W 24 4 15 0 75
FFF042 7.5 A V 4 3 X E2 The Physics of Low-dimensional Structures and Quantum Devices KS KE U W 30 12 16 10 130
FBR024 7.5 A V 4 3 X E1 Laser-Based Combustion Diagnostics KS KE U W 28 4 8 10 150
FAFN05 7.5 A V 4 3 X E Light - Matter Interaction KS KE U W 26 12 10 1 160
FAF095 7.5 A V 4 3 X E Photonics and Optical Communication KS KE U W 26 12 15 0 150
FMFN01 7.5 A V 4 3 X E1 Quantum Mechanics, Advanced Course KS KE U W 20 20 0 10 104
FAFN10 7.5 A V 4 3 X E Advanced Optics and Lasers KS KE U W 26 12 10 0 150
FAF150 7.5 A V 4 3 X E Medical Optics X Tentamen (för högre betyg) enligt överenskommelse. KS KE U W 24 15 10 70 80
ETEN01 7.5 A V 4 3 X E2 Microwave Theory KS KE U W 28 28 4 60 60

ETEN10 Antenna Technology: Omtentamen enligt överenskommelse.
FAF150 Medical Optics: Tentamen (för högre betyg) enligt överenskommelse.

Specialisation fm - Financial Modelling

Course Code Link to complete information about the course; study periods, programmes etc. Credits Cycle G1: Basic level
G2: Upper basic level
A: Advanced level 		Mand./ Elect. The course is
O = Mandatory,
A = Elective mandatory,
V = Elective, or
E = Externally elective
in the programme and spec. 		Year Study year the course belongs to according to normal study plan. From year Students are permitted to read the course from this year of study. S.Ex. stud. The course is suitable for incoming exchange students. Language Language of the course:
E: The course is given in English
E1: The course is given in English upon request
E2: The course may be given in English
S: The course is given in Swedish 		Course Name Foot­note Links KS: Course syllabus in Swedish
KE: Course syllabus in English
U: Archive with course evaluations
W: Course Web Page
T: Examination schedule 		  sp1 sp2 sp3 sp4
F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions)
MIO012 6 G1 V 4 3 - S Managerial Economics, Basic Course KS KE U W 50 12 4 1 94
FMS180 6 G2 V 4 3 - S Markov Processes KS KE U W 28 14 6 0 100
EXTF50 7.5 G2 V 4 3 - S Microeconomic Analysis KS KE U W 32 16 0 0 120
FMSF10 7.5 G2 V 4 3 X E1 Stationary Stochastic Processes KS KE U W 28 28 6 0 120
FMA140 6 A V 4 3 X E2 Non-Linear Dynamical Systems KS KE U W 14 7 0 0 59 14 7 0 0 59
TEK090 7.5 A V 4 3 X E1 Economics, Information, Risk and Uncertainty KS KE U W 30 10 0 0 110
MIO012 6 G1 V 4 3 - S Managerial Economics, Basic Course KS KE U W 50 12 4 1 94
FMS051 7.5 A V 4 3 X E2 Mathematical Statistics, Time Series Analysis KS KE U W 32 6 12 5 120
FMA051 6 A V 4 3 X E1 Optimization KS KE U W 36 14 4 0 100
FMF170 7.5 G2 V 4 3 X E Complex Economy KS KE U W 28 14 0 0 158
TEK180 7.5 A V 4 3 X E Financial Valuation and Risk Management KS KE U W 40 0 4 0 150
FMA240 6 G2 V 4 3 X E2 Linear and Combinatorial Optimization KS KE U W 28 0 4 0 132
EXTF50 7.5 G2 V 4 3 - S Microeconomic Analysis KS KE U W 32 16 0 0 120
FMS091 7.5 A V 4 3 X E2 Monte Carlo and Empirical Methods for Stochastic Inference KS KE U W 26 4 12 2 120
FMSF05 7.5 G2 V 4 3 - E2 Probability Theory KS KE U W 22 14 0 0 160
FRTN20 7.5 A V 4 3 - E2 Market-driven Systems KS KE U W 28 28 8 0 70
FMS155 7.5 A V 4 3 X E2 Statistical Modelling of Extreme Values KS KE U W 28 14 6 2 100
TEK103 7.5 A V 5 4 X E Financial Economics, Advanced Course KS KE U W 45 0 0 0 155
TEK110 7.5 A V 5 4 X E Economics, Empirical Finance KS KE U W 34 8 0 0 100
FMS161 7.5 A V 5 4 X E1 Financial Statistics KS KE U W 28 14 14 5 120

Specialisation hn - High-frequency and Nanoelectronics

Course Code Link to complete information about the course; study periods, programmes etc. Credits Cycle G1: Basic level
G2: Upper basic level
A: Advanced level 		Mand./ Elect. The course is
O = Mandatory,
A = Elective mandatory,
V = Elective, or
E = Externally elective
in the programme and spec. 		Year Study year the course belongs to according to normal study plan. From year Students are permitted to read the course from this year of study. S.Ex. stud. The course is suitable for incoming exchange students. Language Language of the course:
E: The course is given in English
E1: The course is given in English upon request
E2: The course may be given in English
S: The course is given in Swedish 		Course Name Foot­note Links KS: Course syllabus in Swedish
KE: Course syllabus in English
U: Archive with course evaluations
W: Course Web Page
T: Examination schedule 		  sp1 sp2 sp3 sp4
F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions)
ETI063 6 A V 4 3 X E Analogue IC-design KS KE U W 20 14 16 0 100
ETI130 6 A V 4 3 X E Digital IC-design KS KE U W 24 12 12 0 112
FFF110 7.5 G2 V 4 3 X E2 Processing and Device Technology KS KE U W 24 10 24 0 100
ETI031 6 G2 V 4 3 X E Radio KS KE U W 14 18 8 0 100
FFF021 7.5 A V 4 3 X E1 Semiconductor Physics KS KE U W 38 2 16 0 80
FFFN01 7.5 A V 4 3 X E2 Advanced Processing of Nanostructures KS KE U W 12 0 32 3 100
ETEN10 7.5 A V 4 3 X E Antenna Technology X Omtentamen enligt överenskommelse. KS KE U W 34 14 6 0 146
FFF042 7.5 A V 4 3 X E2 The Physics of Low-dimensional Structures and Quantum Devices KS KE U W 30 12 16 10 130
ETI032 9 A V 4 3 X E2 Radio Electronics KS KE U W 16 14 12 0 80 14 14 8 0 80
ETI135 4.5 A V 4 3 X E Advanced Digital IC Design KS KE U W 20 20 0 0 80
FFFN10 7.5 A V 4 3 X E Electron Transport in Nanostructures X Kursen ges vartannat läsår. KS KE U W 28 14 0 0 158
FFF115 7.5 A V 4 3 X E1 High Speed Devices KS KE U W 32 10 8 60 60
ETI170 6 A V 4 3 X E Integrated Radio Electronics KS KE U W 20 16 12 0 100
FAF095 7.5 A V 4 3 X E Photonics and Optical Communication KS KE U W 26 12 15 0 150
ETI290 6 A V 4 3 X E1 Advanced Analogue Design KS KE U W 28 28 8 0 90
FFFN01 7.5 A V 4 3 X E2 Advanced Processing of Nanostructures KS KE U W 12 0 32 3 100
ETEN01 7.5 A V 4 3 X E2 Microwave Theory KS KE U W 28 28 4 60 60
FFF160 7.5 A V 4 3 X E2 Nanoelectronics KS KE U W 26 0 4 42 120
ETI041 6 A V 4 3 X E2 Radio Project KS KE U W 6 0 36 0 100

ETEN10 Antenna Technology: Omtentamen enligt överenskommelse.
FFFN10 Electron Transport in Nanostructures: Kursen ges vartannat läsår.

Specialisation mt - Biomedical Engineering

Course Code Link to complete information about the course; study periods, programmes etc. Credits Cycle G1: Basic level
G2: Upper basic level
A: Advanced level 		Mand./ Elect. The course is
O = Mandatory,
A = Elective mandatory,
V = Elective, or
E = Externally elective
in the programme and spec. 		Year Study year the course belongs to according to normal study plan. From year Students are permitted to read the course from this year of study. S.Ex. stud. The course is suitable for incoming exchange students. Language Language of the course:
E: The course is given in English
E1: The course is given in English upon request
E2: The course may be given in English
S: The course is given in Swedish 		Course Name Foot­note Links KS: Course syllabus in Swedish
KE: Course syllabus in English
U: Archive with course evaluations
W: Course Web Page
T: Examination schedule 		  sp1 sp2 sp3 sp4
F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions)
FAF080 7.5 A V 4 3 X E Atomic and Molecular Spectroscopy KS KE U W 36 0 20 0 140
FHL110 7.5 A V 4 3 X E Biomechanics KS KE U W 32 8 0 20 100
FMA170 6 A V 4 3 X E2 Image Analysis KS KE U W 28 14 8 0 120
EEM055 7.5 A V 4 3 X E2 Microfluidics KS KE U W 14 14 20 0 152
EEM031 7.5 G2 V 4 3 - S Transducer Technology X Omtentamen enligt överenskommelse. KS KE U W 42 0 12 0 146
TNX097 7.5 G2 V 4 3 - S Rehabilitation Engineering X Nätburen kurs med träffar. Se www.eat.lth.se KS KE U W 14 14 4 4 44 14 14 8 14 70
EEM040 6 G2 V 4 3 - S Biomedical Measurements X Omtentamen enligt överenskommelse. KS KE U W 42 0 28 0 90
EEM070 6 A V 4 3 X S Computerised Measurement Systems X Omtentamen enligt överenskommelse. KS KE U W 0 28 12 60 85
EEM060 6 A V 4 3 X E2 EMC, Noise and Noise Reduction KS KE U W 0 28 12 60 85
FKFN05 7.5 A V 4 3 - E2 Experimental Tools for Subatomic Physics KS KE U W 10 8 20 5 140
TEK171 7.5 A V 4 3 - S Quantitative Human Physiology KS KE U W 38 0 18 0 126
ESS040 6 G2 V 4 3 X S Systems and Signals KS KE U W 28 28 14 0 70
EEM080 6 A V 4 3 X S Ultrasound Physics and Technology X Omtentamen enligt överenskommelse. KS KE U W 28 0 28 0 80
TEK290 7.5 G2 V 4 3 X E1 Biology, Introductory Course KS KE U W 28 8 6 0 50 28 8 6 0 50
GEMA55 6 G1 V 4 1 - S Medicine for Engineers KS KE U W 36 0 0 0 40 36 0 0 0 40
ETI160 6 G2 V 4 3 X E2 Biomedical Signal Processing KS KE U W 14 14 0 24 80
FAF150 7.5 A V 4 3 X E Medical Optics X Tentamen (för högre betyg) enligt överenskommelse. KS KE U W 24 15 10 70 80
FMS045 6 G2 V 4 3 - S Stationary Stochastic Processes KS KE U W 28 28 4 0 80
FMS150 7.5 A V 5 4 X E2 Statistical Image Analysis KS KE U W 26 6 21 4 60

EEM031 Transducer Technology: Omtentamen enligt överenskommelse.
TNX097 Rehabilitation Engineering: Nätburen kurs med träffar. Se www.eat.lth.se
EEM040 Biomedical Measurements: Omtentamen enligt överenskommelse.
EEM070 Computerised Measurement Systems: Omtentamen enligt överenskommelse.
EEM080 Ultrasound Physics and Technology: Omtentamen enligt överenskommelse.
FAF150 Medical Optics: Tentamen (för högre betyg) enligt överenskommelse.

Specialisation nf - Nanophysics

Course Code Link to complete information about the course; study periods, programmes etc. Credits Cycle G1: Basic level
G2: Upper basic level
A: Advanced level 		Mand./ Elect. The course is
O = Mandatory,
A = Elective mandatory,
V = Elective, or
E = Externally elective
in the programme and spec. 		Year Study year the course belongs to according to normal study plan. From year Students are permitted to read the course from this year of study. S.Ex. stud. The course is suitable for incoming exchange students. Language Language of the course:
E: The course is given in English
E1: The course is given in English upon request
E2: The course may be given in English
S: The course is given in Swedish 		Course Name Foot­note Links KS: Course syllabus in Swedish
KE: Course syllabus in English
U: Archive with course evaluations
W: Course Web Page
T: Examination schedule 		  sp1 sp2 sp3 sp4
F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions)
EEM055 7.5 A V 4 3 X E2 Microfluidics KS KE U W 14 14 20 0 152
FFF110 7.5 G2 V 4 3 X E2 Processing and Device Technology KS KE U W 24 10 24 0 100
FMFN01 7.5 A V 4 3 X E1 Quantum Mechanics, Advanced Course KS KE U W 20 20 0 10 104
FFF021 7.5 A V 4 3 X E1 Semiconductor Physics KS KE U W 38 2 16 0 80
EEM031 7.5 G2 V 4 3 - S Transducer Technology X Omtentamen enligt överenskommelse. KS KE U W 42 0 12 0 146
FFFN01 7.5 A V 4 3 X E2 Advanced Processing of Nanostructures KS KE U W 12 0 32 3 100
FAFN15 7.5 A V 4 3 X E2 Crystal Growth and Semiconductor Epitaxy KS KE U W 18 8 0 0 150
FFF042 7.5 A V 4 3 X E2 The Physics of Low-dimensional Structures and Quantum Devices KS KE U W 30 12 16 10 130
FFFN10 7.5 A V 4 3 X E Electron Transport in Nanostructures X Kursen ges vartannat läsår. KS KE U W 28 14 0 0 158
FFF115 7.5 A V 4 3 X E1 High Speed Devices KS KE U W 32 10 8 60 60
FMFN01 7.5 A V 4 3 X E1 Quantum Mechanics, Advanced Course KS KE U W 20 20 0 10 104
TEK265 15 A V 4 3 X E2 Experimental Biophysics KS KE U W 14 16 0 0 90 0 18 32 20 210
FFFN01 7.5 A V 4 3 X E2 Advanced Processing of Nanostructures KS KE U W 12 0 32 3 100
EEMN01 7.5 A V 4 3 X E2 Micro Sensors X Omtentamen enligt överenskommelse. KS KE U W 14 0 28 60 108
FFF160 7.5 A V 4 3 X E2 Nanoelectronics KS KE U W 26 0 4 42 120
FAF085 7.5 A V 4 3 X E2 Scanning Probe Microscopy X Kursen ges vartannat läsår. KS KE U W 28 0 26 16 130
FFF051 7.5 A V 4 3 X E Solid State Theory KS KE U W 28 22 0 0 150
TEK177 7.5 A V 4 3 X E1 The Physics of Surfaces KS KE U W 14 0 0 12 174

EEM031 Transducer Technology: Omtentamen enligt överenskommelse.
FFFN10 Electron Transport in Nanostructures: Kursen ges vartannat läsår.
EEMN01 Micro Sensors: Omtentamen enligt överenskommelse.
FAF085 Scanning Probe Microscopy: Kursen ges vartannat läsår.

Specialisation pv - Software

Course Code Link to complete information about the course; study periods, programmes etc. Credits Cycle G1: Basic level
G2: Upper basic level
A: Advanced level 		Mand./ Elect. The course is
O = Mandatory,
A = Elective mandatory,
V = Elective, or
E = Externally elective
in the programme and spec. 		Year Study year the course belongs to according to normal study plan. From year Students are permitted to read the course from this year of study. S.Ex. stud. The course is suitable for incoming exchange students. Language Language of the course:
E: The course is given in English
E1: The course is given in English upon request
E2: The course may be given in English
S: The course is given in Swedish 		Course Name Foot­note Links KS: Course syllabus in Swedish
KE: Course syllabus in English
U: Archive with course evaluations
W: Course Web Page
T: Examination schedule 		  sp1 sp2 sp3 sp4
F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions)
EDAN05 7.5 A V 4 3 X E Algorithm Theory KS KE U W 28 12 0 0 160
EDA061 4.5 G2 V 4 3 - S Object-oriented Modelling and Design KS KE U W 14 8 0 0 98
ETS032 7.5 G2 V 4 3 - S Software Development for Large Systems KS KE U W 10 8 4 36 142
EDA040 6 G2 V 4 3 X E2 Concurrent Programming KS KE U W 14 14 6 0 40 4 6 0 6 70
EDAN10 7.5 A V 4 3 X E2 Configuration Management KS KE U W 28 12 12 0 150
EDAN40 7.5 A V 4 3 X E2 Functional Programming KS KE U W 28 8 0 0 164
ETS170 7.5 A V 4 3 X S Requirements Engineering KS KE U W 16 12 9 14 149
EDA260 6 G2 V 4 3 - S Software Development in Teams – Project KS KE U W 14 0 8 0 40 2 16 48 0 34
EDAN01 7.5 A V 4 3 X E2 Constraint Programming KS KE U W 20 0 12 0 160
EDA216 7.5 G2 V 4 3 X S Database Technology KS KE U W 26 12 8 0 150
FMA240 6 G2 V 4 3 X E2 Linear and Combinatorial Optimization KS KE U W 28 0 4 0 132
ETS200 7.5 A V 4 3 X E1 Software Testing KS KE U W 14 6 10 90 80
EDA031 7.5 G2 V 4 3 X S C++ Programming KS KE U W 24 0 8 0 100 0 0 0 0 60
EDA180 7.5 G2 V 4 3 X E2 Compiler Construction KS KE U W 28 10 12 0 90 0 0 0 0 60
EDAF05 5 G2 V 4 3 - S Algorithms, Data Structures and Complexity KS KE U W 20 0 12 0 100
EDA145 7.5 A V 4 3 X E2 Programming Language Theory KS KE U W 42 14 0 0 144
EDA270 9 A V 5 4 - S Coaching of Programming Teams KS KE U W 14 0 0 0 66 2 34 48 0 76

Specialisation ssr - Systems, Signals and Control

Course Code Link to complete information about the course; study periods, programmes etc. Credits Cycle G1: Basic level
G2: Upper basic level
A: Advanced level 		Mand./ Elect. The course is
O = Mandatory,
A = Elective mandatory,
V = Elective, or
E = Externally elective
in the programme and spec. 		Year Study year the course belongs to according to normal study plan. From year Students are permitted to read the course from this year of study. S.Ex. stud. The course is suitable for incoming exchange students. Language Language of the course:
E: The course is given in English
E1: The course is given in English upon request
E2: The course may be given in English
S: The course is given in Swedish 		Course Name Foot­note Links KS: Course syllabus in Swedish
KE: Course syllabus in English
U: Archive with course evaluations
W: Course Web Page
T: Examination schedule 		  sp1 sp2 sp3 sp4
F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions)
FMS180 6 G2 V 4 3 - S Markov Processes KS KE U W 28 14 6 0 100
FRTN10 7.5 A V 4 3 X E1 Multivariable Control KS KE U W 30 30 12 0 128
FMSF10 7.5 G2 V 4 3 X E1 Stationary Stochastic Processes KS KE U W 28 28 6 0 120
FMA140 6 A V 4 3 X E2 Non-Linear Dynamical Systems KS KE U W 14 7 0 0 59 14 7 0 0 59
FRTN15 7.5 A V 4 3 X E1 Predictive Control KS KE U W 20 14 12 0 70 8 4 16 0 70
FRTN01 10 A V 4 3 X E1 Real-Time Systems KS KE U W 28 18 4 0 70 6 4 8 8 70
FMS051 7.5 A V 4 3 X E2 Mathematical Statistics, Time Series Analysis KS KE U W 32 6 12 5 120
FMA051 6 A V 4 3 X E1 Optimization KS KE U W 36 14 4 0 100
ESS040 6 G2 V 4 3 X S Systems and Signals KS KE U W 28 28 14 0 70
FRTN05 7.5 A V 4 3 X E1 Non-Linear Control and Servo Systems KS KE U W 28 28 12 0 112
FMA120 6 A V 4 3 X E1 Matrix Theory KS KE U W 20 20 0 0 64 8 8 0 0 40
FRT041 7.5 A V 4 3 X E1 System Identification KS KE U W 28 14 14 0 70 0 0 14 0 70
ETI160 6 G2 V 4 3 X E2 Biomedical Signal Processing KS KE U W 14 14 0 24 80
EIT080 7.5 G2 V 4 3 X E2 Information Theory KS KE U W 28 28 0 0 56
FRT090 7.5 A V 4 3 X E1 Project in Automatic Control KS KE U W 0 0 0 50 150
ETIF01 6 G2 V 4 3 X E2 Signal Processing - Design and Implementation KS KE U W 24 24 8 0 100
ETT074 6 A V 5 4 X S Optimum Signal Processing KS KE U W 14 28 8 0 60
FMA260 7.5 A V 5 4 X E2 Functional Analysis and Harmonic Analysis KS KE U W 14 12 2 0 52 14 12 2 0 52
FMS110 7.5 A V 5 4 X E1 Non-Linear Time Series Analysis KS KE U W 16 4 8 0 60 16 4 8 3 60
ETT042 6 A V 5 4 X E2 Adaptive Signal Processing KS KE U W 14 28 8 0 120

Specialisation tf - Theoretical Physics

Course Code Link to complete information about the course; study periods, programmes etc. Credits Cycle G1: Basic level
G2: Upper basic level
A: Advanced level 		Mand./ Elect. The course is
O = Mandatory,
A = Elective mandatory,
V = Elective, or
E = Externally elective
in the programme and spec. 		Year Study year the course belongs to according to normal study plan. From year Students are permitted to read the course from this year of study. S.Ex. stud. The course is suitable for incoming exchange students. Language Language of the course:
E: The course is given in English
E1: The course is given in English upon request
E2: The course may be given in English
S: The course is given in Swedish 		Course Name Foot­note Links KS: Course syllabus in Swedish
KE: Course syllabus in English
U: Archive with course evaluations
W: Course Web Page
T: Examination schedule 		  sp1 sp2 sp3 sp4
F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions)
ETEN05 7.5 A V 4 3 X E2 Electromagnetic Wave Propagation KS KE U W 32 14 0 21 120
FMFN01 7.5 A V 4 3 X E1 Quantum Mechanics, Advanced Course KS KE U W 20 20 0 10 104
TEK267 7.5 A V 4 3 X E2 Theoretical Biophysics KS KE U W 40 0 0 10 150
FMF121 7.5 A V 4 3 X E1 Theory of Nuclear Structure KS KE U W 14 0 4 0 78 14 0 4 0 78
FMF170 7.5 G2 V 4 3 X E Complex Economy KS KE U W 28 14 0 0 158
FAFN05 7.5 A V 4 3 X E Light - Matter Interaction KS KE U W 26 12 10 1 160
FMEN01 8 A V 4 3 X E2 Multibody Dynamics KS KE U W 42 14 0 0 155
FMFN01 7.5 A V 4 3 X E1 Quantum Mechanics, Advanced Course KS KE U W 20 20 0 10 104
FMF061 4.5 G2 V 4 3 - S Theory of Relativity KS KE U W 21 21 0 0 78
FMA120 6 A V 4 3 X E1 Matrix Theory KS KE U W 20 20 0 0 64 8 8 0 0 40
EDAF05 5 G2 V 4 3 - S Algorithms, Data Structures and Complexity KS KE U W 20 0 12 0 100
FMFN05 7.5 A V 4 3 X E1 Chaos KS KE U W 28 14 0 10 120
FFF051 7.5 A V 4 3 X E Solid State Theory KS KE U W 28 22 0 0 150
FMF150 7.5 A V 4 3 X E1 Thermodynamics and Statistical Physics KS KE U W 32 28 4 0 136
FMA260 7.5 A V 5 4 X E2 Functional Analysis and Harmonic Analysis KS KE U W 14 12 2 0 52 14 12 2 0 52

Elective Courses - F

Course Code Link to complete information about the course; study periods, programmes etc. Credits Cycle G1: Basic level
G2: Upper basic level
A: Advanced level 		Year Study year the course belongs to according to normal study plan. From year Students are permitted to read the course from this year of study. S.Ex. stud. The course is suitable for incoming exchange students. Language Language of the course:
E: The course is given in English
E1: The course is given in English upon request
E2: The course may be given in English
S: The course is given in Swedish 		Course Name Foot­note Links KS: Course syllabus in Swedish
KE: Course syllabus in English
U: Archive with course evaluations
W: Course Web Page
T: Examination schedule 		  sp1 sp2 sp3 sp4
F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions)
FMA135 6 G1 1 1 X E2 Geometry KS KE U W 14 0 2 0 64 14 0 2 0 64
FMA091 6 G1 1 1 - S Discrete Mathematics KS KE U W 36 28 0 0 104
EDA150 3 G1 2 1 X S C Programming KS KE U W 12 0 0 0 70
GEMA30 4.5 G1 2 1 - S Swedish for Engineers KS KE U W 12 8 0 0 40
ETI125 4.5 G1 2 2 - S Consumer Electronics KS KE U W 14 0 0 0 20 14 0 0 0 20
GEMA20 7.5 G1 2 1 - E English for Engineers KS KE U W 30 0 0 0 30 20 0 0 0 30
GEMF05 7.5 G2 2 1 X E Gender in Science and Engineering KS KE U 24 14 0 6 50 8 8 0 10 80
GEMA50 4.5 G1 2 1 - S History of Technology KS KE U W 14 0 0 0 40 14 7 0 0 40
EDAA01 7.5 G1 2 2 - S Programming - Second Course KS KE U W 12 6 4 0 70 16 4 8 0 80
EIT070 6 G2 2 2 - S Computer Organization KS KE U W 14 8 16 0 50
FRT130 3 G2 2 2 - E2 Control Theory KS KE U W 0 24 0 0 76
FMF061 4.5 G2 2 2 - S Theory of Relativity KS KE U W 21 21 0 0 78
GEMA20 7.5 G1 2 1 - E English for Engineers KS KE U W 30 0 0 0 30 20 0 0 0 30
GEMA45 3 G1 2 1 - S Teaching and Learning KS KE U W 0 22 0 0 10 0 2 0 2 40
FMA023 3 A 2 2 - E1 Applied Mathematics, Project X Kursen fortsätter med ett redovisningstillfälle hösten 2010. KS KE U W 0 0 0 10 70
EIT020 9 G2 3 3 - S Design of Digital Circuits – A Systems Approach KS KE U W 28 28 8 0 64 14 14 16 0 44
GEMA25 7.5 G1 3 1 - S German for Engineers KS KE U W 0 40 0 0 60 0 40 0 0 60
GEMA75 7.5 G1 3 1 - S Spanish for Engineers: Spanish and Latin-American culture and society KS KE U W 0 26 0 0 60 0 26 0 0 60
FMA190 6 A 3 3 X E2 Algebra X Kursen ges vartannat läsår. KS KE U W 14 7 0 0 59 14 7 0 0 59
GEMA65 7.5 G1 3 1 - S Chinese for Engineers KS KE U 0 20 0 0 80 0 20 0 0 80
GEMA01 7.5 G1 3 1 - S French for Engineers: Language, Culture and Society, First Course KS KE U W 0 26 0 0 60 0 26 0 0 60
EDAN05 7.5 A 4 3 X E Algorithm Theory KS KE U W 28 12 0 0 160
ETI063 6 A 4 3 X E Analogue IC-design KS KE U W 20 14 16 0 100
FAF080 7.5 A 4 3 X E Atomic and Molecular Spectroscopy KS KE U W 36 0 20 0 140
FHL110 7.5 A 4 3 X E Biomechanics KS KE U W 32 8 0 20 100
FHLN05 7.5 A 4 3 - E2 Computational Inelasticity KS KE U W 28 28 0 0 144
EITF20 7.5 G2 4 3 X E2 Computer Architecture KS KE U W 20 12 16 0 152
ETS052 4.5 G2 4 3 X E2 Computer Communication KS KE U W 28 14 8 0 70
EDA221 7.5 G2 4 3 X E2 Computer Graphics KS KE U W 26 0 10 0 160
FMEN20 8 A 4 3 X E2 Continuum Mechanics KS KE U W 42 14 0 2 152
ETT051 7.5 G2 4 3 X E2 Digital Communications KS KE U W 24 28 8 0 80
ETI130 6 A 4 3 X E Digital IC-design KS KE U W 24 12 12 0 112
ETEN05 7.5 A 4 3 X E2 Electromagnetic Wave Propagation KS KE U W 32 14 0 21 120
MVKN10 5 A 4 3 X S Energy Transportation KS KE U W 14 4 4 10 88
FMA170 6 A 4 3 X E2 Image Analysis KS KE U W 28 14 8 0 120
MIO012 6 G1 4 3 - S Managerial Economics, Basic Course KS KE U W 50 12 4 1 94
FMS180 6 G2 4 3 - S Markov Processes KS KE U W 28 14 6 0 100
EXTF50 7.5 G2 4 3 - S Microeconomic Analysis KS KE U W 32 16 0 0 120
EEM055 7.5 A 4 3 X E2 Microfluidics KS KE U W 14 14 20 0 152
FRTN10 7.5 A 4 3 X E1 Multivariable Control KS KE U W 30 30 12 0 128
FKF021 7.5 G2 4 3 X E2 Nuclear Physics, Advanced Course KS KE U W 28 6 20 0 140
FMNN01 7.5 A 4 3 X E Numerical Linear Algebra KS KE U W 42 14 42 0 80
EDA061 4.5 G2 4 3 - S Object-oriented Modelling and Design KS KE U W 14 8 0 0 98
FAFF01 7.5 G2 4 3 X E Optics and Optical Design KS KE U W 26 12 15 0 150
FFF110 7.5 G2 4 3 X E2 Processing and Device Technology KS KE U W 24 10 24 0 100
FMFN01 7.5 A 4 3 X E1 Quantum Mechanics, Advanced Course KS KE U W 20 20 0 10 104
ETI031 6 G2 4 3 X E Radio KS KE U W 14 18 8 0 100
FFF021 7.5 A 4 3 X E1 Semiconductor Physics KS KE U W 38 2 16 0 80
FMNN05 7.5 A 4 3 X E1 Simulation Tools KS KE U W 28 0 56 0 116
ETS032 7.5 G2 4 3 - S Software Development for Large Systems KS KE U W 10 8 4 36 142
AEB010 7.5 G2 4 3 X E1 Solar Heating Technology, Basic Course KS KE U W 24 10 15 6 145
FMSF10 7.5 G2 4 3 X E1 Stationary Stochastic Processes KS KE U W 28 28 6 0 120
TEK267 7.5 A 4 3 X E2 Theoretical Biophysics KS KE U W 40 0 0 10 150
EEM031 7.5 G2 4 3 - S Transducer Technology X Omtentamen enligt överenskommelse. KS KE U W 42 0 12 0 146
EIEF01 10 G2 4 3 X E2 Applied Mechatronics KS KE U W 30 10 30 8 60 0 10 30 14 80
EDA040 6 G2 4 3 X E2 Concurrent Programming KS KE U W 14 14 6 0 40 4 6 0 6 70
FMI050 7.5 A 4 3 - S Energy Systems Analysis: Energy, Environment and Natural Resources KS KE U W 18 10 0 0 72 18 10 0 0 72
FMI055 7.5 A 4 3 - S Environmental Systems Studies: Life Cycle Analysis KS KE U W 12 6 0 0 83 10 6 0 0 83
GEMA60 7.5 G1 4 1 - S Law for Engineers, Introductory Course in Business Law KS KE U W 25 0 0 0 75 25 0 0 0 75
FMA140 6 A 4 3 X E2 Non-Linear Dynamical Systems KS KE U W 14 7 0 0 59 14 7 0 0 59
FRTN15 7.5 A 4 3 X E1 Predictive Control KS KE U W 20 14 12 0 70 8 4 16 0 70
FRTN01 10 A 4 3 X E1 Real-Time Systems KS KE U W 28 18 4 0 70 6 4 8 8 70
TNX097 7.5 G2 4 3 - S Rehabilitation Engineering X Nätburen kurs med träffar. Se www.eat.lth.se KS KE U W 14 14 4 4 44 14 14 8 14 70
FMF121 7.5 A 4 3 X E1 Theory of Nuclear Structure KS KE U W 14 0 4 0 78 14 0 4 0 78
GEMA70 15 G1 4 1 - S Japanese for Engineers KS KE U W 0 20 0 0 90 0 20 0 0 90 0 20 0 0 90
FKM070 7.5 A 4 3 X E1 Advanced Materials Technology KS KE U W 42 14 8 10 70
FFFN01 7.5 A 4 3 X E2 Advanced Processing of Nanostructures KS KE U W 12 0 32 3 100
MAM242 7.5 G2 4 3 X E1 Aerosol Technology KS KE U W 38 12 14 0 125
ETEN10 7.5 A 4 3 X E Antenna Technology X Omtentamen enligt överenskommelse. KS KE U W 34 14 6 0 146
EEM040 6 G2 4 3 - S Biomedical Measurements X Omtentamen enligt överenskommelse. KS KE U W 42 0 28 0 90
EEM070 6 A 4 3 X S Computerised Measurement Systems X Omtentamen enligt överenskommelse. KS KE U W 0 28 12 60 85
EDAN10 7.5 A 4 3 X E2 Configuration Management KS KE U W 28 12 12 0 150
EDI051 7.5 G2 4 3 X S Cryptography KS KE U W 36 14 0 40 110
FAFN15 7.5 A 4 3 X E2 Crystal Growth and Semiconductor Epitaxy KS KE U W 18 8 0 0 150
TEK090 7.5 A 4 3 X E1 Economics, Information, Risk and Uncertainty KS KE U W 30 10 0 0 110
EEM060 6 A 4 3 X E2 EMC, Noise and Noise Reduction KS KE U W 0 28 12 60 85
FKFN05 7.5 A 4 3 - E2 Experimental Tools for Subatomic Physics KS KE U W 10 8 20 5 140
FHL066 7.5 A 4 3 X E2 Finite Element Method for Non-linear Systems KS KE U W 28 28 0 0 144
FMN091 7.5 A 4 3 X E1 Finite Volume Methods X Kursen ges vartannat läsår. KS KE U W 28 28 28 0 90
EDAN40 7.5 A 4 3 X E2 Functional Programming KS KE U W 28 8 0 0 164
EDAN35 7.5 A 4 3 X E High Performance Computer Graphics KS KE U W 28 0 12 0 160
FMA175 3 A 4 3 X E1 Image Analysis, Project KS KE U W 0 0 0 10 70
EITF25 6 G2 4 3 X E2 Internet - Techniques and Applications KS KE U W 20 0 12 0 128
FAFN01 7.5 A 4 3 X E Lasers KS KE U W 26 12 15 0 150
MIO012 6 G1 4 3 - S Managerial Economics, Basic Course KS KE U W 50 12 4 1 94
FMS051 7.5 A 4 3 X E2 Mathematical Statistics, Time Series Analysis KS KE U W 32 6 12 5 120
FMEN10 8 A 4 3 X E2 Mechanical Vibrations KS KE U W 42 14 0 0 155
FAFF20 7.5 G2 4 3 X E Multi-spectral Imaging KS KE U W 24 4 15 0 75
FMA145 3 A 4 3 X E1 Non-linear Dynamical Systems, Project KS KE U W 0 0 0 10 70
FMA051 6 A 4 3 X E1 Optimization KS KE U W 36 14 4 0 100
EXTF05 6 G2 4 3 X E1 Particle Physics and Cosmology KS KE U 27 3 10 0 120
TEK171 7.5 A 4 3 - S Quantitative Human Physiology KS KE U W 38 0 18 0 126
ETS170 7.5 A 4 3 X S Requirements Engineering KS KE U W 16 12 9 14 149
FMSN10 7.5 A 4 3 X E1 Survival Analysis KS KE U W 28 14 8 1 100
ESS040 6 G2 4 3 X S Systems and Signals KS KE U W 28 28 14 0 70
FFF042 7.5 A 4 3 X E2 The Physics of Low-dimensional Structures and Quantum Devices KS KE U W 30 12 16 10 130
ETI032 9 A 4 3 X E2 Radio Electronics KS KE U W 16 14 12 0 80 14 14 8 0 80
EDA260 6 G2 4 3 - S Software Development in Teams – Project KS KE U W 14 0 8 0 40 2 16 48 0 34
ETI135 4.5 A 4 3 X E Advanced Digital IC Design KS KE U W 20 20 0 0 80
FKFN01 7.5 A 4 3 - E2 Applied Subatomic Physics KS KE U W 14 6 10 10 120
MIE080 7.5 G2 4 3 X E1 Automation KS KE U W 42 0 8 8 135
FMF170 7.5 G2 4 3 X E Complex Economy KS KE U W 28 14 0 0 158
EIT060 7.5 G1 4 3 X S Computer Security KS KE U W 28 0 12 2 120
FMA270 6 A 4 3 X E2 Computer Vision KS KE U W 28 14 8 0 120
EDAN01 7.5 A 4 3 X E2 Constraint Programming KS KE U W 20 0 12 0 160
EDA216 7.5 G2 4 3 X S Database Technology KS KE U W 26 12 8 0 150
FFFN10 7.5 A 4 3 X E Electron Transport in Nanostructures X Kursen ges vartannat läsår. KS KE U W 28 14 0 0 158
MVKN20 7.5 A 4 3 - S Energy Utilization KS KE U W 20 54 0 36 90
TEK180 7.5 A 4 3 X E Financial Valuation and Risk Management KS KE U W 40 0 4 0 150
MMV211 7.5 G2 4 3 X S Fluid Mechanics KS KE U W 26 40 10 0 124
FFF115 7.5 A 4 3 X E1 High Speed Devices KS KE U W 32 10 8 60 60
INNN01 7.5 A 4 3 X E Innovation Management KS KE U 14 21 0 0 165
ETI170 6 A 4 3 X E Integrated Radio Electronics KS KE U W 20 16 12 0 100
ETI280 6 G1 4 3 X S Intellectual Property Right Management (IPR) KS KE U W 30 10 2 0 118
FBR024 7.5 A 4 3 X E1 Laser-Based Combustion Diagnostics KS KE U W 28 4 8 10 150
FAFN05 7.5 A 4 3 X E Light - Matter Interaction KS KE U W 26 12 10 1 160
FMA240 6 G2 4 3 X E2 Linear and Combinatorial Optimization KS KE U W 28 0 4 0 132
MIO040 6 G2 4 3 - S Managerial Economics, Advanced Course KS KE U W 40 14 10 1 95
FKM015 7.5 G1 4 3 - S Materials Engineering, Basic Course KS KE U W 56 14 12 0 120
FMA111 6 A 4 3 - S Mathematical Structures KS KE U W 28 14 0 0 118
EXTF50 7.5 G2 4 3 - S Microeconomic Analysis KS KE U W 32 16 0 0 120
FMS091 7.5 A 4 3 X E2 Monte Carlo and Empirical Methods for Stochastic Inference KS KE U W 26 4 12 2 120
FMEN01 8 A 4 3 X E2 Multibody Dynamics KS KE U W 42 14 0 0 155
FMNN15 4 A 4 3 X E1 Multigrid Methods for Differential Equations KS KE U 20 0 12 0 80
FFFN05 7.5 A 4 3 X E Nanomaterials - Thermodynamics and Kinetics KS KE U W 28 14 0 0 172
FRTN05 7.5 A 4 3 X E1 Non-Linear Control and Servo Systems KS KE U W 28 28 12 0 112
FAF095 7.5 A 4 3 X E Photonics and Optical Communication KS KE U W 26 12 15 0 150
AEB020 7.5 G2 4 3 X E1 Photovoltaic Systems, Basic Course KS KE U W 24 10 10 6 150
FMSF05 7.5 G2 4 3 - E2 Probability Theory KS KE U W 22 14 0 0 160
FMFN01 7.5 A 4 3 X E1 Quantum Mechanics, Advanced Course KS KE U W 20 20 0 10 104
ETS200 7.5 A 4 3 X E1 Software Testing KS KE U W 14 6 10 90 80
VSMN10 7.5 A 4 3 X E2 Structural Dynamic Computing KS KE U W 23 15 8 0 154
FHLN01 7.5 A 4 3 X E2 Structural Optimization KS KE U W 28 28 0 0 100
EEM080 6 A 4 3 X S Ultrasound Physics and Technology X Omtentamen enligt överenskommelse. KS KE U W 28 0 28 0 80
EDA132 7.5 G2 4 3 X E2 Applied Artificial Intelligence KS KE U W 16 0 0 0 60 16 0 0 0 100
TEK290 7.5 G2 4 3 X E1 Biology, Introductory Course KS KE U W 28 8 6 0 50 28 8 6 0 50
FMAN01 7.5 A 4 3 X E2 Biomathematics KS KE U W 14 0 2 0 86 14 0 2 0 86
EDA031 7.5 G2 4 3 X S C++ Programming KS KE U W 24 0 8 0 100 0 0 0 0 60
FMA200 6 A 4 3 X E2 Calculus of Variations X Kursen ges vartannat läsår. KS KE U W 14 0 0 0 66 14 0 0 0 66
EDA180 7.5 G2 4 3 X E2 Compiler Construction KS KE U W 28 10 12 0 90 0 0 0 0 60
FMI040 7.5 A 4 3 - S Energy Systems Analysis: Renewable Sources of Energy KS KE U W 30 12 0 1 89 12 6 0 0 50
GEMA40 7.5 G1 4 1 - S Entrepreneurship and Business Development KS KE U W 23 0 0 5 75 23 0 0 5 75
FMIN05 7.5 A 4 3 - S Environmental System Studies: Climate, Science and Politics KS KE U W 20 6 0 0 74 18 4 3 1 74
TEK265 15 A 4 3 X E2 Experimental Biophysics KS KE U W 14 16 0 0 90 0 18 32 20 210
GEMA60 7.5 G1 4 1 - S Law for Engineers, Introductory Course in Business Law KS KE U W 25 0 0 0 75 25 0 0 0 75
FMA120 6 A 4 3 X E1 Matrix Theory KS KE U W 20 20 0 0 64 8 8 0 0 40
GEMA55 6 G1 4 1 - S Medicine for Engineers KS KE U W 36 0 0 0 40 36 0 0 0 40
FKF100 7.5 A 4 3 X E1 Methods for Environmental Monitoring KS KE U W 10 0 10 2 80 8 0 4 4 80
FRT041 7.5 A 4 3 X E1 System Identification KS KE U W 28 14 14 0 70 0 0 14 0 70
MAM101 7.5 G2 4 3 - S Virtual Reality in Theory and Practice KS KE U W 15 8 0 2 60 5 12 0 2 96
ETI290 6 A 4 3 X E1 Advanced Analogue Design KS KE U W 28 28 8 0 90
FAFN10 7.5 A 4 3 X E Advanced Optics and Lasers KS KE U W 26 12 10 0 150
FFFN01 7.5 A 4 3 X E2 Advanced Processing of Nanostructures KS KE U W 12 0 32 3 100
EDAF15 5 G2 4 3 - S Algorithm Implementation KS KE U W 24 12 12 0 85
EDAF05 5 G2 4 3 - S Algorithms, Data Structures and Complexity KS KE U W 20 0 12 0 100
MVK150 6 A 4 3 X E1 Applied Computational Fluid Mechanics (CFD), Basic Course KS KE U W 28 34 0 0 75
FKFF01 4 G2 4 3 X E Atmospheric Chemistry and Physics KS KE U W 14 12 0 4 75
MIE090 7.5 A 4 3 X E1 Automation for Complex Systems KS KE U W 42 0 60 20 70
ETI160 6 G2 4 3 X E2 Biomedical Signal Processing KS KE U W 14 14 0 24 80
FMFN05 7.5 A 4 3 X E1 Chaos KS KE U W 28 14 0 10 120
FMA272 3 A 4 3 X E1 Computer Vision, Project KS KE U W 0 0 0 10 70
FMS072 7.5 G2 4 3 X E2 Design of Experiments KS KE U W 14 14 0 14 150
EITF01 9 G2 4 3 X E Digital Pictures – Compression KS KE U W 28 14 0 10 188
MVKN15 7.5 A 4 3 - S Energy Supply Systems KS KE U W 20 54 0 36 90
FMI070 7.5 A 4 3 X E Environmental Issues, Thematic Course KS KE U W 4 0 12 5 179
FBR012 7.5 G2 4 3 X E1 Fundamental Combustion KS KE U W 28 8 4 60 100
MMV031 7.5 G2 4 3 X E1 Heat Transfer KS KE U W 42 38 0 14 106
MAM061 7.5 G1 4 3 - S Human - Computer Interaction KS KE U W 20 20 0 4 148
KII010 7.5 G2 4 3 - E2 Industrial Environmental Management X Tentamen enligt överenskommelse. KS KE U W 28 0 0 32 80
EIT080 7.5 G2 4 3 X E2 Information Theory KS KE U W 28 28 0 0 56
MIO022 6 G2 4 3 - S Management Organization KS KE U W 42 0 14 1 104
MIO040 6 G2 4 3 - S Managerial Economics, Advanced Course KS KE U W 40 14 10 1 95
FRTN20 7.5 A 4 3 - E2 Market-driven Systems KS KE U W 28 28 8 0 70
FRT095 4.5 A 4 3 - S Mathematical Modelling, Advanced Course KS KE U W 4 0 0 6 100
FMA125 3 A 4 3 - E1 Matrix Theory, Project KS KE U W 0 0 0 10 70
FAF150 7.5 A 4 3 X E Medical Optics X Tentamen (för högre betyg) enligt överenskommelse. KS KE U W 24 15 10 70 80
EEMN01 7.5 A 4 3 X E2 Micro Sensors X Omtentamen enligt överenskommelse. KS KE U W 14 0 28 60 108
ETEN01 7.5 A 4 3 X E2 Microwave Theory KS KE U W 28 28 4 60 60
FKF070 7.5 A 4 3 X E2 Modern Subatomic Physics KS KE U W 27 0 0 8 160
EDAN25 6 A 4 3 - S Multicore Programming KS KE U W 14 0 12 0 105
FFF160 7.5 A 4 3 X E2 Nanoelectronics KS KE U W 26 0 4 42 120
EDA095 7.5 G2 4 3 - S Network Programming KS KE U W 28 0 12 4 152
FKFN10 7.5 A 4 3 - E2 Nuclear Reactor Physics KS KE U W 14 6 10 10 120
EDA050 4.5 G2 4 3 X S Operating Systems KS KE U W 24 8 8 0 90
EDAF01 3 G2 4 3 X S Operating Systems - Project KS KE U W 4 0 0 0 75
EXTF05 6 G2 4 3 X E1 Particle Physics and Cosmology KS KE U 27 3 10 0 120
EDAN30 7.5 A 4 3 X E Photo-realistic Computer Graphics KS KE U W 28 0 12 0 140
EDA145 7.5 A 4 3 X E2 Programming Language Theory KS KE U W 42 14 0 0 144
FRT090 7.5 A 4 3 X E1 Project in Automatic Control KS KE U W 0 0 0 50 150
ETI041 6 A 4 3 X E2 Radio Project KS KE U W 6 0 36 0 100
FAF085 7.5 A 4 3 X E2 Scanning Probe Microscopy X Kursen ges vartannat läsår. KS KE U W 28 0 26 16 130
ETIF01 6 G2 4 3 X E2 Signal Processing - Design and Implementation KS KE U W 24 24 8 0 100
VSMN20 7.5 A 4 3 - S Software Development for Technical Applications KS KE U W 16 32 0 0 152
FFF051 7.5 A 4 3 X E Solid State Theory KS KE U W 28 22 0 0 150
FMS045 6 G2 4 3 - S Stationary Stochastic Processes KS KE U W 28 28 4 0 80
FMS155 7.5 A 4 3 X E2 Statistical Modelling of Extreme Values KS KE U W 28 14 6 2 100
TEK177 7.5 A 4 3 X E1 The Physics of Surfaces KS KE U W 14 0 0 12 174
FMF150 7.5 A 4 3 X E1 Thermodynamics and Statistical Physics KS KE U W 32 28 4 0 136
TEK103 7.5 A 5 4 X E Financial Economics, Advanced Course KS KE U W 45 0 0 0 155
FMN100 6 A 5 4 X E1 Numerical Methods in CAGD KS KE U W 28 12 24 0 90
ETT074 6 A 5 4 X S Optimum Signal Processing KS KE U W 14 28 8 0 60
FMS150 7.5 A 5 4 X E2 Statistical Image Analysis KS KE U W 26 6 21 4 60
FMA260 7.5 A 5 4 X E2 Functional Analysis and Harmonic Analysis KS KE U W 14 12 2 0 52 14 12 2 0 52
FMS110 7.5 A 5 4 X E1 Non-Linear Time Series Analysis KS KE U W 16 4 8 0 60 16 4 8 3 60
MMV042 9 A 5 4 X E1 Numerical Heat Transfer KS KE U W 22 16 30 0 50 16 20 35 0 50
ETT042 6 A 5 4 X E2 Adaptive Signal Processing KS KE U W 14 28 8 0 120
TEK110 7.5 A 5 4 X E Economics, Empirical Finance KS KE U W 34 8 0 0 100
FMS161 7.5 A 5 4 X E1 Financial Statistics KS KE U W 28 14 14 5 120
MVK140 7.5 A 5 4 X E1 Turbulence – Theory and Modelling KS KE U W 24 34 4 0 120
EDA270 9 A 5 4 - S Coaching of Programming Teams KS KE U W 14 0 0 0 66 2 34 48 0 76
FMA250 7.5 A 5 4 X E2 Partial Differential Equations with Distribution Theory KS KE U W 14 10 4 0 52 14 10 4 0 52

FMA023 Applied Mathematics, Project: Kursen fortsätter med ett redovisningstillfälle hösten 2010.
FMA190 Algebra: Kursen ges vartannat läsår.
EEM031 Transducer Technology: Omtentamen enligt överenskommelse.
TNX097 Rehabilitation Engineering: Nätburen kurs med träffar. Se www.eat.lth.se
ETEN10 Antenna Technology: Omtentamen enligt överenskommelse.
EEM040 Biomedical Measurements: Omtentamen enligt överenskommelse.
EEM070 Computerised Measurement Systems: Omtentamen enligt överenskommelse.
FMN091 Finite Volume Methods: Kursen ges vartannat läsår.
FFFN10 Electron Transport in Nanostructures: Kursen ges vartannat läsår.
EEM080 Ultrasound Physics and Technology: Omtentamen enligt överenskommelse.
FMA200 Calculus of Variations: Kursen ges vartannat läsår.
KII010 Industrial Environmental Management: Tentamen enligt överenskommelse.
FAF150 Medical Optics: Tentamen (för högre betyg) enligt överenskommelse.
EEMN01 Micro Sensors: Omtentamen enligt överenskommelse.
FAF085 Scanning Probe Microscopy: Kursen ges vartannat läsår.

Degree Projects - F

The list contains the degree project courses that are included in the F programme.

Course Code Credits Course Name Links KS: Course syllabus in Swedish
KE: Course syllabus in English
U: Archive with course evaluations
W: Course Web Page
T: Examination schedule
MAM720 30 Degree Project in Aerosol Technology KS U W
FRT820 30 Degree Project in Automatic Control for Engineers KS U W
EDA920 30 Degree Project in Computer Sciences for Engineers KS U W
EITM01 30 Degree Project in Electrical and Information Technology KS U W
EEM820 30 Degree Project in Electrical Measurements KS U W
MVK920 30 Degree Project in Energy Sciences KS U W
FMI820 30 Degree Project in Environmental Studies KS U W
MAM920 30 Degree Project in Ergonomics for Engineers KS U W
EIE920 30 Degree Project in Industrial Electrical Engineering and Automation KS U W
FMS820 30 Degree Project in Mathematical Statistics for Engineers KS U
FMA820 30 Degree Project in Mathematics for Engineers KS U W
FME820 30 Degree Project in Mechanics for Engineers KS U W
FMN820 30 Degree Project in Numerical Analysis KS U W
PHYM01 30 Degree Project in Physics for Engineers KS U W
MIO920 30 Degree Project in Production Management KS U W
TNS820 30 Degree Project in Rehabilitation Engineering KS U W
FHL820 30 Degree Project in Solid Mechanics for Engineers KS U W
VSM920 30 Degree Project in Structural Mechanics for Engineers KS U
TMA820 30 Degree Project in Technology Management KS U

MAM720 Degree Project in Aerosol Technology: Endast tillgänglig för antagna till 270 hp.