lunduniversity.lu.se

LTH Courses

Faculty of Engineering | Lund University

Courses for F Programme and Class H11

Engineering Physics  H11 

Study Year 1, Academic Year 2011/12 (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
  11/12
sp4
FMAA05 15 G1 - S Calculus in One Variable KS KE U W T
FAFA25 9 G1 - S Wave Propagation and Introduction to Engineering Physics KS KE U W T
FMA420 6 G1 - S Linear Algebra KS KE U W T
FMA430 6 G1 - S Calculus in Several Variables KS KE U W T
FMEA05 6 G1 - S Engineering Mechanics - Statics and Particle Dynamics KS KE U W T 1 Lectures: 4 h (45-minute sessions)
Exercises: 0 h
Laboratory exercises: 6 h (45-minute sessions)
Time with supervisor for projects: 1 h (45-minute sessions)
Time for self studies: 16 h (45-minute sessions)
EDA017 9 G1 - S Programming, First Course KS KE U W T 1 Lectures: 22 h (45-minute sessions)
Exercises: 0 h
Laboratory exercises: 22 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 70 h (45-minute sessions)
FAFA10 9 G1 - S Physics - Quantum Phenomena and Nanotechnology KS KE U W T 1 Lectures: 28 h (45-minute sessions)
Exercises: 12 h (45-minute sessions)
Laboratory exercises: 21 h (45-minute sessions)
Time with supervisor for projects: 20 h (45-minute sessions)
Time for self studies: 159 h (45-minute sessions)

Study Year 2, Academic Year 2012/13 (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
  12/13
sp1
12/13
sp2
12/13
sp3
12/13
sp4
FMAF01 7 G2 - S Mathematics - Analytic Functions KS KE U W T 1 Lectures: 42 h (45-minute sessions)
Exercises: 28 h (45-minute sessions)
Laboratory exercises: 4 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 130 h (45-minute sessions)
FMEA20 6 G1 - S Mechanics - Dynamics KS KE U W T 1 Lectures: 42 h (45-minute sessions)
Exercises: 28 h (45-minute sessions)
Laboratory exercises: 0 h
Time with supervisor for projects: 0 h
Time for self studies: 90 h (45-minute sessions)
FMFF05 6 G2 - S Thermodynamics with Applications KS KE U W T 1 Lectures: 28 h (45-minute sessions)
Exercises: 28 h (45-minute sessions)
Laboratory exercises: 12 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 32 h (45-minute sessions)
2 Lectures: 0 h
Exercises: 0 h
Laboratory exercises: 8 h (45-minute sessions)
Time with supervisor for projects: 4 h (45-minute sessions)
Time for self studies: 64 h (45-minute sessions)
FMAF05 7 G2 - S Mathematics - Systems and Transforms KS KE U W T 2 Lectures: 42 h (45-minute sessions)
Exercises: 28 h (45-minute sessions)
Laboratory exercises: 4 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 90 h (45-minute sessions)
FHL105 4.5 G1 - S Solid Mechanics, Basic Course KS KE U W T 2 Lectures: 20 h (45-minute sessions)
Exercises: 20 h (45-minute sessions)
Laboratory exercises: 0 h
Time with supervisor for projects: 0 h
Time for self studies: 80 h (45-minute sessions)
FRT010 7.5 G2 - E2 Automatic Control, Basic Course KS KE U W T 3 Lectures: 30 h (45-minute sessions)
Exercises: 30 h (45-minute sessions)
Laboratory exercises: 12 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 128 h (45-minute sessions)
FMFF01 3 G2 - S Vector Analysis KS KE U W T 3 Lectures: 14 h (45-minute sessions)
Exercises: 14 h (45-minute sessions)
Laboratory exercises: 0 h
Time with supervisor for projects: 0 h
Time for self studies: 50 h (45-minute sessions)
FMA021 7.5 A - S Applied Mathematics KS KE U W T 3 Lectures: 24 h (45-minute sessions)
Exercises: 12 h (45-minute sessions)
Laboratory exercises: 2 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 60 h (45-minute sessions)
4 Lectures: 24 h (45-minute sessions)
Exercises: 14 h (45-minute sessions)
Laboratory exercises: 6 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 60 h (45-minute sessions)
EEM007 4.5 G2 - S Electrical Measurements KS KE U W T 4 Lectures: 6 h (45-minute sessions)
Exercises: 8 h (45-minute sessions)
Laboratory exercises: 20 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 86 h (45-minute sessions)
ETE115 7.5 G2 - S Electromagnetics and Electronics KS KE U W T 4 Lectures: 32 h (45-minute sessions)
Exercises: 28 h (45-minute sessions)
Laboratory exercises: 4 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 130 h (45-minute sessions)

Study Year 3, Academic Year 2013/14 (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
  13/14
sp1
13/14
sp2
13/14
sp3
13/14
sp4
ETE055 6 G2 - S Electromagnetic Field Theory KS KE U W T 1 Lectures: 28 h (45-minute sessions)
Exercises: 28 h (45-minute sessions)
Laboratory exercises: 0 h
Time with supervisor for projects: 0 h
Time for self studies: 100 h (45-minute sessions)
FAFF10 15 G2 - S Atomic and Nuclear Physics with Applications KS KE U W T 1 Lectures: 42 h (45-minute sessions)
Exercises: 20 h (45-minute sessions)
Laboratory exercises: 10 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 120 h (45-minute sessions)
2 Lectures: 24 h (45-minute sessions)
Exercises: 26 h (45-minute sessions)
Laboratory exercises: 20 h (45-minute sessions)
Time with supervisor for projects: 5 h (45-minute sessions)
Time for self studies: 120 h (45-minute sessions)
FMNN10 8 A X E1 Numerical Methods for Differential Equations KS KE U W T 2 Lectures: 54 h (45-minute sessions)
Exercises: 0 h
Laboratory exercises: 0 h
Time with supervisor for projects: 3 h (45-minute sessions)
Time for self studies: 156 h (45-minute sessions)
FFFF05 7.5 G2 - S Solid State Physics KS KE U W T 3 Lectures: 34 h (45-minute sessions)
Exercises: 14 h (45-minute sessions)
Laboratory exercises: 14 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 100 h (45-minute sessions)
EEMF01 9 G2 - S Business Development and Environmental Aspects KS KE U W T 3 Lectures: 14 h (45-minute sessions)
Exercises: 14 h (45-minute sessions)
Laboratory exercises: 0 h
Time with supervisor for projects: 10 h (45-minute sessions)
Time for self studies: 60 h (45-minute sessions)
4 Lectures: 14 h (45-minute sessions)
Exercises: 14 h (45-minute sessions)
Laboratory exercises: 0 h
Time with supervisor for projects: 10 h (45-minute sessions)
Time for self studies: 60 h (45-minute sessions)
FMS012 9 G2 - S Mathematical Statistics, Basic Course KS KE U W T 3 Lectures: 18 h (45-minute sessions)
Exercises: 14 h (45-minute sessions)
Laboratory exercises: 4 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 85 h (45-minute sessions)
4 Lectures: 18 h (45-minute sessions)
Exercises: 14 h (45-minute sessions)
Laboratory exercises: 6 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 85 h (45-minute sessions)
FHLF01 6 G2 - S Finite Element Method KS KE U W T 4 Lectures: 28 h (45-minute sessions)
Exercises: 26 h (45-minute sessions)
Laboratory exercises: 2 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 120 h (45-minute sessions)

Specialisation aft - Accelerators - Physics and Technology

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
  sp4
FKFN20 7.5 A V 4 - 14/15 4 X E Nuclear Physics, Advanced Course KS KE U W T 1 Lectures: 40 h (45-minute sessions)
Exercises: 6 h (45-minute sessions)
Laboratory exercises: 20 h (45-minute sessions)
Time with supervisor for projects: 4 h (45-minute sessions)
Time for self studies: 140 h (45-minute sessions)
FAFF01 7.5 G2 V 4 - 14/15 4 X E Optics and Optical Design KS KE U W T 1 Lectures: 26 h (45-minute sessions)
Exercises: 12 h (45-minute sessions)
Laboratory exercises: 15 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 150 h (45-minute sessions)
EXTF90 7.5 G2 V 4 - 14/15 4 X E1 Photon and Neutron Production for Science X The course is given by the Faculty of Science and does not follow the study period structure. KS KE U W T 1 Lectures: 24 h (45-minute sessions)
Exercises: 12 h (45-minute sessions)
Laboratory exercises: 9 h (45-minute sessions)
Time with supervisor for projects: 6 h (45-minute sessions)
Time for self studies: 150 h (45-minute sessions)
FMFN01 7.5 A V 4 - 14/15 4 X E1 Quantum Mechanics, Advanced Course 1 KS KE U W T 1 Lectures: 20 h (45-minute sessions)
Exercises: 20 h (45-minute sessions)
Laboratory exercises: 0 h
Time with supervisor for projects: 10 h (45-minute sessions)
Time for self studies: 104 h (45-minute sessions)
EXTN90 7.5 A V 4 - 14/15 4 X E Experimental Methods and Instrumentation for Synchrotron Radiation Research X The course is given by the Faculty of Science and does not follow the study period structure. KS KE U W T
FKFN05 7.5 A V 4 - 14/15 4 X E1 Experimental Tools for Subatomic Physics KS KE U W T
FHLN10 7.5 A V 4 - 14/15 4 X E Modern Experimental Mechanics KS KE U W T
EXTF85 7.5 G2 V 4 - 14/15 4 X E1 Particle Physics, Cosmology and Accelerators X The course is given by the Faculty of Science and does not follow the study period structure. KS KE U W T
EXTN95 7.5 A V 4 - 14/15 4 X E Accelerators and Free Electron Lasers X The course is given by the Faculty of Science and does not follow the study period structure. The course is offered every other academic year and will be given in 2014/15, 2016/17. KS KE U W T
FKFN25 7.5 A V 4 - 14/15 4 X E1 Applied Nuclear, Neutron and Reactor Physics KS KE U W T
FMFN01 7.5 A V 4 - 14/15 4 X E1 Quantum Mechanics, Advanced Course 1 KS KE U W T
ETEN01 7.5 A V 4 - 14/15 4 X E1 Microwave Theory KS KE U W T
EXTF85 7.5 G2 V 4 - 14/15 4 X E1 Particle Physics, Cosmology and Accelerators X The course is given by the Faculty of Science and does not follow the study period structure. KS KE U W T
EXTN85 7.5 A V 4 - 14/15 4 X E Scattering Methods X The course is given by the Faculty of Science and does not follow the study period structure. KS KE U W T
FKF070 7.5 A V 4 - 14/15 4 X E Modern Subatomic Physics X The course is offered every other academic year and will next be offered in 2015/16. KS KE U W T Course on hold Course on hold: The course is not given this academic year, but is planned to be given next academic year.

EXTF90 Photon and Neutron Production for Science: The course is given by the Faculty of Science and does not follow the study period structure.
EXTN90 Experimental Methods and Instrumentation for Synchrotron Radiation Research: The course is given by the Faculty of Science and does not follow the study period structure.
EXTF85 Particle Physics, Cosmology and Accelerators: The course is given by the Faculty of Science and does not follow the study period structure.
EXTN95 Accelerators and Free Electron Lasers: The course is given by the Faculty of Science and does not follow the study period structure. The course is offered every other academic year and will be given in 2014/15, 2016/17.
EXTN85 Scattering Methods: The course is given by the Faculty of Science and does not follow the study period structure.
FKF070 Modern Subatomic Physics: The course is offered every other academic year and will next be offered in 2015/16.

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
  sp4
FHLN05 7.5 A V 4 - 14/15 4 - S Computational Inelasticity KS KE U W T 1 Lectures: 28 h (45-minute sessions)
Exercises: 28 h (45-minute sessions)
Laboratory exercises: 4 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 144 h (45-minute sessions)
FMEN21 7.5 A V 4 - 14/15 4 X E Continuum Mechanics KS KE U W T 1 Lectures: 42 h (45-minute sessions)
Exercises: 14 h (45-minute sessions)
Laboratory exercises: 0 h
Time with supervisor for projects: 2 h (45-minute sessions)
Time for self studies: 142 h (45-minute sessions)
FHL066 7.5 A V 4 - 14/15 4 X S Finite Element Method for Non-linear Systems KS KE U W T
FMEN11 7.5 A V 4 - 14/15 4 X E Mechanical Vibrations KS KE U W T
MMV211 7.5 G2 V 4 - 14/15 4 X S Fluid Mechanics KS KE U W T
FMEN02 7.5 A V 4 - 14/15 4 X E Multibody Dynamics KS KE U W T
VSMN10 7.5 A V 4 - 14/15 4 X E1 Structural Dynamic Computing KS KE U W T
FHLN01 7.5 A V 4 - 14/15 4 X E Structural Optimization KS KE U W T
MVKN45 7.5 A V 4 - 14/15 4 X E Applied Computational Fluid Mechanics KS KE U W T
MMV031 7.5 G2 V 4 - 14/15 4 X E1 Heat Transfer KS KE U W T
FMEN25 7.5 A V 4 - 14/15 4 X E1 Nano Mechanics and Multiscale Modelling KS KE U W T
MMV042 9 A V 5 - 15/16 4 X E1 Numerical Heat Transfer KS KE U W T 1 Lectures: 22 h (45-minute sessions)
Exercises: 16 h (45-minute sessions)
Laboratory exercises: 30 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 50 h (45-minute sessions)
FKM070 7.5 A V 5 - 15/16 4 X E1 Advanced Materials Technology KS KE U W T
MVK140 7.5 A V 5 - 15/16 4 X E Turbulence – Theory and Modelling KS KE U W T

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
  sp4
EDA221 7.5 G2 V 4 - 14/15 4 X E Computer Graphics KS KE U W T 1 Lectures: 26 h (45-minute sessions)
Exercises: 0 h
Laboratory exercises: 10 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 160 h (45-minute sessions)
FMAN20 7.5 A V 4 - 14/15 4 X E1 Image Analysis KS KE U W T 1 Lectures: 32 h (45-minute sessions)
Exercises: 18 h (45-minute sessions)
Laboratory exercises: 8 h (45-minute sessions)
Time with supervisor for projects: 1 h (45-minute sessions)
Time for self studies: 141 h (45-minute sessions)
FMSF15 7.5 G2 V 4 - 14/15 4 X E1 Markov Processes KS KE U W T 1 Lectures: 28 h (45-minute sessions)
Exercises: 28 h (45-minute sessions)
Laboratory exercises: 6 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 120 h (45-minute sessions)
FMNN01 7.5 A V 4 - 14/15 4 X E Numerical Linear Algebra KS KE U W T 1 Lectures: 42 h (45-minute sessions)
Exercises: 0 h
Laboratory exercises: 0 h
Time with supervisor for projects: 6 h (45-minute sessions)
Time for self studies: 152 h (45-minute sessions)
FMSF10 7.5 G2 V 4 - 14/15 4 X E1 Stationary Stochastic Processes KS KE U W T 1 Lectures: 28 h (45-minute sessions)
Exercises: 28 h (45-minute sessions)
Laboratory exercises: 6 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 120 h (45-minute sessions)
FMA120 6 A V 4 - 14/15 4 X E1 Matrix Theory KS KE U W T 1 Lectures: 14 h (45-minute sessions)
Exercises: 14 h (45-minute sessions)
Laboratory exercises: 0 h
Time with supervisor for projects: 1 h (45-minute sessions)
Time for self studies: 52 h (45-minute sessions)
EDAN35 7.5 A V 4 - 14/15 4 X E High Performance Computer Graphics KS KE U W T
FMSN20 7.5 A V 4 - 14/15 4 X E1 Spatial Statistics with Image Analysis KS KE U W T
ESS040 6 G2 V 4 - 14/15 4 X S Systems and Signals KS KE U W T
FMA270 6 A V 4 - 14/15 4 X E1 Computer Vision KS KE U W T
FMA240 6 G2 V 4 - 14/15 4 X E1 Linear and Combinatorial Optimization KS KE U W T
FMAN25 7.5 A V 4 - 14/15 4 X E1 Calculus of Variations KS KE U W T
ETIF10 7.5 G2 V 4 - 14/15 4 X E1 Signal Processing - Design and Implementation KS KE U W T
FMN100 6 A V 5 - 15/16 4 X E1 Numerical Methods in CAGD X Please note that the contents of the course are partly (3 credits) the same as in FMA135. KS KE U W T 1 Lectures: 28 h (45-minute sessions)
Exercises: 0 h
Laboratory exercises: 0 h
Time with supervisor for projects: 4 h (45-minute sessions)
Time for self studies: 130 h (45-minute sessions)

FMN100 Numerical Methods in CAGD: Please note that the contents of the course are partly (3 credits) the same as in FMA135.

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
  sp4
FHLF05 7.5 G2 V 4 - 14/15 4 X E Biomechanics KS KE U W T 1 Lectures: 32 h (45-minute sessions)
Exercises: 8 h (45-minute sessions)
Laboratory exercises: 0 h
Time with supervisor for projects: 20 h (45-minute sessions)
Time for self studies: 100 h (45-minute sessions)
FMAN20 7.5 A V 4 - 14/15 4 X E1 Image Analysis KS KE U W T 1 Lectures: 32 h (45-minute sessions)
Exercises: 18 h (45-minute sessions)
Laboratory exercises: 8 h (45-minute sessions)
Time with supervisor for projects: 1 h (45-minute sessions)
Time for self studies: 141 h (45-minute sessions)
FMSF15 7.5 G2 V 4 - 14/15 4 X E1 Markov Processes KS KE U W T 1 Lectures: 28 h (45-minute sessions)
Exercises: 28 h (45-minute sessions)
Laboratory exercises: 6 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 120 h (45-minute sessions)
FMSF10 7.5 G2 V 4 - 14/15 4 X E1 Stationary Stochastic Processes KS KE U W T 1 Lectures: 28 h (45-minute sessions)
Exercises: 28 h (45-minute sessions)
Laboratory exercises: 6 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 120 h (45-minute sessions)
TEK267 7.5 A V 4 - 14/15 4 X E Theoretical Biophysics X The course is given by the Faculty of Science and does not follow the study period structure. KS KE U W T 1 Lectures: 40 h (45-minute sessions)
Exercises: 0 h
Laboratory exercises: 0 h
Time with supervisor for projects: 10 h (45-minute sessions)
Time for self studies: 150 h (45-minute sessions)
FMAN15 7.5 A V 4 - 14/15 4 X E Nonlinear Dynamical Systems KS KE U W T 1 Lectures: 18 h (45-minute sessions)
Exercises: 6 h (45-minute sessions)
Laboratory exercises: 0 h
Time with supervisor for projects: 0 h
Time for self studies: 76 h (45-minute sessions)
FHLN15 7.5 A V 4 - 14/15 4 X E Biomechanics, Advanced Course KS KE U T
FMS051 7.5 A V 4 - 14/15 4 X E1 Mathematical Statistics, Time Series Analysis KS KE U W T
FMAN30 7.5 A V 4 - 14/15 4 X E1 Medical Image Analysis KS KE U W T
ESS040 6 G2 V 4 - 14/15 4 X S Systems and Signals KS KE U W T
FMS091 7.5 A V 4 - 14/15 4 X E1 Monte Carlo and Empirical Methods for Stochastic Inference KS KE U W T
BMEN01 7.5 A V 4 - 14/15 4 X E1 Biomedical Signal Processing KS KE U W T
FMS072 7.5 G2 V 4 - 14/15 4 X E1 Design of Experiments KS KE U W T
FMAN01 7.5 A V 4 - 14/15 4 X E1 Biomathematics X The course is offered every other academic year and will next be offered in 2015/16. KS KE U W T Course on hold Course on hold: The course is not given this academic year, but is planned to be given next academic year.

TEK267 Theoretical Biophysics: The course is given by the Faculty of Science and does not follow the study period structure.
FMAN01 Biomathematics: The course is offered every other academic year and will next be offered in 2015/16.

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
  sp4
EDAN55 7.5 A V 4 - 14/15 4 X E Advanced Algorithms KS KE U W T 1 Lectures: 20 h (45-minute sessions)
Exercises: 0 h
Laboratory exercises: 10 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 170 h (45-minute sessions)
FMNN25 7.5 A V 4 - 14/15 4 X E1 Advanced Course in Numerical Algorithms with Python/SciPy KS KE U W T 1 Lectures: 28 h (45-minute sessions)
Exercises: 14 h (45-minute sessions)
Laboratory exercises: 0 h
Time with supervisor for projects: 3 h (45-minute sessions)
Time for self studies: 155 h (45-minute sessions)
EDAA25 3 G1 V 4 - 14/15 2 X S C Programming KS KE U W T 1 Lectures: 14 h (45-minute sessions)
Exercises: 0 h
Laboratory exercises: 0 h
Time with supervisor for projects: 0 h
Time for self studies: 70 h (45-minute sessions)
FMNN01 7.5 A V 4 - 14/15 4 X E Numerical Linear Algebra KS KE U W T 1 Lectures: 42 h (45-minute sessions)
Exercises: 0 h
Laboratory exercises: 0 h
Time with supervisor for projects: 6 h (45-minute sessions)
Time for self studies: 152 h (45-minute sessions)
FMA120 6 A V 4 - 14/15 4 X E1 Matrix Theory KS KE U W T 1 Lectures: 14 h (45-minute sessions)
Exercises: 14 h (45-minute sessions)
Laboratory exercises: 0 h
Time with supervisor for projects: 1 h (45-minute sessions)
Time for self studies: 52 h (45-minute sessions)
FMAN15 7.5 A V 4 - 14/15 4 X E Nonlinear Dynamical Systems KS KE U W T 1 Lectures: 18 h (45-minute sessions)
Exercises: 6 h (45-minute sessions)
Laboratory exercises: 0 h
Time with supervisor for projects: 0 h
Time for self studies: 76 h (45-minute sessions)
FHL066 7.5 A V 4 - 14/15 4 X S Finite Element Method for Non-linear Systems KS KE U W T
FMA051 6 A V 4 - 14/15 4 X E1 Optimization KS KE U W T
FMNN05 7.5 A V 4 - 14/15 4 X E1 Simulation Tools KS KE U W T
FMA240 6 G2 V 4 - 14/15 4 X E1 Linear and Combinatorial Optimization KS KE U W T
FRT095 4.5 A V 4 - 14/15 4 - S Mathematical Modelling, Advanced Course KS KE U W T
EDAF15 5 G2 V 4 - 14/15 4 - S Algorithm Implementation KS KE U W T
VSMN20 7.5 A V 4 - 14/15 4 - S Software Development for Technical Applications KS KE U W T
FMNN15 4 A V 4 - 14/15 4 X E1 Multigrid Methods for Differential Equations X The course is offered every other academic year and will next be offered in 2015/16. KS KE U W T Course on hold Course on hold: The course is not given this academic year, but is planned to be given next academic year.
FMA260 7.5 A V 5 - 15/16 4 X E1 Functional Analysis and Harmonic Analysis KS KE U W T 1 Lectures: 12 h (45-minute sessions)
Exercises: 8 h (45-minute sessions)
Laboratory exercises: 0 h
Time with supervisor for projects: 0 h
Time for self studies: 80 h (45-minute sessions)
FMA250 7.5 A V 5 - 15/16 4 X E1 Partial Differential Equations with Distribution Theory X The course is offered every other academic year and will next be offered in 2016/17. KS KE U W T Course on hold Course on hold: The course is not given this academic year, but is planned to be given next academic year.

FMNN15 Multigrid Methods for Differential Equations: The course is offered every other academic year and will next be offered in 2015/16.
FMA250 Partial Differential Equations with Distribution Theory: The course is offered every other academic year and will next be offered in 2016/17.

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
  sp4
FAF080 7.5 A V 4 - 14/15 4 X E Atomic and Molecular Spectroscopy KS KE U W T 1 Lectures: 36 h (45-minute sessions)
Exercises: 4 h (45-minute sessions)
Laboratory exercises: 15 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 145 h (45-minute sessions)
MVKN40 5 A V 4 - 14/15 4 X S District Heating and Cooling KS KE U W T 1 Lectures: 14 h (45-minute sessions)
Exercises: 14 h (45-minute sessions)
Laboratory exercises: 0 h
Time with supervisor for projects: 0 h
Time for self studies: 92 h (45-minute sessions)
FMI050 7.5 A V 4 - 14/15 4 - S Energy Systems Analysis: Energy, Environment and Natural Resources KS KE U W T 1 Lectures: 18 h (45-minute sessions)
Exercises: 10 h (45-minute sessions)
Laboratory exercises: 0 h
Time with supervisor for projects: 0 h
Time for self studies: 72 h (45-minute sessions)
FMI055 7.5 A V 4 - 14/15 4 - S Environmental Systems Studies: Life Cycle Analysis KS KE U W T 1 Lectures: 12 h (45-minute sessions)
Exercises: 6 h (45-minute sessions)
Laboratory exercises: 0 h
Time with supervisor for projects: 1 h (45-minute sessions)
Time for self studies: 81 h (45-minute sessions)
FAFF20 7.5 G2 V 4 - 14/15 4 X E Multi-spectral Imaging KS KE U W T
EIEN10 7.5 A V 4 - 14/15 4 X E1 Wind Power Systems KS KE U W T
MVKN20 7.5 A V 4 - 14/15 4 - S Energy Utilization KS KE U W T
AEB020 7.5 G2 V 4 - 14/15 4 X E1 Photovoltaic Systems, Basic Course KS KE U W T
FMI040 7.5 A V 4 - 14/15 4 - S Energy Systems Analysis: Renewable Sources of Energy KS KE U W T
FMIN05 7.5 A V 4 - 14/15 4 - S Environmental System Studies: Climate, Science and Politics KS KE U W T
FKF100 7.5 A V 4 - 14/15 4 X E1 Methods for Environmental Monitoring KS KE U W T
FKFF01 4 G2 V 4 - 14/15 4 X E Atmospheric Chemistry and Physics KS KE U W T
MVKN15 7.5 A V 4 - 14/15 4 - S Energy Supply Systems KS KE U W T
FMI070 7.5 A V 4 - 14/15 4 X E Environmental Issues, Thematic Course KS KE U W T
FBR012 7.5 G2 V 4 - 14/15 4 X E Fundamental Combustion KS KE U W T

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
  sp4
FAF080 7.5 A V 4 - 14/15 4 X E Atomic and Molecular Spectroscopy KS KE U W T 1 Lectures: 36 h (45-minute sessions)
Exercises: 4 h (45-minute sessions)
Laboratory exercises: 15 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 145 h (45-minute sessions)
ETT051 7.5 G2 V 4 - 14/15 4 X E Digital Communications KS KE U W T 1 Lectures: 24 h (45-minute sessions)
Exercises: 28 h (45-minute sessions)
Laboratory exercises: 8 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 140 h (45-minute sessions)
ETEN05 7.5 A V 4 - 14/15 4 X E Electromagnetic Wave Propagation KS KE U W T 1 Lectures: 28 h (45-minute sessions)
Exercises: 14 h (45-minute sessions)
Laboratory exercises: 0 h
Time with supervisor for projects: 5 h (45-minute sessions)
Time for self studies: 153 h (45-minute sessions)
FAFF01 7.5 G2 V 4 - 14/15 4 X E Optics and Optical Design KS KE U W T 1 Lectures: 26 h (45-minute sessions)
Exercises: 12 h (45-minute sessions)
Laboratory exercises: 15 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 150 h (45-minute sessions)
FMFN01 7.5 A V 4 - 14/15 4 X E1 Quantum Mechanics, Advanced Course 1 KS KE U W T 1 Lectures: 20 h (45-minute sessions)
Exercises: 20 h (45-minute sessions)
Laboratory exercises: 0 h
Time with supervisor for projects: 10 h (45-minute sessions)
Time for self studies: 104 h (45-minute sessions)
FFF021 7.5 A V 4 - 14/15 4 X E1 Semiconductor Physics KS KE U W T 1 Lectures: 34 h (45-minute sessions)
Exercises: 14 h (45-minute sessions)
Laboratory exercises: 16 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 80 h (45-minute sessions)
FAFN01 7.5 A V 4 - 14/15 4 X E Lasers KS KE U W T
FAFF20 7.5 G2 V 4 - 14/15 4 X E Multi-spectral Imaging KS KE U W T
FBR024 7.5 A V 4 - 14/15 4 X E1 Laser-Based Combustion Diagnostics KS KE U W T
FAFN05 7.5 A V 4 - 14/15 4 X E Light - Matter Interaction KS KE U W T
FFFN25 7.5 A V 4 - 14/15 4 X E Optoelectronics and Optical Communication KS KE U W T
FMFN01 7.5 A V 4 - 14/15 4 X E1 Quantum Mechanics, Advanced Course 1 KS KE U W T
FAFN10 7.5 A V 4 - 14/15 4 X E Advanced Optics and Lasers KS KE U W T
FAF150 7.5 A V 4 - 14/15 4 X E Medical Optics X Examination for higher grade after agreement with the course coordinator. KS KE U W T
ETEN01 7.5 A V 4 - 14/15 4 X E1 Microwave Theory KS KE U W T

FAF150 Medical Optics: Examination for higher grade after agreement with the course coordinator.

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
  sp4
FMSF10 7.5 G2 V 4 - 14/15 4 X E1 Stationary Stochastic Processes KS KE U W T 1 Lectures: 28 h (45-minute sessions)
Exercises: 28 h (45-minute sessions)
Laboratory exercises: 6 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 120 h (45-minute sessions)
EXTF45 6 G2 V 4 - 14/15 4 - S Financial Management KS KE U W T
FMS051 7.5 A V 4 - 14/15 4 X E1 Mathematical Statistics, Time Series Analysis KS KE U W T
FMA051 6 A V 4 - 14/15 4 X E1 Optimization KS KE U W T
TEK180 7.5 A V 4 - 14/15 4 X E Financial Valuation and Risk Management X The course is to be studied together with NEKN83, which is given by the Department of Economics. Does not follow the study period structure. KS KE U W T
FMS091 7.5 A V 4 - 14/15 4 X E1 Monte Carlo and Empirical Methods for Stochastic Inference KS KE U W T
FMSF05 7.5 G2 V 4 - 14/15 4 X E1 Probability Theory KS KE U W T
FRTN20 7.5 A V 4 - 14/15 4 X E1 Market-driven Systems KS KE U W T
FMS155 7.5 A V 4 - 14/15 4 X E1 Statistical Modelling of Extreme Values KS KE U W T
TEK103 7.5 A V 5 - 15/16 4 X E Financial Economics, Advanced Course X The course is to be studied together with NEKN81, which is given by the Department of Economics. Does not follow the study period structure. KS KE U W T 1 Lectures: 40 h (45-minute sessions)
Exercises: 0 h
Laboratory exercises: 0 h
Time with supervisor for projects: 0 h
Time for self studies: 155 h (45-minute sessions)
FMSN25 7.5 A V 5 - 15/16 4 X E1 Valuation of Derivative Assets KS KE U W T 1 Lectures: 32 h (45-minute sessions)
Exercises: 26 h (45-minute sessions)
Laboratory exercises: 6 h (45-minute sessions)
Time with supervisor for projects: 1 h (45-minute sessions)
Time for self studies: 120 h (45-minute sessions)
TEK110 7.5 A V 5 - 15/16 4 X E Economics, Empirical Finance X The course is to be studied together with NEKN82, which is given by the Department of Economics. Does not follow the study period structure. KS KE U W T
FMS161 7.5 A V 5 - 15/16 4 X E1 Financial Statistics KS KE U W T
FMSN15 7.5 A V 5 - 15/16 4 X E1 Statistical Modelling of Multivariate Extreme Values KS KE U W T

TEK180 Financial Valuation and Risk Management: The course is to be studied together with NEKN83, which is given by the Department of Economics. Does not follow the study period structure.
TEK103 Financial Economics, Advanced Course: The course is to be studied together with NEKN81, which is given by the Department of Economics. Does not follow the study period structure.
TEK110 Economics, Empirical Finance: The course is to be studied together with NEKN82, which is given by the Department of Economics. Does not follow the study period structure.

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
  sp4
ETIF05 7.5 G2 V 4 - 14/15 4 X E Basic Wireless Communication Technique KS KE U W T 1 Lectures: 18 h (45-minute sessions)
Exercises: 18 h (45-minute sessions)
Laboratory exercises: 12 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 150 h (45-minute sessions)
ETIN20 7.5 A V 4 - 14/15 4 X E Digital IC-design KS KE U W T 1 Lectures: 24 h (45-minute sessions)
Exercises: 12 h (45-minute sessions)
Laboratory exercises: 12 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 150 h (45-minute sessions)
ETIN70 7.5 A V 4 - 14/15 4 X E1 Modern Electronics KS KE U W T 1 Lectures: 28 h (45-minute sessions)
Exercises: 12 h (45-minute sessions)
Laboratory exercises: 6 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 0 h
FFF110 7.5 G2 V 4 - 14/15 4 X E Processing and Device Technology KS KE U W T 1 Lectures: 24 h (45-minute sessions)
Exercises: 10 h (45-minute sessions)
Laboratory exercises: 24 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 100 h (45-minute sessions)
FFF021 7.5 A V 4 - 14/15 4 X E1 Semiconductor Physics KS KE U W T 1 Lectures: 34 h (45-minute sessions)
Exercises: 14 h (45-minute sessions)
Laboratory exercises: 16 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 80 h (45-minute sessions)
FFFN01 7.5 A V 4 - 14/15 4 - E Advanced Processing of Nanostructures KS KE U W T 1 Lectures: 6 h (45-minute sessions)
Exercises: 2 h (45-minute sessions)
Laboratory exercises: 12 h (45-minute sessions)
Time with supervisor for projects: 30 h (45-minute sessions)
Time for self studies: 60 h (45-minute sessions)
ETIN25 7.5 A V 4 - 14/15 4 X E Analogue IC-design KS KE U W T
ETEN10 7.5 A V 4 - 14/15 4 X E Antenna Technology KS KE U W T
ETIN50 7.5 A V 4 - 14/15 4 X E RF Amplifier Design KS KE U W T
ETIN30 7.5 A V 4 - 14/15 4 X E Integrated Radio Electronics X The course is offered every other academic year and will be given in 2014/15, 2016/17. KS KE U W T
FFFN25 7.5 A V 4 - 14/15 4 X E Optoelectronics and Optical Communication KS KE U W T
FFFN01 7.5 A V 4 - 14/15 4 - E Advanced Processing of Nanostructures KS KE U W T
ETEN01 7.5 A V 4 - 14/15 4 X E1 Microwave Theory KS KE U W T
FFF160 7.5 A V 4 - 14/15 4 X E1 Nanoelectronics KS KE U W T
FFF115 7.5 A V 4 - 14/15 4 X E1 High Speed Devices X The course is offered every other academic year and will next be offered in 2015/16. KS KE U W T Course on hold Course on hold: The course is not given this academic year, but is planned to be given next academic year.

ETIN30 Integrated Radio Electronics: The course is offered every other academic year and will be given in 2014/15, 2016/17.
FFF115 High Speed Devices: The course is offered every other academic year and will next be offered in 2015/16.

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
  sp4
FAF080 7.5 A V 4 - 14/15 4 X E Atomic and Molecular Spectroscopy KS KE U W T 1 Lectures: 36 h (45-minute sessions)
Exercises: 4 h (45-minute sessions)
Laboratory exercises: 15 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 145 h (45-minute sessions)
FHLF05 7.5 G2 V 4 - 14/15 4 X E Biomechanics KS KE U W T 1 Lectures: 32 h (45-minute sessions)
Exercises: 8 h (45-minute sessions)
Laboratory exercises: 0 h
Time with supervisor for projects: 20 h (45-minute sessions)
Time for self studies: 100 h (45-minute sessions)
EEMN20 7.5 A V 4 - 14/15 4 X E Introduction to Lab-on-a-chip Systems KS KE U W T 1 Lectures: 14 h (45-minute sessions)
Exercises: 14 h (45-minute sessions)
Laboratory exercises: 20 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 152 h (45-minute sessions)
EEM031 7.5 G2 V 4 - 14/15 4 - S Transducer Technology KS KE U W T 1 Lectures: 42 h (45-minute sessions)
Exercises: 0 h
Laboratory exercises: 12 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 146 h (45-minute sessions)
FHLN15 7.5 A V 4 - 14/15 4 X E Biomechanics, Advanced Course KS KE U T
EEMF05 7.5 G2 V 4 - 14/15 4 - S Biomedical Measurements X Reexam date to be set by agreement. KS KE U W T
EEMN10 7.5 A V 4 - 14/15 4 X S Computerised Measurement Systems KS KE U W T
EEMN05 7.5 A V 4 - 14/15 4 X E1 EMC, Noise and Noise Reduction KS KE U W T
FKFN05 7.5 A V 4 - 14/15 4 X E1 Experimental Tools for Subatomic Physics KS KE U W T
ESS040 6 G2 V 4 - 14/15 4 X S Systems and Signals KS KE U W T
EEMN15 7.5 A V 4 - 14/15 4 X S Ultrasound Physics and Technology X Re-examination set by agreement. KS KE U W T
BMEN01 7.5 A V 4 - 14/15 4 X E1 Biomedical Signal Processing KS KE U W T
EEMN25 7.5 A V 4 - 14/15 4 X E1 Lab-on-a-chip in Biomedical Applications KS KE U W T
FAF150 7.5 A V 4 - 14/15 4 X E Medical Optics X Examination for higher grade after agreement with the course coordinator. KS KE U W T

EEMF05 Biomedical Measurements: Reexam date to be set by agreement.
EEMN15 Ultrasound Physics and Technology: Re-examination set by agreement.
FAF150 Medical Optics: Examination for higher grade after agreement with the course coordinator.

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
  sp4
EEMN20 7.5 A V 4 - 14/15 4 X E Introduction to Lab-on-a-chip Systems KS KE U W T 1 Lectures: 14 h (45-minute sessions)
Exercises: 14 h (45-minute sessions)
Laboratory exercises: 20 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 152 h (45-minute sessions)
FFF110 7.5 G2 V 4 - 14/15 4 X E Processing and Device Technology KS KE U W T 1 Lectures: 24 h (45-minute sessions)
Exercises: 10 h (45-minute sessions)
Laboratory exercises: 24 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 100 h (45-minute sessions)
FMFN01 7.5 A V 4 - 14/15 4 X E1 Quantum Mechanics, Advanced Course 1 KS KE U W T 1 Lectures: 20 h (45-minute sessions)
Exercises: 20 h (45-minute sessions)
Laboratory exercises: 0 h
Time with supervisor for projects: 10 h (45-minute sessions)
Time for self studies: 104 h (45-minute sessions)
FFF021 7.5 A V 4 - 14/15 4 X E1 Semiconductor Physics KS KE U W T 1 Lectures: 34 h (45-minute sessions)
Exercises: 14 h (45-minute sessions)
Laboratory exercises: 16 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 80 h (45-minute sessions)
FFFN01 7.5 A V 4 - 14/15 4 - E Advanced Processing of Nanostructures KS KE U W T 1 Lectures: 6 h (45-minute sessions)
Exercises: 2 h (45-minute sessions)
Laboratory exercises: 12 h (45-minute sessions)
Time with supervisor for projects: 30 h (45-minute sessions)
Time for self studies: 60 h (45-minute sessions)
FFF042 7.5 A V 4 - 14/15 4 X E The Physics of Low-dimensional Structures and Quantum Devices KS KE U W T
FFFN25 7.5 A V 4 - 14/15 4 X E Optoelectronics and Optical Communication KS KE U W T
FMFN01 7.5 A V 4 - 14/15 4 X E1 Quantum Mechanics, Advanced Course 1 KS KE U W T
FFFN01 7.5 A V 4 - 14/15 4 - E Advanced Processing of Nanostructures KS KE U W T
FFFN20 15 A V 4 - 14/15 4 X E1 Experimental Biophysics KS KE U W T
EEMN01 7.5 A V 4 - 14/15 4 X E1 Micro Sensors X Re-examination set by agreement KS KE U W T
FFF160 7.5 A V 4 - 14/15 4 X E1 Nanoelectronics KS KE U W T
FFF051 7.5 A V 4 - 14/15 4 X E Solid State Theory KS KE U W T
TEK177 7.5 A V 4 - 14/15 4 X E1 The Physics of Surfaces X The course is given by the Faculty of Science and does not follow the study period structure. KS KE U W T
FFF115 7.5 A V 4 - 14/15 4 X E1 High Speed Devices X The course is offered every other academic year and will next be offered in 2015/16. KS KE U W T Course on hold Course on hold: The course is not given this academic year, but is planned to be given next academic year.

EEMN01 Micro Sensors: Re-examination set by agreement
TEK177 The Physics of Surfaces: The course is given by the Faculty of Science and does not follow the study period structure.
FFF115 High Speed Devices: The course is offered every other academic year and will next be offered in 2015/16.

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
  sp4
EDAN55 7.5 A V 4 - 14/15 4 X E Advanced Algorithms KS KE U W T 1 Lectures: 20 h (45-minute sessions)
Exercises: 0 h
Laboratory exercises: 10 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 170 h (45-minute sessions)
EDAN65 7.5 A V 4 - 14/15 4 X E1 Compilers KS KE U W T 1 Lectures: 28 h (45-minute sessions)
Exercises: 0 h
Laboratory exercises: 12 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 160 h (45-minute sessions)
EDA061 4.5 G2 V 4 - 14/15 4 - S Object-oriented Modelling and Design KS KE U W T 1 Lectures: 14 h (45-minute sessions)
Exercises: 6 h (45-minute sessions)
Laboratory exercises: 0 h
Time with supervisor for projects: 0 h
Time for self studies: 98 h (45-minute sessions)
ETSN05 7.5 A V 4 - 14/15 4 - S Software Development for Large Systems KS KE U W T 1 Lectures: 10 h (45-minute sessions)
Exercises: 8 h (45-minute sessions)
Laboratory exercises: 4 h (45-minute sessions)
Time with supervisor for projects: 36 h (45-minute sessions)
Time for self studies: 142 h (45-minute sessions)
EDA040 6 G2 V 4 - 14/15 4 X E1 Concurrent Programming KS KE U W T 1 Lectures: 14 h (45-minute sessions)
Exercises: 14 h (45-minute sessions)
Laboratory exercises: 6 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 40 h (45-minute sessions)
EDAN10 7.5 A V 4 - 14/15 4 X E Configuration Management KS KE U W T
EDAN40 7.5 A V 4 - 14/15 4 X E Functional Programming KS KE U W T
ETS170 7.5 A V 4 - 14/15 4 X S Requirements Engineering KS KE U W T
EDA260 6 G2 V 4 - 14/15 4 - S Software Development in Teams – Project KS KE U W T
EDAN01 7.5 A V 4 - 14/15 4 X E Constraint Programming KS KE U W T
FMA240 6 G2 V 4 - 14/15 4 X E1 Linear and Combinatorial Optimization KS KE U W T
ETS200 7.5 A V 4 - 14/15 4 X E Software Testing KS KE U W T
EDA216 7.5 G2 V 4 - 14/15 4 X S Database Technology KS KE U W T
EDAF05 5 G2 V 4 - 14/15 4 X E1 Algorithms, Data Structures and Complexity KS KE U W T
EDA270 9 A V 5 - 15/16 4 - S Coaching of Programming Teams KS KE U W T

Specialisation r - Control 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
  sp4
FRTN10 7.5 A V 4 - 14/15 4 X E1 Multivariable Control KS KE U W T 1 Lectures: 30 h (45-minute sessions)
Exercises: 30 h (45-minute sessions)
Laboratory exercises: 12 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 128 h (45-minute sessions)
FMSF10 7.5 G2 V 4 - 14/15 4 X E1 Stationary Stochastic Processes KS KE U W T 1 Lectures: 28 h (45-minute sessions)
Exercises: 28 h (45-minute sessions)
Laboratory exercises: 6 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 120 h (45-minute sessions)
EEM031 7.5 G2 V 4 - 14/15 4 - S Transducer Technology KS KE U W T 1 Lectures: 42 h (45-minute sessions)
Exercises: 0 h
Laboratory exercises: 12 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 146 h (45-minute sessions)
FMA120 6 A V 4 - 14/15 4 X E1 Matrix Theory KS KE U W T 1 Lectures: 14 h (45-minute sessions)
Exercises: 14 h (45-minute sessions)
Laboratory exercises: 0 h
Time with supervisor for projects: 1 h (45-minute sessions)
Time for self studies: 52 h (45-minute sessions)
FRTN01 10 A V 4 - 14/15 4 X E1 Real-Time Systems X The course is offered two times during the academic year 14/15. From the academic year 15/16 the course is given only in the spring semester. KS KE U W T 1 Lectures: 28 h (45-minute sessions)
Exercises: 18 h (45-minute sessions)
Laboratory exercises: 4 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 70 h (45-minute sessions)
FRT041 7.5 A V 4 - 14/15 4 X E1 System Identification KS KE U W T 1 Lectures: 28 h (45-minute sessions)
Exercises: 14 h (45-minute sessions)
Laboratory exercises: 14 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 70 h (45-minute sessions)
FMS051 7.5 A V 4 - 14/15 4 X E1 Mathematical Statistics, Time Series Analysis KS KE U W T
FRTN05 7.5 A V 4 - 14/15 4 X E1 Non-Linear Control and Servo Systems KS KE U W T
FMA051 6 A V 4 - 14/15 4 X E1 Optimization KS KE U W T
FRT090 7.5 A V 4 - 14/15 4 X E1 Project in Automatic Control KS KE U W T
FRTN15 7.5 A V 4 - 14/15 4 X E1 Predictive Control KS KE U W T
FRTN01 10 A V 4 - 14/15 4 X E1 Real-Time Systems X The course is offered two times during the academic year 14/15. From the academic year 15/16 the course is given only in the spring semester. KS KE U W T
FRTN30 7.5 A V 4 - 14/15 4 X E Network Dynamics KS KE U T
ETIF10 7.5 G2 V 4 - 14/15 4 X E1 Signal Processing - Design and Implementation KS KE U W T
EITN60 7.5 A V 5 - 15/16 4 X E Optimum and Adaptive Signal Processing KS KE U W T

FRTN01 Real-Time Systems: The course is offered two times during the academic year 14/15. From the academic year 15/16 the course is given only in the spring semester.

Specialisation ss - Signals and Sensors

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
  sp4
EITN55 7.5 A V 4 - 14/15 4 X E1 Signal Separation - Independent Components KS KE U W T 1 Lectures: 14 h (45-minute sessions)
Exercises: 28 h (45-minute sessions)
Laboratory exercises: 8 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 150 h (45-minute sessions)
FMSF10 7.5 G2 V 4 - 14/15 4 X E1 Stationary Stochastic Processes KS KE U W T 1 Lectures: 28 h (45-minute sessions)
Exercises: 28 h (45-minute sessions)
Laboratory exercises: 6 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 120 h (45-minute sessions)
EEM031 7.5 G2 V 4 - 14/15 4 - S Transducer Technology KS KE U W T 1 Lectures: 42 h (45-minute sessions)
Exercises: 0 h
Laboratory exercises: 12 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 146 h (45-minute sessions)
FMA120 6 A V 4 - 14/15 4 X E1 Matrix Theory KS KE U W T 1 Lectures: 14 h (45-minute sessions)
Exercises: 14 h (45-minute sessions)
Laboratory exercises: 0 h
Time with supervisor for projects: 1 h (45-minute sessions)
Time for self studies: 52 h (45-minute sessions)
EEMN10 7.5 A V 4 - 14/15 4 X S Computerised Measurement Systems KS KE U W T
EEMN05 7.5 A V 4 - 14/15 4 X E1 EMC, Noise and Noise Reduction KS KE U W T
FMS051 7.5 A V 4 - 14/15 4 X E1 Mathematical Statistics, Time Series Analysis KS KE U W T
ESS040 6 G2 V 4 - 14/15 4 X S Systems and Signals KS KE U W T
BMEN01 7.5 A V 4 - 14/15 4 X E1 Biomedical Signal Processing KS KE U W T
EEMN01 7.5 A V 4 - 14/15 4 X E1 Micro Sensors X Re-examination set by agreement KS KE U W T
ETIF10 7.5 G2 V 4 - 14/15 4 X E1 Signal Processing - Design and Implementation KS KE U W T
FMSN35 7.5 A V 4 - 14/15 4 X E1 Stationary and Non-stationary Spectral Analysis X The course is offered every other academic year and will next be offered in 2015/16. KS KE U W T Course on hold Course on hold: The course is not given this academic year, but is planned to be given next academic year.
FMA260 7.5 A V 5 - 15/16 4 X E1 Functional Analysis and Harmonic Analysis KS KE U W T 1 Lectures: 12 h (45-minute sessions)
Exercises: 8 h (45-minute sessions)
Laboratory exercises: 0 h
Time with supervisor for projects: 0 h
Time for self studies: 80 h (45-minute sessions)
EITN60 7.5 A V 5 - 15/16 4 X E Optimum and Adaptive Signal Processing KS KE U W T

EEMN01 Micro Sensors: Re-examination set by agreement
FMSN35 Stationary and Non-stationary Spectral Analysis: The course is offered every other academic year and will next be offered in 2015/16.

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
  sp4
ETEN05 7.5 A V 4 - 14/15 4 X E Electromagnetic Wave Propagation KS KE U W T 1 Lectures: 28 h (45-minute sessions)
Exercises: 14 h (45-minute sessions)
Laboratory exercises: 0 h
Time with supervisor for projects: 5 h (45-minute sessions)
Time for self studies: 153 h (45-minute sessions)
FMFN01 7.5 A V 4 - 14/15 4 X E1 Quantum Mechanics, Advanced Course 1 KS KE U W T 1 Lectures: 20 h (45-minute sessions)
Exercises: 20 h (45-minute sessions)
Laboratory exercises: 0 h
Time with supervisor for projects: 10 h (45-minute sessions)
Time for self studies: 104 h (45-minute sessions)
TEK267 7.5 A V 4 - 14/15 4 X E Theoretical Biophysics X The course is given by the Faculty of Science and does not follow the study period structure. KS KE U W T 1 Lectures: 40 h (45-minute sessions)
Exercises: 0 h
Laboratory exercises: 0 h
Time with supervisor for projects: 10 h (45-minute sessions)
Time for self studies: 150 h (45-minute sessions)
FMA120 6 A V 4 - 14/15 4 X E1 Matrix Theory KS KE U W T 1 Lectures: 14 h (45-minute sessions)
Exercises: 14 h (45-minute sessions)
Laboratory exercises: 0 h
Time with supervisor for projects: 1 h (45-minute sessions)
Time for self studies: 52 h (45-minute sessions)
FMF150 7.5 A V 4 - 14/15 4 X E1 Thermodynamics and Statistical Physics KS KE U W T
FAFN05 7.5 A V 4 - 14/15 4 X E Light - Matter Interaction KS KE U W T
FMEN02 7.5 A V 4 - 14/15 4 X E Multibody Dynamics KS KE U W T
FMFN01 7.5 A V 4 - 14/15 4 X E1 Quantum Mechanics, Advanced Course 1 KS KE U W T
FMEN15 7.5 A V 4 - 14/15 4 X E Analytical Mechanics KS KE U W T
FMFN05 7.5 A V 4 - 14/15 4 X E1 Chaos KS KE U W T
FMFN10 7.5 A V 4 - 14/15 4 X E Quantum Mechanics, Advanced Course 2 KS KE U W T
FFF051 7.5 A V 4 - 14/15 4 X E Solid State Theory KS KE U W T
FMF121 7.5 A V 4 - 14/15 4 X E1 Theory of Nuclear Structure X The course is offered every other academic year and will next be offered in 2015/16. KS KE U W T Course on hold Course on hold: The course is not given this academic year, but is planned to be given next academic year.
FMF170 7.5 G2 V 4 - 14/15 4 X E Complex Economy X The course is offered every other academic year and will next be offered in 2015/16. KS KE U W T Course on hold Course on hold: The course is not given this academic year, but is planned to be given next academic year.
FMA260 7.5 A V 5 - 15/16 4 X E1 Functional Analysis and Harmonic Analysis KS KE U W T 1 Lectures: 12 h (45-minute sessions)
Exercises: 8 h (45-minute sessions)
Laboratory exercises: 0 h
Time with supervisor for projects: 0 h
Time for self studies: 80 h (45-minute sessions)

TEK267 Theoretical Biophysics: The course is given by the Faculty of Science and does not follow the study period structure.
FMF121 Theory of Nuclear Structure: The course is offered every other academic year and will next be offered in 2015/16.
FMF170 Complex Economy: The course is offered every other academic year and will next be offered in 2015/16.

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
  sp4
FMA135 6 G1 1 - 11/12 1 X E2 Geometry KS KE U W T
FMA091 6 G1 1 - 11/12 1 - S Discrete Mathematics KS KE U W T
EDAA25 3 G1 2 - 12/13 2 X S C Programming KS KE U W T 1 Lectures: 14 h (45-minute sessions)
Exercises: 0 h
Laboratory exercises: 0 h
Time with supervisor for projects: 0 h
Time for self studies: 70 h (45-minute sessions)
GEMA30 4.5 G1 2 - 12/13 1 - S Swedish for Engineers KS KE U W T 1 Lectures: 12 h (45-minute sessions)
Exercises: 8 h (45-minute sessions)
Laboratory exercises: 0 h
Time with supervisor for projects: 0 h
Time for self studies: 40 h (45-minute sessions)
ETI125 4.5 G1 2 - 12/13 2 - S Consumer Electronics KS KE U W T 1 Lectures: 14 h (45-minute sessions)
Exercises: 0 h
Laboratory exercises: 0 h
Time with supervisor for projects: 0 h
Time for self studies: 20 h (45-minute sessions)
GEMA20 7.5 G1 2 - 12/13 1 - E English for Engineers KS KE U W T 1 Lectures: 30 h (45-minute sessions)
Exercises: 0 h
Laboratory exercises: 0 h
Time with supervisor for projects: 0 h
Time for self studies: 30 h (45-minute sessions)
GEMF05 7.5 G2 2 - 12/13 1 X E Gender in Science and Engineering KS KE U 1 Lectures: 12 h (45-minute sessions)
Exercises: 6 h (45-minute sessions)
Laboratory exercises: 0 h
Time with supervisor for projects: 0 h
Time for self studies: 80 h (45-minute sessions)
GEMA50 4.5 G1 2 - 12/13 1 - S History of Technology KS KE U W T 1 Lectures: 14 h (45-minute sessions)
Exercises: 0 h
Laboratory exercises: 0 h
Time with supervisor for projects: 0 h
Time for self studies: 40 h (45-minute sessions)
EDAA01 7.5 G1 2 - 12/13 2 - S Programming - Second Course KS KE U W T 1 Lectures: 14 h (45-minute sessions)
Exercises: 6 h (45-minute sessions)
Laboratory exercises: 6 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 66 h (45-minute sessions)
EIT070 6 G2 2 - 12/13 2 - S Computer Organization KS KE U W T
FRT130 3 G2 2 - 12/13 2 - E2 Control Theory KS KE U W T
FMF061 4.5 G2 2 - 12/13 2 - S Theory of Relativity KS KE U W T
GEMA20 7.5 G1 2 - 12/13 1 - E English for Engineers KS KE U W T
GEMA45 3 G1 2 - 12/13 1 - S Teaching and Learning KS KE U W T
FMA023 3 A 2 - 12/13 2 - E1 Applied Mathematics, Project KS KE U W T
EIT020 9 G2 3 - 13/14 3 - S Design of Digital Circuits – A Systems Approach KS KE U W T 1 Lectures: 28 h (45-minute sessions)
Exercises: 28 h (45-minute sessions)
Laboratory exercises: 8 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 75 h (45-minute sessions)
GEMA25 7.5 G1 3 - 13/14 1 - S German for Engineers KS KE U W T 1 Lectures: 0 h
Exercises: 40 h (45-minute sessions)
Laboratory exercises: 0 h
Time with supervisor for projects: 0 h
Time for self studies: 60 h (45-minute sessions)
FMAN10 7.5 A 3 - 13/14 3 X E1 Algebraic Structures X The date and time of the exam is announced by the course lecturer. The course is to be studied together with MATM11, which is given by the division for Mathematics of the Faculty of Science. Does not follow the study period structure. KS KE U W T
GEMA65 7.5 G1 3 - 13/14 1 - S Chinese for Engineers KS KE U T
GEMA01 7.5 G1 3 - 13/14 1 - S French for Engineers: Language, Culture and Society, First Course KS KE U W T
EDAN55 7.5 A 4 - 14/15 4 X E Advanced Algorithms KS KE U W T 1 Lectures: 20 h (45-minute sessions)
Exercises: 0 h
Laboratory exercises: 10 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 170 h (45-minute sessions)
FMNN25 7.5 A 4 - 14/15 4 X E1 Advanced Course in Numerical Algorithms with Python/SciPy KS KE U W T 1 Lectures: 28 h (45-minute sessions)
Exercises: 14 h (45-minute sessions)
Laboratory exercises: 0 h
Time with supervisor for projects: 3 h (45-minute sessions)
Time for self studies: 155 h (45-minute sessions)
MMKF15 7.5 G2 4 - 14/15 4 X E1 Applied Robotics KS KE U W T 1 Lectures: 28 h (45-minute sessions)
Exercises: 22 h (45-minute sessions)
Laboratory exercises: 8 h (45-minute sessions)
Time with supervisor for projects: 120 h (45-minute sessions)
Time for self studies: 0 h
FAF080 7.5 A 4 - 14/15 4 X E Atomic and Molecular Spectroscopy KS KE U W T 1 Lectures: 36 h (45-minute sessions)
Exercises: 4 h (45-minute sessions)
Laboratory exercises: 15 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 145 h (45-minute sessions)
ETIF05 7.5 G2 4 - 14/15 4 X E Basic Wireless Communication Technique KS KE U W T 1 Lectures: 18 h (45-minute sessions)
Exercises: 18 h (45-minute sessions)
Laboratory exercises: 12 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 150 h (45-minute sessions)
FHLF05 7.5 G2 4 - 14/15 4 X E Biomechanics KS KE U W T 1 Lectures: 32 h (45-minute sessions)
Exercises: 8 h (45-minute sessions)
Laboratory exercises: 0 h
Time with supervisor for projects: 20 h (45-minute sessions)
Time for self studies: 100 h (45-minute sessions)
EDAN65 7.5 A 4 - 14/15 4 X E1 Compilers KS KE U W T 1 Lectures: 28 h (45-minute sessions)
Exercises: 0 h
Laboratory exercises: 12 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 160 h (45-minute sessions)
FHLN05 7.5 A 4 - 14/15 4 - S Computational Inelasticity KS KE U W T 1 Lectures: 28 h (45-minute sessions)
Exercises: 28 h (45-minute sessions)
Laboratory exercises: 4 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 144 h (45-minute sessions)
ETS052 4.5 G2 4 - 14/15 4 - S Computer Communication KS KE U W T 1 Lectures: 28 h (45-minute sessions)
Exercises: 14 h (45-minute sessions)
Laboratory exercises: 8 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 70 h (45-minute sessions)
EDA221 7.5 G2 4 - 14/15 4 X E Computer Graphics KS KE U W T 1 Lectures: 26 h (45-minute sessions)
Exercises: 0 h
Laboratory exercises: 10 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 160 h (45-minute sessions)
FMEN21 7.5 A 4 - 14/15 4 X E Continuum Mechanics KS KE U W T 1 Lectures: 42 h (45-minute sessions)
Exercises: 14 h (45-minute sessions)
Laboratory exercises: 0 h
Time with supervisor for projects: 2 h (45-minute sessions)
Time for self studies: 142 h (45-minute sessions)
ETT051 7.5 G2 4 - 14/15 4 X E Digital Communications KS KE U W T 1 Lectures: 24 h (45-minute sessions)
Exercises: 28 h (45-minute sessions)
Laboratory exercises: 8 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 140 h (45-minute sessions)
ETIN20 7.5 A 4 - 14/15 4 X E Digital IC-design KS KE U W T 1 Lectures: 24 h (45-minute sessions)
Exercises: 12 h (45-minute sessions)
Laboratory exercises: 12 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 150 h (45-minute sessions)
MVKN40 5 A 4 - 14/15 4 X S District Heating and Cooling KS KE U W T 1 Lectures: 14 h (45-minute sessions)
Exercises: 14 h (45-minute sessions)
Laboratory exercises: 0 h
Time with supervisor for projects: 0 h
Time for self studies: 92 h (45-minute sessions)
ETEN05 7.5 A 4 - 14/15 4 X E Electromagnetic Wave Propagation KS KE U W T 1 Lectures: 28 h (45-minute sessions)
Exercises: 14 h (45-minute sessions)
Laboratory exercises: 0 h
Time with supervisor for projects: 5 h (45-minute sessions)
Time for self studies: 153 h (45-minute sessions)
FMAN20 7.5 A 4 - 14/15 4 X E1 Image Analysis KS KE U W T 1 Lectures: 32 h (45-minute sessions)
Exercises: 18 h (45-minute sessions)
Laboratory exercises: 8 h (45-minute sessions)
Time with supervisor for projects: 1 h (45-minute sessions)
Time for self studies: 141 h (45-minute sessions)
MAMN25 7.5 A 4 - 14/15 4 - S Interaction Design KS KE U W T 1 Lectures: 30 h (45-minute sessions)
Exercises: 14 h (45-minute sessions)
Laboratory exercises: 0 h
Time with supervisor for projects: 14 h (45-minute sessions)
Time for self studies: 142 h (45-minute sessions)
EEMN20 7.5 A 4 - 14/15 4 X E Introduction to Lab-on-a-chip Systems KS KE U W T 1 Lectures: 14 h (45-minute sessions)
Exercises: 14 h (45-minute sessions)
Laboratory exercises: 20 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 152 h (45-minute sessions)
EDAN20 7.5 A 4 - 14/15 4 X E Language Technology KS KE U W T 1 Lectures: 20 h (45-minute sessions)
Exercises: 0 h
Laboratory exercises: 12 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 160 h (45-minute sessions)
MIO012 6 G1 4 - 14/15 4 - S Managerial Economics, Basic Course KS KE U W T 1 Lectures: 50 h (45-minute sessions)
Exercises: 12 h (45-minute sessions)
Laboratory exercises: 3 h (45-minute sessions)
Time with supervisor for projects: 1 h (45-minute sessions)
Time for self studies: 94 h (45-minute sessions)
FMSF15 7.5 G2 4 - 14/15 4 X E1 Markov Processes KS KE U W T 1 Lectures: 28 h (45-minute sessions)
Exercises: 28 h (45-minute sessions)
Laboratory exercises: 6 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 120 h (45-minute sessions)
ETIN70 7.5 A 4 - 14/15 4 X E1 Modern Electronics KS KE U W T 1 Lectures: 28 h (45-minute sessions)
Exercises: 12 h (45-minute sessions)
Laboratory exercises: 6 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 0 h
FRTN10 7.5 A 4 - 14/15 4 X E1 Multivariable Control KS KE U W T 1 Lectures: 30 h (45-minute sessions)
Exercises: 30 h (45-minute sessions)
Laboratory exercises: 12 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 128 h (45-minute sessions)
FKFN20 7.5 A 4 - 14/15 4 X E Nuclear Physics, Advanced Course KS KE U W T 1 Lectures: 40 h (45-minute sessions)
Exercises: 6 h (45-minute sessions)
Laboratory exercises: 20 h (45-minute sessions)
Time with supervisor for projects: 4 h (45-minute sessions)
Time for self studies: 140 h (45-minute sessions)
FMNN01 7.5 A 4 - 14/15 4 X E Numerical Linear Algebra KS KE U W T 1 Lectures: 42 h (45-minute sessions)
Exercises: 0 h
Laboratory exercises: 0 h
Time with supervisor for projects: 6 h (45-minute sessions)
Time for self studies: 152 h (45-minute sessions)
EDA061 4.5 G2 4 - 14/15 4 - S Object-oriented Modelling and Design KS KE U W T 1 Lectures: 14 h (45-minute sessions)
Exercises: 6 h (45-minute sessions)
Laboratory exercises: 0 h
Time with supervisor for projects: 0 h
Time for self studies: 98 h (45-minute sessions)
FAFF01 7.5 G2 4 - 14/15 4 X E Optics and Optical Design KS KE U W T 1 Lectures: 26 h (45-minute sessions)
Exercises: 12 h (45-minute sessions)
Laboratory exercises: 15 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 150 h (45-minute sessions)
EXTF90 7.5 G2 4 - 14/15 4 X E1 Photon and Neutron Production for Science X The course is given by the Faculty of Science and does not follow the study period structure. KS KE U W T 1 Lectures: 24 h (45-minute sessions)
Exercises: 12 h (45-minute sessions)
Laboratory exercises: 9 h (45-minute sessions)
Time with supervisor for projects: 6 h (45-minute sessions)
Time for self studies: 150 h (45-minute sessions)
FFF110 7.5 G2 4 - 14/15 4 X E Processing and Device Technology KS KE U W T 1 Lectures: 24 h (45-minute sessions)
Exercises: 10 h (45-minute sessions)
Laboratory exercises: 24 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 100 h (45-minute sessions)
FMFN01 7.5 A 4 - 14/15 4 X E1 Quantum Mechanics, Advanced Course 1 KS KE U W T 1 Lectures: 20 h (45-minute sessions)
Exercises: 20 h (45-minute sessions)
Laboratory exercises: 0 h
Time with supervisor for projects: 10 h (45-minute sessions)
Time for self studies: 104 h (45-minute sessions)
FFF021 7.5 A 4 - 14/15 4 X E1 Semiconductor Physics KS KE U W T 1 Lectures: 34 h (45-minute sessions)
Exercises: 14 h (45-minute sessions)
Laboratory exercises: 16 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 80 h (45-minute sessions)
EITN55 7.5 A 4 - 14/15 4 X E1 Signal Separation - Independent Components KS KE U W T 1 Lectures: 14 h (45-minute sessions)
Exercises: 28 h (45-minute sessions)
Laboratory exercises: 8 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 150 h (45-minute sessions)
ETSN05 7.5 A 4 - 14/15 4 - S Software Development for Large Systems KS KE U W T 1 Lectures: 10 h (45-minute sessions)
Exercises: 8 h (45-minute sessions)
Laboratory exercises: 4 h (45-minute sessions)
Time with supervisor for projects: 36 h (45-minute sessions)
Time for self studies: 142 h (45-minute sessions)
AEB010 7.5 G2 4 - 14/15 4 X E Solar Heating Technology, Basic Course KS KE U W T 1 Lectures: 24 h (45-minute sessions)
Exercises: 10 h (45-minute sessions)
Laboratory exercises: 15 h (45-minute sessions)
Time with supervisor for projects: 6 h (45-minute sessions)
Time for self studies: 145 h (45-minute sessions)
FMSF10 7.5 G2 4 - 14/15 4 X E1 Stationary Stochastic Processes KS KE U W T 1 Lectures: 28 h (45-minute sessions)
Exercises: 28 h (45-minute sessions)
Laboratory exercises: 6 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 120 h (45-minute sessions)
TEK267 7.5 A 4 - 14/15 4 X E Theoretical Biophysics X The course is given by the Faculty of Science and does not follow the study period structure. KS KE U W T 1 Lectures: 40 h (45-minute sessions)
Exercises: 0 h
Laboratory exercises: 0 h
Time with supervisor for projects: 10 h (45-minute sessions)
Time for self studies: 150 h (45-minute sessions)
EEM031 7.5 G2 4 - 14/15 4 - S Transducer Technology KS KE U W T 1 Lectures: 42 h (45-minute sessions)
Exercises: 0 h
Laboratory exercises: 12 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 146 h (45-minute sessions)
FFFN01 7.5 A 4 - 14/15 4 - E Advanced Processing of Nanostructures KS KE U W T 1 Lectures: 6 h (45-minute sessions)
Exercises: 2 h (45-minute sessions)
Laboratory exercises: 12 h (45-minute sessions)
Time with supervisor for projects: 30 h (45-minute sessions)
Time for self studies: 60 h (45-minute sessions)
EIEF01 10 G2 4 - 14/15 4 X E1 Applied Mechatronics KS KE U W T 1 Lectures: 30 h (45-minute sessions)
Exercises: 10 h (45-minute sessions)
Laboratory exercises: 30 h (45-minute sessions)
Time with supervisor for projects: 8 h (45-minute sessions)
Time for self studies: 60 h (45-minute sessions)
EDA040 6 G2 4 - 14/15 4 X E1 Concurrent Programming KS KE U W T 1 Lectures: 14 h (45-minute sessions)
Exercises: 14 h (45-minute sessions)
Laboratory exercises: 6 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 40 h (45-minute sessions)
FMI050 7.5 A 4 - 14/15 4 - S Energy Systems Analysis: Energy, Environment and Natural Resources KS KE U W T 1 Lectures: 18 h (45-minute sessions)
Exercises: 10 h (45-minute sessions)
Laboratory exercises: 0 h
Time with supervisor for projects: 0 h
Time for self studies: 72 h (45-minute sessions)
FMI055 7.5 A 4 - 14/15 4 - S Environmental Systems Studies: Life Cycle Analysis KS KE U W T 1 Lectures: 12 h (45-minute sessions)
Exercises: 6 h (45-minute sessions)
Laboratory exercises: 0 h
Time with supervisor for projects: 1 h (45-minute sessions)
Time for self studies: 81 h (45-minute sessions)
GEMA60 7.5 G1 4 - 14/15 1 - S Law for Engineers, Introductory Course in Business Law X LTH common courses (courses where the course code begins with GEM) counts as external elective courses in the degree requirements for students admitted autumn 2011 and later. KS KE U W T 1 Lectures: 25 h (45-minute sessions)
Exercises: 0 h
Laboratory exercises: 0 h
Time with supervisor for projects: 0 h
Time for self studies: 75 h (45-minute sessions)
FMA120 6 A 4 - 14/15 4 X E1 Matrix Theory KS KE U W T 1 Lectures: 14 h (45-minute sessions)
Exercises: 14 h (45-minute sessions)
Laboratory exercises: 0 h
Time with supervisor for projects: 1 h (45-minute sessions)
Time for self studies: 52 h (45-minute sessions)
FMAN15 7.5 A 4 - 14/15 4 X E Nonlinear Dynamical Systems KS KE U W T 1 Lectures: 18 h (45-minute sessions)
Exercises: 6 h (45-minute sessions)
Laboratory exercises: 0 h
Time with supervisor for projects: 0 h
Time for self studies: 76 h (45-minute sessions)
FRTN01 10 A 4 - 14/15 4 X E1 Real-Time Systems X The course is offered two times during the academic year 14/15. From the academic year 15/16 the course is given only in the spring semester. KS KE U W T 1 Lectures: 28 h (45-minute sessions)
Exercises: 18 h (45-minute sessions)
Laboratory exercises: 4 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 70 h (45-minute sessions)
TNX097 7.5 G2 4 - 14/15 4 - S Rehabilitation Engineering KS KE U W T 1 Lectures: 14 h (45-minute sessions)
Exercises: 14 h (45-minute sessions)
Laboratory exercises: 4 h (45-minute sessions)
Time with supervisor for projects: 4 h (45-minute sessions)
Time for self studies: 44 h (45-minute sessions)
FRT041 7.5 A 4 - 14/15 4 X E1 System Identification KS KE U W T 1 Lectures: 28 h (45-minute sessions)
Exercises: 14 h (45-minute sessions)
Laboratory exercises: 14 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 70 h (45-minute sessions)
GEMA70 15 G1 4 - 14/15 1 - S Japanese for Engineers X LTH common courses (courses where the course code begins with GEM) counts as external elective courses in the degree requirements for students admitted autumn 2011 and later. KS KE U W T 1 Lectures: 0 h
Exercises: 20 h (45-minute sessions)
Laboratory exercises: 0 h
Time with supervisor for projects: 0 h
Time for self studies: 90 h (45-minute sessions)
MVKN05 7.5 A 4 - 14/15 4 - S Project - Formula Student KS KE U W T 1 Lectures: 0 h
Exercises: 0 h
Laboratory exercises: 0 h
Time with supervisor for projects: 13 h (45-minute sessions)
Time for self studies: 40 h (45-minute sessions)
MAM242 7.5 G2 4 - 14/15 4 X E1 Aerosol Technology KS KE U W T
ETIN25 7.5 A 4 - 14/15 4 X E Analogue IC-design KS KE U W T
ETEN10 7.5 A 4 - 14/15 4 X E Antenna Technology KS KE U W T
FHLN15 7.5 A 4 - 14/15 4 X E Biomechanics, Advanced Course KS KE U T
EEMF05 7.5 G2 4 - 14/15 4 - S Biomedical Measurements X Reexam date to be set by agreement. KS KE U W T
EITF20 7.5 G2 4 - 14/15 4 X E1 Computer Architecture KS KE U W T
EEMN10 7.5 A 4 - 14/15 4 X S Computerised Measurement Systems KS KE U W T
EDAN10 7.5 A 4 - 14/15 4 X E Configuration Management KS KE U W T
EDIN01 7.5 A 4 - 14/15 4 X E1 Cryptography KS KE U W T
EXTN80 7.5 A 4 - 14/15 4 X E Economic and Financial Decision-making X The course is to be studied together with NEKN22, which is given by the Department of Economics. Does not follow the study period structure. KS KE U W T
EEMN05 7.5 A 4 - 14/15 4 X E1 EMC, Noise and Noise Reduction KS KE U W T
EXTN90 7.5 A 4 - 14/15 4 X E Experimental Methods and Instrumentation for Synchrotron Radiation Research X The course is given by the Faculty of Science and does not follow the study period structure. KS KE U W T
FKFN05 7.5 A 4 - 14/15 4 X E1 Experimental Tools for Subatomic Physics KS KE U W T
EXTF45 6 G2 4 - 14/15 4 - S Financial Management KS KE U W T
FHL066 7.5 A 4 - 14/15 4 X S Finite Element Method for Non-linear Systems KS KE U W T
EDAN40 7.5 A 4 - 14/15 4 X E Functional Programming KS KE U W T
EDAN35 7.5 A 4 - 14/15 4 X E High Performance Computer Graphics KS KE U W T
EITF25 6 G2 4 - 14/15 4 X E Internet - Techniques and Applications KS KE U W T
FAFN01 7.5 A 4 - 14/15 4 X E Lasers KS KE U W T
MIO012 6 G1 4 - 14/15 4 - S Managerial Economics, Basic Course KS KE U W T
FMS051 7.5 A 4 - 14/15 4 X E1 Mathematical Statistics, Time Series Analysis KS KE U W T
FMEN11 7.5 A 4 - 14/15 4 X E Mechanical Vibrations KS KE U W T
FMAN30 7.5 A 4 - 14/15 4 X E1 Medical Image Analysis KS KE U W T
FHLN10 7.5 A 4 - 14/15 4 X E Modern Experimental Mechanics KS KE U W T
FAFF20 7.5 G2 4 - 14/15 4 X E Multi-spectral Imaging KS KE U W T
FFFN05 7.5 A 4 - 14/15 4 X E Nanomaterials - Thermodynamics and Kinetics KS KE U W T
FRTN05 7.5 A 4 - 14/15 4 X E1 Non-Linear Control and Servo Systems KS KE U W T
FMA051 6 A 4 - 14/15 4 X E1 Optimization KS KE U W T
EXTF85 7.5 G2 4 - 14/15 4 X E1 Particle Physics, Cosmology and Accelerators X The course is given by the Faculty of Science and does not follow the study period structure. KS KE U W T
FMAN40 3 A 4 - 14/15 4 X E1 Project in Applied Mathematics KS KE U W T
FRT090 7.5 A 4 - 14/15 4 X E1 Project in Automatic Control KS KE U W T
EDAN70 7.5 A 4 - 14/15 4 X E1 Project in Computer Science KS KE U W T
TEK171 7.5 A 4 - 14/15 4 - S Quantitative Human Physiology KS KE U W T
ETS170 7.5 A 4 - 14/15 4 X S Requirements Engineering KS KE U W T
ETIN50 7.5 A 4 - 14/15 4 X E RF Amplifier Design KS KE U W T
FMNN05 7.5 A 4 - 14/15 4 X E1 Simulation Tools KS KE U W T
FMSN20 7.5 A 4 - 14/15 4 X E1 Spatial Statistics with Image Analysis KS KE U W T
ESS040 6 G2 4 - 14/15 4 X S Systems and Signals KS KE U W T
FFF042 7.5 A 4 - 14/15 4 X E The Physics of Low-dimensional Structures and Quantum Devices KS KE U W T
FMF150 7.5 A 4 - 14/15 4 X E1 Thermodynamics and Statistical Physics KS KE U W T
EIEN10 7.5 A 4 - 14/15 4 X E1 Wind Power Systems KS KE U W T
EDA260 6 G2 4 - 14/15 4 - S Software Development in Teams – Project KS KE U W T
EXTN95 7.5 A 4 - 14/15 4 X E Accelerators and Free Electron Lasers X The course is given by the Faculty of Science and does not follow the study period structure. The course is offered every other academic year and will be given in 2014/15, 2016/17. KS KE U W T
MAMN20 7.5 A 4 - 14/15 4 X E1 Aerosol Technology Project KS KE U W T
EDA132 7.5 G2 4 - 14/15 4 X E Applied Artificial Intelligence KS KE U W T
FKFN25 7.5 A 4 - 14/15 4 X E1 Applied Nuclear, Neutron and Reactor Physics KS KE U W T
MIE080 7.5 G2 4 - 14/15 4 X E1 Automation KS KE U W T
EIT060 7.5 G1 4 - 14/15 4 X S Computer Security KS KE U W T
FMA270 6 A 4 - 14/15 4 X E1 Computer Vision KS KE U W T
EDAN01 7.5 A 4 - 14/15 4 X E Constraint Programming KS KE U W T
FAFN15 7.5 A 4 - 14/15 4 X E Crystal Growth and Semiconductor Epitaxy KS KE U W T
MVKN20 7.5 A 4 - 14/15 4 - S Energy Utilization KS KE U W T
TEK180 7.5 A 4 - 14/15 4 X E Financial Valuation and Risk Management X The course is to be studied together with NEKN83, which is given by the Department of Economics. Does not follow the study period structure. KS KE U W T
MMV211 7.5 G2 4 - 14/15 4 X S Fluid Mechanics KS KE U W T
INNN01 7.5 A 4 - 14/15 4 X E Innovation Management KS KE U W T
ETIN30 7.5 A 4 - 14/15 4 X E Integrated Radio Electronics X The course is offered every other academic year and will be given in 2014/15, 2016/17. KS KE U W T
FBR024 7.5 A 4 - 14/15 4 X E1 Laser-Based Combustion Diagnostics KS KE U W T
FAFN05 7.5 A 4 - 14/15 4 X E Light - Matter Interaction KS KE U W T
MIO040 6 G2 4 - 14/15 4 - S Managerial Economics, Advanced Course KS KE U W T
FKM015 7.5 G1 4 - 14/15 4 - S Materials Engineering, Basic Course KS KE U W T
FRT095 4.5 A 4 - 14/15 4 - S Mathematical Modelling, Advanced Course KS KE U W T
FMA111 6 A 4 - 14/15 4 - S Mathematical Structures KS KE U W T
FMS091 7.5 A 4 - 14/15 4 X E1 Monte Carlo and Empirical Methods for Stochastic Inference KS KE U W T
FMEN02 7.5 A 4 - 14/15 4 X E Multibody Dynamics KS KE U W T
FFFN25 7.5 A 4 - 14/15 4 X E Optoelectronics and Optical Communication KS KE U W T
ETIA10 7.5 G1 4 - 14/15 4 X E Patent and Intellectual Property Rights KS KE U W T
AEB020 7.5 G2 4 - 14/15 4 X E1 Photovoltaic Systems, Basic Course KS KE U W T
FMSF05 7.5 G2 4 - 14/15 4 X E1 Probability Theory KS KE U W T
FMFN01 7.5 A 4 - 14/15 4 X E1 Quantum Mechanics, Advanced Course 1 KS KE U W T
ETS200 7.5 A 4 - 14/15 4 X E Software Testing KS KE U W T
VSMN10 7.5 A 4 - 14/15 4 X E1 Structural Dynamic Computing KS KE U W T
FHLN01 7.5 A 4 - 14/15 4 X E Structural Optimization KS KE U W T
EEMN15 7.5 A 4 - 14/15 4 X S Ultrasound Physics and Technology X Re-examination set by agreement. KS KE U W T
FFFN01 7.5 A 4 - 14/15 4 - E Advanced Processing of Nanostructures KS KE U W T
TEK290 7.5 G2 4 - 14/15 4 X E1 Biology, Introductory Course KS KE U W T
EDA031 7.5 G2 4 - 14/15 4 X S C++ Programming KS KE U W T
FMAN25 7.5 A 4 - 14/15 4 X E1 Calculus of Variations KS KE U W T
EDA216 7.5 G2 4 - 14/15 4 X S Database Technology KS KE U W T
FMI040 7.5 A 4 - 14/15 4 - S Energy Systems Analysis: Renewable Sources of Energy KS KE U W T
GEMA40 7.5 G1 4 - 14/15 1 - S Entrepreneurship and Business Development X LTH common courses (courses where the course code begins with GEM) counts as external elective courses in the degree requirements for students admitted autumn 2011 and later. KS KE U W T
FMIN05 7.5 A 4 - 14/15 4 - S Environmental System Studies: Climate, Science and Politics KS KE U W T
FFFN20 15 A 4 - 14/15 4 X E1 Experimental Biophysics KS KE U W T
GEMA60 7.5 G1 4 - 14/15 1 - S Law for Engineers, Introductory Course in Business Law X LTH common courses (courses where the course code begins with GEM) counts as external elective courses in the degree requirements for students admitted autumn 2011 and later. KS KE U W T
FKF100 7.5 A 4 - 14/15 4 X E1 Methods for Environmental Monitoring KS KE U W T
FRTN15 7.5 A 4 - 14/15 4 X E1 Predictive Control KS KE U W T
FRTN01 10 A 4 - 14/15 4 X E1 Real-Time Systems X The course is offered two times during the academic year 14/15. From the academic year 15/16 the course is given only in the spring semester. KS KE U W T
MAM101 7.5 G2 4 - 14/15 4 - S Virtual Reality in Theory and Practice KS KE U W T
FAFN10 7.5 A 4 - 14/15 4 X E Advanced Optics and Lasers KS KE U W T
MAMN20 7.5 A 4 - 14/15 4 X E1 Aerosol Technology Project KS KE U W T
EDAF15 5 G2 4 - 14/15 4 - S Algorithm Implementation KS KE U W T
EDAF05 5 G2 4 - 14/15 4 X E1 Algorithms, Data Structures and Complexity KS KE U W T
FMEN15 7.5 A 4 - 14/15 4 X E Analytical Mechanics KS KE U W T
MVKN45 7.5 A 4 - 14/15 4 X E Applied Computational Fluid Mechanics KS KE U W T
FKFF01 4 G2 4 - 14/15 4 X E Atmospheric Chemistry and Physics KS KE U W T
MIE090 7.5 A 4 - 14/15 4 X E1 Automation for Complex Systems KS KE U W T
BMEN01 7.5 A 4 - 14/15 4 X E1 Biomedical Signal Processing KS KE U W T
FMFN05 7.5 A 4 - 14/15 4 X E1 Chaos KS KE U W T
FMS072 7.5 G2 4 - 14/15 4 X E1 Design of Experiments KS KE U W T
MVKN15 7.5 A 4 - 14/15 4 - S Energy Supply Systems KS KE U W T
FMI070 7.5 A 4 - 14/15 4 X E Environmental Issues, Thematic Course KS KE U W T
FHL090 7.5 A 4 - 14/15 4 X E1 Fracture Mechanics, Advanced Course KS KE U W T
FBR012 7.5 G2 4 - 14/15 4 X E Fundamental Combustion KS KE U W T
MMV031 7.5 G2 4 - 14/15 4 X E1 Heat Transfer KS KE U W T
KII010 7.5 G2 4 - 14/15 4 - E1 Industrial Environmental Management KS KE U W T
EITN45 7.5 A 4 - 14/15 4 X E1 Information Theory KS KE U T
EEMN25 7.5 A 4 - 14/15 4 X E1 Lab-on-a-chip in Biomedical Applications KS KE U W T
FMSN30 7.5 A 4 - 14/15 4 X E1 Linear and Logistic Regression KS KE U W T
MIO022 6 G2 4 - 14/15 4 - S Management Organization KS KE U W T
MIO040 6 G2 4 - 14/15 4 - S Managerial Economics, Advanced Course KS KE U W T
FRTN20 7.5 A 4 - 14/15 4 X E1 Market-driven Systems KS KE U W T
FAF150 7.5 A 4 - 14/15 4 X E Medical Optics X Examination for higher grade after agreement with the course coordinator. KS KE U W T
EEMN01 7.5 A 4 - 14/15 4 X E1 Micro Sensors X Re-examination set by agreement KS KE U W T
ETEN01 7.5 A 4 - 14/15 4 X E1 Microwave Theory KS KE U W T
FMEN25 7.5 A 4 - 14/15 4 X E1 Nano Mechanics and Multiscale Modelling KS KE U W T
FFF160 7.5 A 4 - 14/15 4 X E1 Nanoelectronics KS KE U W T
FRTN30 7.5 A 4 - 14/15 4 X E Network Dynamics KS KE U T
EDA095 7.5 G2 4 - 14/15 4 - S Network Programming KS KE U W T
EDAF35 7.5 G2 4 - 14/15 4 X S Operating Systems KS KE U W T
EXTF85 7.5 G2 4 - 14/15 4 X E1 Particle Physics, Cosmology and Accelerators X The course is given by the Faculty of Science and does not follow the study period structure. KS KE U W T
EDAN70 7.5 A 4 - 14/15 4 X E1 Project in Computer Science KS KE U W T
FMAN35 3 A 4 - 14/15 4 - E1 Project in Mathematics KS KE U W T
FMFN10 7.5 A 4 - 14/15 4 X E Quantum Mechanics, Advanced Course 2 KS KE U W T
EXTN85 7.5 A 4 - 14/15 4 X E Scattering Methods X The course is given by the Faculty of Science and does not follow the study period structure. KS KE U W T
ETIF10 7.5 G2 4 - 14/15 4 X E1 Signal Processing - Design and Implementation KS KE U W T
VSMN20 7.5 A 4 - 14/15 4 - S Software Development for Technical Applications KS KE U W T
FFF051 7.5 A 4 - 14/15 4 X E Solid State Theory KS KE U W T
FMS155 7.5 A 4 - 14/15 4 X E1 Statistical Modelling of Extreme Values KS KE U W T
TEK177 7.5 A 4 - 14/15 4 X E1 The Physics of Surfaces X The course is given by the Faculty of Science and does not follow the study period structure. KS KE U W T
EDAN25 6 A 4 - 14/15 4 - S Multicore Programming X The course is offered every other academic year and will next be offered in 2015/16. KS KE U W T Course on hold Course on hold: The course is not given this academic year, but is planned to be given next academic year.
FMF121 7.5 A 4 - 14/15 4 X E1 Theory of Nuclear Structure X The course is offered every other academic year and will next be offered in 2015/16. KS KE U W T Course on hold Course on hold: The course is not given this academic year, but is planned to be given next academic year.
FMF170 7.5 G2 4 - 14/15 4 X E Complex Economy X The course is offered every other academic year and will next be offered in 2015/16. KS KE U W T Course on hold Course on hold: The course is not given this academic year, but is planned to be given next academic year.
FFF115 7.5 A 4 - 14/15 4 X E1 High Speed Devices X The course is offered every other academic year and will next be offered in 2015/16. KS KE U W T Course on hold Course on hold: The course is not given this academic year, but is planned to be given next academic year.
FMNN15 4 A 4 - 14/15 4 X E1 Multigrid Methods for Differential Equations X The course is offered every other academic year and will next be offered in 2015/16. KS KE U W T Course on hold Course on hold: The course is not given this academic year, but is planned to be given next academic year.
FMSN35 7.5 A 4 - 14/15 4 X E1 Stationary and Non-stationary Spectral Analysis X The course is offered every other academic year and will next be offered in 2015/16. KS KE U W T Course on hold Course on hold: The course is not given this academic year, but is planned to be given next academic year.
FMAN01 7.5 A 4 - 14/15 4 X E1 Biomathematics X The course is offered every other academic year and will next be offered in 2015/16. KS KE U W T Course on hold Course on hold: The course is not given this academic year, but is planned to be given next academic year.
GEMA55 6 G1 4 - 14/15 1 - S Medicine for Engineers X The course is offered every other academic year and will next be offered in 2015/16. LTH common courses (courses where the course code begins with GEM) counts as external elective courses in the degree requirements for students admitted autumn 2011 and later. KS KE U W T Course on hold Course on hold: The course is not given this academic year, but is planned to be given next academic year.
FKF070 7.5 A 4 - 14/15 4 X E Modern Subatomic Physics X The course is offered every other academic year and will next be offered in 2015/16. KS KE U W T Course on hold Course on hold: The course is not given this academic year, but is planned to be given next academic year.
FAF085 7.5 A 4 - 14/15 4 X E Scanning Probe Microscopy X The course is offered every other academic year and will next be offered in 2015/16. KS KE U W T Course on hold Course on hold: The course is not given this academic year, but is planned to be given next academic year.
EITN35 7.5 A 5 - 15/16 4 X E1 Advanced Course in Electrical and Information Technology X The course starts only after agreement with the department. The course is not linked to any specific study period. The information on hours depends on the course running over a study period. Individual study plans are to be set up and approved. KS KE U W T 1 Lectures: 0 h
Exercises: 0 h
Laboratory exercises: 0 h
Time with supervisor for projects: 0 h
Time for self studies: 200 h (45-minute sessions)
FKM090 7.5 A 5 - 15/16 4 X E1 Fatigue KS KE U W T 1 Lectures: 42 h (45-minute sessions)
Exercises: 0 h
Laboratory exercises: 8 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 150 h (45-minute sessions)
TEK103 7.5 A 5 - 15/16 4 X E Financial Economics, Advanced Course X The course is to be studied together with NEKN81, which is given by the Department of Economics. Does not follow the study period structure. KS KE U W T 1 Lectures: 40 h (45-minute sessions)
Exercises: 0 h
Laboratory exercises: 0 h
Time with supervisor for projects: 0 h
Time for self studies: 155 h (45-minute sessions)
FMN100 6 A 5 - 15/16 4 X E1 Numerical Methods in CAGD X Please note that the contents of the course are partly (3 credits) the same as in FMA135. KS KE U W T 1 Lectures: 28 h (45-minute sessions)
Exercises: 0 h
Laboratory exercises: 0 h
Time with supervisor for projects: 4 h (45-minute sessions)
Time for self studies: 130 h (45-minute sessions)
FMSN25 7.5 A 5 - 15/16 4 X E1 Valuation of Derivative Assets KS KE U W T 1 Lectures: 32 h (45-minute sessions)
Exercises: 26 h (45-minute sessions)
Laboratory exercises: 6 h (45-minute sessions)
Time with supervisor for projects: 1 h (45-minute sessions)
Time for self studies: 120 h (45-minute sessions)
MVKN30 7.5 A 5 - 15/16 5 - S Advanced Efficient Energy Systems KS KE U W T 1 Lectures: 14 h (45-minute sessions)
Exercises: 28 h (45-minute sessions)
Laboratory exercises: 0 h
Time with supervisor for projects: 30 h (45-minute sessions)
Time for self studies: 28 h (45-minute sessions)
FMA260 7.5 A 5 - 15/16 4 X E1 Functional Analysis and Harmonic Analysis KS KE U W T 1 Lectures: 12 h (45-minute sessions)
Exercises: 8 h (45-minute sessions)
Laboratory exercises: 0 h
Time with supervisor for projects: 0 h
Time for self studies: 80 h (45-minute sessions)
MMV042 9 A 5 - 15/16 4 X E1 Numerical Heat Transfer KS KE U W T 1 Lectures: 22 h (45-minute sessions)
Exercises: 16 h (45-minute sessions)
Laboratory exercises: 30 h (45-minute sessions)
Time with supervisor for projects: 0 h
Time for self studies: 50 h (45-minute sessions)
EITN35 7.5 A 5 - 15/16 4 X E1 Advanced Course in Electrical and Information Technology X The course starts only after agreement with the department. The course is not linked to any specific study period. The information on hours depends on the course running over a study period. Individual study plans are to be set up and approved. KS KE U W T
FKM070 7.5 A 5 - 15/16 4 X E1 Advanced Materials Technology KS KE U W T
TEK110 7.5 A 5 - 15/16 4 X E Economics, Empirical Finance X The course is to be studied together with NEKN82, which is given by the Department of Economics. Does not follow the study period structure. KS KE U W T
FMS161 7.5 A 5 - 15/16 4 X E1 Financial Statistics KS KE U W T
EITN60 7.5 A 5 - 15/16 4 X E Optimum and Adaptive Signal Processing KS KE U W T
FMSN15 7.5 A 5 - 15/16 4 X E1 Statistical Modelling of Multivariate Extreme Values KS KE U W T
MVK140 7.5 A 5 - 15/16 4 X E Turbulence – Theory and Modelling KS KE U W T
EDA270 9 A 5 - 15/16 4 - S Coaching of Programming Teams KS KE U W T
EITN35 7.5 A 5 - 15/16 4 X E1 Advanced Course in Electrical and Information Technology X The course starts only after agreement with the department. The course is not linked to any specific study period. The information on hours depends on the course running over a study period. Individual study plans are to be set up and approved. KS KE U W T
MVK135 7.5 A 5 - 15/16 4 X E Turbulent Combustion X The course is offered every other academic year and will be given in 2015/16, 2017/18. KS KE U W T
EITN35 7.5 A 5 - 15/16 4 X E1 Advanced Course in Electrical and Information Technology X The course starts only after agreement with the department. The course is not linked to any specific study period. The information on hours depends on the course running over a study period. Individual study plans are to be set up and approved. KS KE U W T
FMA250 7.5 A 5 - 15/16 4 X E1 Partial Differential Equations with Distribution Theory X The course is offered every other academic year and will next be offered in 2016/17. KS KE U W T Course on hold Course on hold: The course is not given this academic year, but is planned to be given next academic year.

FMAN10 Algebraic Structures: The date and time of the exam is announced by the course lecturer. The course is to be studied together with MATM11, which is given by the division for Mathematics of the Faculty of Science. Does not follow the study period structure.
EXTF90 Photon and Neutron Production for Science: The course is given by the Faculty of Science and does not follow the study period structure.
TEK267 Theoretical Biophysics: The course is given by the Faculty of Science and does not follow the study period structure.
GEMA60 Law for Engineers, Introductory Course in Business Law: LTH common courses (courses where the course code begins with GEM) counts as external elective courses in the degree requirements for students admitted autumn 2011 and later.
FRTN01 Real-Time Systems: The course is offered two times during the academic year 14/15. From the academic year 15/16 the course is given only in the spring semester.
GEMA70 Japanese for Engineers: LTH common courses (courses where the course code begins with GEM) counts as external elective courses in the degree requirements for students admitted autumn 2011 and later.
EEMF05 Biomedical Measurements: Reexam date to be set by agreement.
EXTN80 Economic and Financial Decision-making: The course is to be studied together with NEKN22, which is given by the Department of Economics. Does not follow the study period structure.
EXTN90 Experimental Methods and Instrumentation for Synchrotron Radiation Research: The course is given by the Faculty of Science and does not follow the study period structure.
EXTF85 Particle Physics, Cosmology and Accelerators: The course is given by the Faculty of Science and does not follow the study period structure.
EXTN95 Accelerators and Free Electron Lasers: The course is given by the Faculty of Science and does not follow the study period structure. The course is offered every other academic year and will be given in 2014/15, 2016/17.
TEK180 Financial Valuation and Risk Management: The course is to be studied together with NEKN83, which is given by the Department of Economics. Does not follow the study period structure.
ETIN30 Integrated Radio Electronics: The course is offered every other academic year and will be given in 2014/15, 2016/17.
EEMN15 Ultrasound Physics and Technology: Re-examination set by agreement.
GEMA40 Entrepreneurship and Business Development: LTH common courses (courses where the course code begins with GEM) counts as external elective courses in the degree requirements for students admitted autumn 2011 and later.
FAF150 Medical Optics: Examination for higher grade after agreement with the course coordinator.
EEMN01 Micro Sensors: Re-examination set by agreement
EXTN85 Scattering Methods: The course is given by the Faculty of Science and does not follow the study period structure.
TEK177 The Physics of Surfaces: The course is given by the Faculty of Science and does not follow the study period structure.
EDAN25 Multicore Programming: The course is offered every other academic year and will next be offered in 2015/16.
FMF121 Theory of Nuclear Structure: The course is offered every other academic year and will next be offered in 2015/16.
FMF170 Complex Economy: The course is offered every other academic year and will next be offered in 2015/16.
FFF115 High Speed Devices: The course is offered every other academic year and will next be offered in 2015/16.
FMNN15 Multigrid Methods for Differential Equations: The course is offered every other academic year and will next be offered in 2015/16.
FMSN35 Stationary and Non-stationary Spectral Analysis: The course is offered every other academic year and will next be offered in 2015/16.
FMAN01 Biomathematics: The course is offered every other academic year and will next be offered in 2015/16.
GEMA55 Medicine for Engineers: The course is offered every other academic year and will next be offered in 2015/16. LTH common courses (courses where the course code begins with GEM) counts as external elective courses in the degree requirements for students admitted autumn 2011 and later.
FKF070 Modern Subatomic Physics: The course is offered every other academic year and will next be offered in 2015/16.
FAF085 Scanning Probe Microscopy: The course is offered every other academic year and will next be offered in 2015/16.
EITN35 Advanced Course in Electrical and Information Technology: The course starts only after agreement with the department. The course is not linked to any specific study period. The information on hours depends on the course running over a study period. Individual study plans are to be set up and approved.
TEK103 Financial Economics, Advanced Course: The course is to be studied together with NEKN81, which is given by the Department of Economics. Does not follow the study period structure.
FMN100 Numerical Methods in CAGD: Please note that the contents of the course are partly (3 credits) the same as in FMA135.
TEK110 Economics, Empirical Finance: The course is to be studied together with NEKN82, which is given by the Department of Economics. Does not follow the study period structure.
MVK135 Turbulent Combustion: The course is offered every other academic year and will be given in 2015/16, 2017/18.
FMA250 Partial Differential Equations with Distribution Theory: The course is offered every other academic year and will next be offered in 2016/17.

Bachelor's Projects - F

The list contains the bachelor's projects that are included in the F programme. The list is not necessarily complete before the academic year 2016/17.

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
FMSL01 15 Bachelor Project in Mathematical Statistics KS KE U W

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 KE U W
FRT820 30 Degree Project in Automatic Control for Engineers KS KE U W
BMEM01 30 Degree Project in Biomedical Engineering KS KE U W
EDA920 30 Degree Project in Computer Sciences for Engineers KS KE U W
EITM01 30 Degree Project in Electrical and Information Technology KS KE U W
EEM820 30 Degree Project in Electrical Measurements KS KE U W
MVK920 30 Degree Project in Energy Sciences KS KE U W
FMI820 30 Degree Project in Environmental Studies KS KE U W
EIE920 30 Degree Project in Industrial Electrical Engineering and Automation KS KE U W
FMS820 30 Degree Project in Mathematical Statistics for Engineers KS KE U W
FMA820 30 Degree Project in Mathematics for Engineers KS KE U W
FME820 30 Degree Project in Mechanics for Engineers KS KE U W
FMN820 30 Degree Project in Numerical Analysis KS KE U W
PHYM01 30 Degree Project in Physics KS KE U W
FHL820 30 Degree Project in Solid Mechanics for Engineers KS KE U W
VSM920 30 Degree Project in Structural Mechanics for Engineers KS KE U