Science courses for incoming exchange students
Autumn 2022 and spring 2023
Here, you can find courses that are open for incoming exchange students at the Faculty of Science.
Semesters and periods
The academic year at Lund University is divided into the Autumn and Spring semesters (or terms). Each semester is divided into two periods. Most courses run over one or two full periods (give or take a few days).
Autumn semester 2022
- Period 1: 29 August – 30 October
- Period 2: 31 October – 15 January (Christmas break is 22 December – 6 January)
Spring semester 2023 (preliminary)
- Period 3: 16 January – 20 March
- Period 4: 21 March – 4 June
List of courses
You will find our courses below, ordered by subject. Please note that this is a preliminary list; the final list will be presented in the application for each semester. Some deviations may therefore occur.
The list of courses was last updated on 27 April 2022.
Bachelor level
Gender in Science and Technology
Course code: MNXA02
7.5 credits
Course period: November–January, half tempo
Syllabus: Gender in Science and Technology (PDF, 225 kB, new tab)
Introduction to Programming and Computing for Scientists
Course code: MNXB01
7.5 credits
Course period: September–October, half tempo
The Scientific Method
Course code: SASF10 (MNXA19)
7.5 credits
Course period: March–June, half tempo
Syllabus: The Scientific Method (PDF, 227 kB, new tab)
Course information on the department’s website
Please note that not all courses listed on the department’s webpage are available to exchange students. You should therefore refer to the list above before consulting the department webpages.
Bachelor level
Galaxies and Cosmology
Course code: ASTA33
7.5 credits
Course period: November–January, half tempo
Syllabus: Galaxies and Cosmology (PDF, 226 kB, new tab)
Radiation Processes and Stellar Atmospheres
Course code: ASTA34
7.5 credits
Course period: January–March, half tempo
Syllabus: Radiation Processes and Stellar Atmospheres (PDF, 225 kB, new tab)
Introduction to Astrophysics
Course code: ASTB01
7.5 credits
Course period: September–October, half tempo
Syllabus: Introduction to Astrophysics (PDF, 226 kB, new tab)
Astrobiology – Conditions and possibilities for life in the Universe
Course code: ASTC01
7.5 credits
Course period: November–January, half-tempo
Master level
Planetary Systems
Course code: ASTM20
7,5 credits
Course period: September–October, half tempo
Syllabus: Planetary Systems (PDF, 226 kB, new tab)
Computational Astrophysics
Course code: ASTM22
7.5 credits
Course period: January–March, half tempo
Syllabus: Computational Astrophysics (PDF, 226 kB, new tab)
Stellar Structure and Evolution
Course code: ASTM25
7.5 credits
Course period: September–October, half tempo
Syllabus: Stellar Structure and Evolution (PDF, 226 kB, new tab)
Dynamical Astronomy
Course code: ASTM28
7.5 credits
Course period: November–January, half tempo
Syllabus: Dynamical Astronomy (PDF, 226 kB, new tab)
Statistical Tools in Astrophysics
Course code: ASTM29
7.5 credits
Course period: November–January, half tempo
Syllabus: Statistical Tools in Astrophysics (PDF, 226 kB, new tab)
Course information on the department’s website
Please note that not all courses listed on the department’s webpage are available to exchange students. You should therefore refer to the list above before consulting the department webpages.
Course information on the Department of Astronomy and Theoretical Physics website
Bachelor level
Mathematical Methods for Vibrations, Waves and Diffusion
Course code: FYSB21
7.5 credits
The course is given two times during the academic year:
- March–June, half tempo
- November–January, half tempo
Syllabus: Mathematical Methods for Vibrations, Waves and Diffusion (PDF, 226 kB, new tab)
Basic Quantum Mechanics
Course code: FYSB22
7.5 credits
The course is given two times during the academic year:
- March–June, half tempo
- November–January, half tempo
Syllabus: Basic Quantum Mechanics (PDF, 228 kB, new tab)
Basic Statistical Physics and Quantum Statistics
Course code: FYSB23
7.5 credits
Course period: January–March, half tempo
Syllabus: Basic Statistical Physics and Quantum Statistics (PDF, 228 kB, new tab)
Atomic and Molecular Physics
Course code: FYSB24
7.5 credits
The course is given two times during the academic year:
- January–March, half tempo
- September–October, half tempo
Syllabus: Atomic and Molecular Physics (PDF, 226 kB, new tab)
Nuclear Physics
Course code: FYSC22
7.5 credits
The course is given two times during the academic year:
- November–January, half tempo
- March–June, half tempo
Syllabus: Nuclear Physics (PDF, 226 kB, new tab)
Solid State Physics
Course code: FYSC23
7.5 credits
The course is given two times during the academic year:
- January–March, half tempo
- September–October, half tempo
Syllabus: Solid State Physics (PDF, 226 kB, new tab)
Particle Physics, Cosmology and Accelerators
Course code: FYSC24
7.5 credits
The course is given two times during the academic year:
- March–June, half tempo
- November–January, half tempo
Syllabus: Particle Physics, Cosmology and Accelerators (PDF, 226 kB, new tab)
Fundamental Combustion
Course code: FYSD11
7.5 credits
Course period: March–June, half tempo
Syllabus: Fundamental Combustion (PDF, 226 kB, new tab)
Materials Analysis at the Nanoscale
Course code: FYSD21
7.5 credits
Course period: November–January, half tempo
Fluid Dynamics
Course code: FYTA14
7.5 credits
Course period: March–June, half tempo
Syllabus: Fluid Dynamics (PDF, 226 kB, new tab)
Electromagnetism
Course code: FYTB13
7.5 credits
The course is given two times during the academic year:
- March–June, half tempo
- November–January, half-tempo
Syllabus: Electromagnetism (PDF, 226 kB, new tab)
Classical Mechanics and Special Relativity
Course code: FYTB14
7.5 credits
Course period: September–October, half tempo
Syllabus: Classical Mechanics and Special Relativity (PDF, 226 kB, new tab)
Master level
Lasers
Course code: FYSN14
7.5 credits
Course period: November–January, half tempo
Syllabus: Lasers (PDF, 226 kB, new tab)
Experimental tools
Course code: FYSN15
7.5 credits
Course period: November–January, half tempo
Syllabus: Experimental tools (PDF, 226 kB, new tab)
Quantum Mechanics
Course code: FYSN17
7.5 credits
Course period: September–October, half tempo
Advanced Electromagnetism
Course code: FYSN23
7.5 credits
Course period: January–March, half tempo
Semiconductor Physics
Course code: FYST15
7.5 credits
Course period: September–October, half tempo
Syllabus: Semiconductor Physics (PDF, 226 kB, new tab)
Modern Subatomic Physics
Course code: FYST16
7.5 credits
Course period: March–June, half tempo
Syllabus: Modern Subatomic Physics (PDF, 226 kB, new tab)
Modern Experimental Particle Physics
Course code: FYST17
7.5 credits
Course period: January–March, half tempo
Syllabus: Modern Experimental Particle Physics (PDF, 226 kB, new tab)
Applied Subatomic Physics
Course code: FYST18
7.5 credits
Course period: January–March, half tempo
Syllabus: Applied Subatomic Physics (PDF, 226 kB, new tab)
Physics and Chemistry of Surfaces
Course code: FYST19
7.5 credits
Course period: March–June, half tempo
Syllabus: Physics and Chemistry of Surfaces (PDF, 226 kB, new tab)
Spectroscopy and the Quantum Description of Matter
Course code: FYST20
7.5 credits
Course period: January–March, half tempo
Syllabus: Spectroscopy and the Quantum Description of Matter (PDF, 226 kB, new tab)
Light-Matter Interaction
Course code: FYST21
7.5 credits
Course period: January–March, half tempo
Syllabus: Light-Matter Interaction (PDF, 226 kB, new tab)
Experimental Biophysics
Course code: FYST23
15 credits
Course period: January–June, half tempo
Syllabus: Experimental Biophysics (PDF, 226 kB, new tab)
The Physics of Low-dimensions
Course code: FYST24
7.5 credits
Course period: November–January, half tempo
Syllabus: The Physics of Low-dimensions (PDF, 226 kB, new tab)
Solid State Theory
Course code: FYST25
7.5 credits
Course period: March–June, half tempo
Laser-based Combustion Diagnostics
Course code: FYST28
7.5 credits
Course period: January–March, half tempo
Syllabus: Laser-based Combustion Diagnostics (PDF, 226 kB, new tab)
Advanced Optics and Lasers
Course code: FYST32
7.5 credits
Course period: March–June, half tempo
Syllabus: Advanced Optics and Lasers (PDF, 226 kB, new tab)
High Speed Devices
Course code: FYST34
7.5 credits
Course period: November–January, half tempo
Syllabus: High Speed Devices (PDF, 226 kB, new tab)
Chrystal Growth and Semiconductor Epitaxy
Course code: FYST35
7.5 credits
Course period: January–March, half tempo
Syllabus: Chrystal Growth and Semiconductor Epitaxy (PDF, 226 kB, new tab)
Advanced Quantum Mechanics
Course code: FYST37
7.5 credits
Course period: March–June, half tempo
Environmental Monitoring
Course code: FYST38
7.5 credits
Course period: January–June, quarter tempo
Syllabus: Environmental Monitoring (PDF, 226 kB, new tab)
Nanoelectronics
Course code: FYST39
7.5 credits
Course period: January–March, half tempo
Syllabus: Nanoelectronics (PDF, 226 kB, new tab)
Nanomaterials – Thermodynamics and Kinetics
Course code: FYST40
7.5 credits
Course period: November–January, half tempo
Scanning probe microscopy
Course code: FYST42
7.5 credits
Course period: March-June, half tempo
Syllabus: Scanning probe microscopy (PDF, 226 kB, new tab)
Optics and Optical Design
Course code: FYST43
7.5 credits
Course period: September–October, half tempo
Syllabus: Optics and Optical Design (PDF, 226 kB, new tab)
Optoelectronics and Optical Communications
Course code: FYST50
7.5 credits
Course period: January–March, half tempo
Syllabus: Optoelectronics and Optical Communications (PDF, 226 kB, new tab)
Modern X-ray Physics – Diffraction and Imaging
Course code: FYST51
7.5 credits
Course period: January–March, half tempo
Modern Neutron Science
Course code: FYST52
7.5 credits
Course period: March–June, half tempo
Syllabus: Modern Neutron Science (PDF, 226 kB, new tab)
Magnetic Materials
Course code: FYST53
7.5 credits
Course period: March–June, half tempo
Syllabus: Magnetic Materials (PDF, 226 kB, new tab)
Advanced Nuclear Physics
Course code: FYST54
7.5 credits
Course period: September–October, half tempo
Syllabus: Advanced Nuclear Physics (PDF, 227 kB, new tab)
Biophotonics
Course code: FYST55
7.5 credits
Course period: March-June, half tempo
Syllabus: Biophotonics (PDF, 226 kB, new tab)
Mathematical Methods of Physics
Course code: FYTN01
7.5 credits
Course period: September–October, half tempo
Syllabus: Mathematical Methods of Physics (PDF, 226 kB, new tab)
Computational Physics
Course code: FYTN03
7.5 credits
Course period: September–October, half tempo
Syllabus: Computational Physics (PDF, 226 kB, new tab)
Theoretical Biophysics
Course code: FYTN05
7.5 credits
Course period: January–March, half tempo
Syllabus: Theoretical Biophysics (PDF, 226 kB, new tab)
General Relativity
Course code: FYTN08
7.5 credits
Course period: March–June, half tempo
Syllabus: General Relativity (PDF, 226 kB, new tab)
Introduction to Quantum Field Theory
Course code: FYTN10
7.5 credits
Course period: January–March, half tempo
Syllabus: Introduction to Quantum Field Theory (PDF, 226 kB, new tab)
Cosmology and Astroparticle Physics
Course code: FYTN11
7.5 credits
Course period: November–January, half tempo
Syllabus: Cosmology and Astroparticle Physics (PDF, 226 kB, new tab)
Systems Biology – Models and Computations
Course code: FYTN12
7.5 credits
Course period: November–January, half tempo
Syllabus: Systems Biology – Models and Computations (PDF, 226 kB, new tab)
Introduction to Artificial Neural Networks and Deep Learning
Course code: FYTN14
7.5 credits
Course period: November–January, half tempo
Syllabus: Introduction to Artificial Neural Networks and Deep Learning (PDF, 226 kB, new tab)
Statistical Mechanics
Course code: FYTN15
7.5 credits
Course period: November–January, half tempo
Syllabus: Statistical Mechanics (PDF, 226 kB, new tab)
Theoretical Particle Physics
Course code: FYTN18
7.5 credits
Course period: November–January, half tempo
Syllabus: Theoretical Particle Physics (PDF, 226 kB, new tab)
Course information on the department’s website
Please note that not all courses listed on the department’s webpage are available to exchange students. You should therefore refer to the list above before consulting the department webpages.
Bachelor level
Photon and Neutron Production for Science
Course code: MAXC11
7.5 credits
Course period: September–October, half tempo
Syllabus: Photon and Neutron Production for Science (PDF, 226 kB, new tab)
Master level
Accelerators and Free Electron Lasers
Course code: MAXM05
7.5 credits
Course period: January–March, half tempo
Syllabus: Accelerators and Free Electron Lasers (PDF, 226 kB, new tab)
Introduction to Synchrotron Radiation Based Science
Course code: MAXM06
7.5 credits
Course period: September–October, half tempo
Syllabus: Introduction to Synchrotron Radiation Based Science (PDF, 226 kB, new tab)
Introduction to Accelerators and Free Electron Lasers
Course code: MAXM07
7.5 credits
Course period: September–October, half tempo
Syllabus: Introduction to Accelerators and Free Electron Lasers (PDF, 226 kB, new tab)
Experimental Methods and Instrumentation for Synchrotron Radiation Research
Course code: MAXM16
7.5 credits
Course period: November–January, half tempo
Course information on the department’s website
Please note that not all courses listed on the department’s webpage are available to exchange students. You should therefore refer to the list above before consulting the department webpages.
Bachelor level
Introduction to the Global Environment
Course code: NGEA01
15 credits
Course period: September–October, full tempo
Syllabus: Introduction to the Global Environment (PDF, 226 kB, new tab)
Remote Sensing for Landscape Studies
Course code: NGEA03
15 credits
Course period: March–June, full tempo
Syllabus: Remote Sensing for Landscape Studies (PDF, 226 kB, new tab)
Ecosystems Analysis
Course code: NGEA04
15 credits
Course period: March–June, full tempo
Syllabus: Ecosystems Analysis (PDF, 226 kB, new tab)
Remote Sensing and GIS with Focus on the Environment
Course code: NGEA05
15 credits
Course period: January–March, full tempo
Syllabus: Remote Sensing and GIS with Focus on the Environment (PDF, 226 kB, new tab)
Theory and Methods of Physical Geography
Course code: NGEA07
15 credits
Course period: November–January, full tempo
Syllabus: Theory and Methods of Physical Geography (PDF, 226 kB, new tab)
Geographical Information Systems – Basic Course
Course code: NGEA11
15 credits
Course period: September – October, full tempo
Syllabus: Geographical Information Systems – Basic Course (PDF, 226 kB, new tab)
Geographical Information Systems – Advanced Course
Course code: NGEA12
15 credits
Course period: November–January, full tempo
Syllabus: Geographical Information Systems – Advanced Course (PDF, 226 kB, new tab)
The Climate System
Course code: NGEA21
15 credits
Course period: January–March, full tempo
Syllabus: The Climate System (PDF, 226 kB, new tab)
Hydrology
Course code: NGEA22
15 credits
Course period: January–March, full tempo
Syllabus: Hydrology (PDF, 226 kB, new tab)
Master level
Climate Change and its Impacts on the Environment
Course code: NGEN01
15 credits
Course period: November–January, full tempo
Syllabus: Climate Change and its Impacts on the Environment (PDF, 226 kB, new tab)
Ecosystem Modeling
Course code: NGEN02
15 credits
Course period: January–March, full tempo
Syllabus: Ecosystem Modeling (PDF, 226 kB, new tab)
Algorithms in Geographical Information Systems
Course code: NGEN06
7.5 credits
Course period: November–January, half tempo
Syllabus: Algorithms in Geographical Information Systems (PDF, 226 kB, new tab)
Web GIS
Course code: NGEN07
7.5 credits
Course period: November–January, half tempo
Syllabus: Web GIS (PDF, 226 kB, new tab)
Satellite Remote Sensing
Course code: NGEN08
15 credits
Course period: March–June, full tempo
Syllabus: Satellite Remote Sensing (PDF, 226 kB, new tab)
Spatial Analysis
Course code: NGEN11
7.5 credits
Course period: January–March, half tempo
Syllabus: Spatial Analysis (PDF, 226 kB, new tab)
Geographical Databases
Course code: NGEN12
7.5 credits
Course period: January–March, half tempo
Syllabus: Geographical Databases (PDF, 226 kB, new tab)
Global Ecosystem Dynamics
Course code: NGEN17
15 credits
Course period: November–January, full tempo
Syllabus: Global Ecosystem Dynamics (PDF, 226 kB, new tab)
Geomatics: Programming for Applications in GIS and Remote Sensing
Course code: NGEN20
15 credits
Course period: September–October, full tempo
Syllabus: Geomatics: Programming for Applications in GIS and Remote Sensing (PDF, 226 kB, new tab)
Geomatics: Applied GIS
Course code: NGEN21
15 credits
Course period: November-January, full tempo
Syllabus: Geomatics: Applied GIS (PDF, 226 kB, new tab)
Course information on the department’s website
Please note that not all courses listed on the department’s webpage are available to exchange students. You should therefore refer to the list above before consulting the department webpages.
Course information on the Department of Physical Geography and Ecosystem Science website
Master level
Metamorphic Petrology and Structural Geology
Course code: GEOM08
15 credits
Course period: January–March, full tempo
Syllabus: Metamorphic Petrology and Structural Geology (PDF, 226 kB, new tab)
Evolution of the Biosphere, Palaeoecology and Palaeontology
Course code: GEOM09
15 credits
Course period: March–June, full tempo
Syllabus: Evolution of the Biosphere, Palaeoecology and Palaeontology (PDF, 226 kB, new tab)
Sedimentary Geology and Basin Analysis
Course code: GEOM10
15 credits
Course period: September–October, full tempo
Syllabus: Sedimentary Geology and Basin Analysis (PDF, 226 kB, new tab)
Magmatic Petrology, Geochemistry and Geochronology
Course code: GEOM11
15 credits
Course period: November–January, full tempo
Syllabus: Magmatic Petrology, Geochemistry and Geochronology (PDF, 226 kB, new tab)
Glacial Sedimentology – Processes, Sediments and Landform Systems
Course code: GEON05
15 credits
Course period: September–October, full tempo
Syllabus: Glacial Sedimentology – Processes, Sediments and Landform Systems (PDF, 226 kB, new tab)
Palaeoecological Methods and Environmental Analysis
Course code: GEON06
15 credits
Course period: November–January, full tempo
Syllabus: Palaeoecological Methods and Environmental Analysis (PDF, 226 kB, new tab)
Marine Geology and Environmental Change
Course code: GEON08
15 credits
Course period: January–March, full tempo
Syllabus: Marine Geology and Environmental Change (PDF, 226 kB, new tab)
Global Environmental Change from a Geological Perspective
Course code: GEON09
15 credits
Course period: March-June, full tempo
Syllabus: Global Environmental Change from a Geological Perspective (PDF, 226 kB, new tab)
Course information on the department’s website
Please note that not all courses listed on the department’s webpage are available to exchange students. You should therefore refer to the list above before consulting the department webpages.
Bachelor level
Experimental Protein Chemistry
Course code: KEMC03
15 credits
Course period: September–October, full tempo
Syllabus: Experimental Protein Chemistry (PDF, 226 kB, new tab)
Chemistry of the Cell
Course code: MOBA02
15 credits
Course period: November–January, full tempo
Syllabus: Chemistry of the Cell (PDF, 226 kB, new tab)
Master level
Medicinal Chemistry
Course code: KEMM20
7.5 credits
Course period: September–October, half tempo
Syllabus: Medicinal Chemistry (PDF, 226 kB, new tab)
Advanced Organic Chemistry
Course code: KEMM21
15 credits
Course period: January–March, full tempo
Syllabus: Advanced Organic Chemistry (PDF, 226 kB, new tab)
Advanced Biochemistry
Course code: KEMM23
15 credits
Course period: March–June, full tempo
Syllabus: Advanced Biochemistry (PDF, 226 kB, new tab)
Structural Biochemistry
Course code: KEMM35
15 credits
Course period: November–January, full tempo
Syllabus: Structural Biochemistry (PDF, 226 kB, new tab)
Molecular Spectroscopy - Methods and Applications
Course code: KEMM29
15 credits
Course period: March–June, full tempo
Syllabus: Molecular Spectroscopy - Methods and Applications (PDF, 226 kB, new tab)
Molecular Driving Forces and Chemical Bonding
Course code: KEMM30
15 credits
Course period: September–October, full tempo
Syllabus: Molecular Driving Forces and Chemical Bonding (PDF, 226 kB, new tab)
Statistical Thermodynamics and Molecular Simulation
Course code: KEMM48
7.5 credits
Course period: January–March, half tempo
Syllabus: Statistical Thermodynamics and Molecular Simulation (PDF, 226 kB, new tab)
Coordination Chemistry and Organometallic Chemistry
Course code: KEMM52
15 credits
Course period: March–June, full tempo
Syllabus: Coordination Chemistry and Organometallic Chemistry (PDF, 226 kB, new tab)
Magnetic Resonance – Spectroscopy and Imaging
Course code: KEMM57
7.5 credits
Course period: January–March, half tempo
Syllabus: Magnetic Resonance – Spectroscopy and Imaging (PDF, 226 kB, new tab)
Molecular Quantum Mechanics
Course code: KEMM58
7.5 credits
Course period: January–March, half tempo
Syllabus: Molecular Quantum Mechanics (PDF, 226 kB, new tab)
Scattering Methods
Course code: KEMM67
7.5 credits
Course period: January–March, half tempo
Syllabus: Scattering Methods (PDF, 226 kB, new tab)
Advanced Analytical Chemistry
Course code: KEMM76
15 credits
Course period: November–January, full tempo
Syllabus: Advanced Analytical Chemistry (PDF, 226 kB, new tab)
Advanced Surface and Colloid Chemistry
Course code: KEMM77
15 credits
Course period: November–January, full tempo
Syllabus: Advanced Surface and Colloid Chemistry (PDF, 226 kB, new tab)
Project Work, Period 1
Course code: KEMP20
15 credits
The course is given two times during the academic year:
- January–March, full tempo
- September–October, full tempo
Syllabus: Project Work, Period 1 (PDF, 226 kB, new tab)
Project Work
Course code: KEMP30
30 credits
The course is given two times during the academic year:
- January–June, full tempo
- September–January, full tempo
Syllabus: Project Work (PDF, 226 kB, new tab)
Project Work, Period 2
Course code: KEMP60
15 credits
The course is given two times during the academic year:
- March–June, full tempo
- November–January, full tempo
Syllabus: Project Work, Period 2 (PDF, 226 kB, new tab)
Course information on the department’s website
Please note that not all courses listed on the department’s webpage are available to exchange students. You should therefore refer to the list above before consulting the department webpages.
Bachelor level
Animal Behaviour
Course code: BIOF08
15 credits
Course period: March–June, full tempo
Syllabus: Animal Behaviour (PDF, 226 kB, new tab)
Applied Work
Course code: BIOF20
7.5 credits
The course is given four times during the academic year exclusively for students doing internships at the Department of Biology:
- January–March, full tempo
- March–June, full tempo
- September–October, full tempo
- November–January, full tempo
Syllabus: Applied Work 7.5 credits (PDF, 226 kB, new tab)
Applied Work
Course code: BIOF21
15 credits
The course is given four times during the academic year exclusively for students doing internships at the Department of Biology:
- January–March, full tempo
- March–June, full tempo
- September–October, full tempo
- November–January, full tempo
Syllabus: Applied Work 15 credits (PDF, 226 kB, new tab)
Master level
Pharmacology
Course code: BIOR14
15 credits
Course period: November–January, full tempo
This course has a very limited number of seats available.
Syllabus: Pharmacology (PDF, 226 kB, new tab)
Microbiology
Course code: BIOR18
15 credits
Course period: November–January, full tempo
This course has a very limited number of seats available.
Syllabus: Microbiology (PDF, 226 kB, new tab)
Sensory Biology
Course code: BIOR20
15 credits
Course period: November–January, full tempo
This course has a very limited number of seats available.
Syllabus: Sensory Biology (PDF, 226 kB, new tab)
Molecular Ecology and Evolution
Course code: BIOR25
15 credits
Course period: January–March, full tempo
This course has a very limited number of seats available.
Syllabus: Molecular Ecology and Evolution (PDF, 226 kB, new tab)
Molecular Biotechnology
Course code: BIOR31
15 credits
Course period: January–March, full tempo
This course has a very limited number of seats available.
Syllabus: Molecular Biotechnology (PDF, 226 kB, new tab)
Biological Monitoring
Course code: BIOR39
15 credits
Course period: March–June, full tempo
Syllabus: Biological Monitoring (PDF, 226 kB, new tab)
Ecotoxicology
Course code: BIOR41
15 credits
Course period: November–January, full tempo
Syllabus: Ecotoxicology (PDF, 226 kB, new tab)
Molecular Genetics of Eukaryote
Course code: BIOR49
15 credits
Course period: November –January , full tempo
Syllabus: Molecular Genetics of Eukaryote (PDF, 226 kB, new tab)
Ornithology
Course code: BIOR51
15 credits
Course period: March–June, full tempo
Syllabus: Ornithology (PDF, 226 kB, new tab)
Applied Ecotoxicology
Course code: BIOR52
15 credits
Course period: January–March, full tempo
Syllabus: Applied Ecotoxicology (PDF, 226 kB, new tab)
Antibiotics – Biology and Chemistry
Course code: BIOR56
7.5 credits
Course period: March–April, full tempo
This course has a very limited number of seats available.
Syllabus: Antibiotics – Biology and Chemistry (PDF, 226 kB, new tab)
Neurobiology
Course code: BIOR58
15 credits
Course period: September–October, full tempo
This course has a very limited number of seats available.
Syllabus: Neurobiology (PDF, 226 kB, new tab)
Molecular Microbiology
Course code: BIOR63
15 credits
Course period: January–March, full tempo
This course has a very limited number of seats available.
Syllabus: Molecular Microbiology (PDF, 226 kB, new tab)
Water Management
Course code: BIOR66
15 credits
Course period: March–June, full tempo
Syllabus: Water Management (PDF, 226 kB, new tab)
Population and Community Ecology
Course code: BIOR69
15 credits
Course period: September–October, full tempo
Syllabus: Population and Community Ecology (PDF, 226 kB, new tab)
Plant Function
Course code: BIOR76
15 credits
Course period: November–January, full tempo
Syllabus: Plant Function (PDF, 226 kB, new tab)
Plant Evolution and Adaption
Course code: BIOR77
15 credits
Course period: March–June, full tempo
Syllabus: Plant Evolution and Adaption (PDF, 226 kB, new tab)
Soil and Plant Ecology
Course code: BIOR78
15 credits
Course period: September–October, full tempo
Syllabus: Soil and Plant Ecology (PDF, 226 kB, new tab)
Methods in Molecular Biology
Course code: BIOR79
15 credits
Course period: September–October, full tempo
This course has a very limited number of seats available.
Syllabus: Methods in Molecular Biology (PDF, 226 kB, new tab)
Aquatic Ecology
Course code: BIOR82
15 credits
Course period: January–March, full tempo
Syllabus: Aquatic Ecology (PDF, 226 kB, new tab)
Conservation Biology
Course code: BIOR83
15 credits
Course period: January–March, full tempo
Syllabus: Conservation Biology (PDF, 226 kB, new tab)
Cellular and Molecular Neurobiology
Course code: BIOR84
15 credits
Course period: March–June, full tempo
Syllabus: Cellular and Molecular Neurobiology (PDF, 226 kB, new tab)
Immunology
Course code: BIOR85
15 credits
Course period: September–October, full tempo
This course has a very limited number of seats available.
Syllabus: Immunology (PDF, 226 kB, new tab)
Limnology and Marine Ecology – Organisms and Habitats
Course code: BIOR86
15 credits
Course period: September–October, full tempo
Syllabus: Limnology and Marine Ecology – Organisms and Habitats (PDF, 226 kB, new tab)
Limnology and Marine Ecology – Concepts and Processes
Course code: BIOR87
15 credits
Course period: November–January, full tempo
Syllabus: Limnology and Marine Ecology – Concepts and Processes (PDF, 226 kB, new tab)
Immunology and Infection Biology
Course code: BIOR88
15 credits
Course period: January–March, full tempo
Syllabus: Immunology and Infection Biology (PDF, 226 kB, new tab)
Evolutionary Biology – Patterns and Processes
Course code: BIOR89
15 credits
Course period September-October, full tempo
Syllabus: Evolutionary Biology - Patterns and Processes (PDF, 226 kB, new tab)
Animal Ecology
Course code: BIOR91
15 credits
Course period: November-January, full tempo
Syllabus: Animal Ecology (PDF, 226 kB, new tab)
Genetic Analysis I
Course code: BIOR92
7.5 credits
Course period: March–April, full tempo
This course has a very limited number of seats available.
Syllabus: Genetic Analysis I (PDF, 226 kB, new tab)
Microscopy – Bio-Imaging
Course code: BIOS08
7.5 credits
Course period: May–June, full tempo
This course has a very limited number of seats available.
Syllabus: Microscopy – Bio-Imaging (PDF, 226 kB, new tab)
Modelling Biological Systems
Course code: BIOS13
7.5 credits
Course period: November–January, half tempo
Syllabus: Modelling Biological Systems (PDF, 226 kB, new tab)
Processing and Analysis of Biological Data
Course code: BIOS14
7.5 credits
Course period: November–January, half tempo
Syllabus: Processing and Analysis of Biological Data (PDF, 226 kB, new tab)
Course information on the department’s website
Please note that not all courses listed on the department’s webpage are available to exchange students. You should therefore refer to the list above before consulting the department webpages.
Bachelor level
Foundations of Algebra
Course code: MATA23
7.5 credits
Course period: March–June, half tempo
Syllabus: Foundations of Algebra (PDF, 226 kB, new tab)
Analysis in Several Variables 1
Course code: MATB21
7.5 credits
The course is given two times during the academic year:
- January–March, half tempo
- September–October, half tempo
Syllabus: Analysis in Several Variables 1 (PDF, 226 kB, new tab)
Linear Algebra 2
Course code: MATB22
7.5 credits
The course is given two times during the academic year:
- January–March, half tempo
- September–October, half tempo
Syllabus: Linear Algebra 2 (PDF, 226 kB, new tab)
Analysis in Several Variables 2
Course code: MATB23
7.5 credits
The course is given two times during the academic year:
- March–June, half tempo
- November–January, half tempo
Syllabus: Analysis in Several Variables 2 (PDF, 226 kB, new tab)
Linear Analysis
Course code: MATB24
7.5 credits
The course is given two times during the academic year:
- January–March, half tempo
- September–October, half tempo
Syllabus: Linear Analysis (PDF, 226 kB, new tab)
Discrete Mathematics
Course code: MATB25
7.5 credits
The course is given two times during the academic year:
- March–June, half tempo
- November–January, half tempo
Syllabus: Discrete Mathematics (PDF, 226 kB, new tab)
Ordinary Differential Equations 1
Course code: MATC12
7.5 credits
Course period: November–January, half tempo
Syllabus: Ordinary Differential Equations 1 (PDF, 226 kB, new tab)
Master level
Analytic Functions
Course code: MATM12
15 credits
Course period: September–January, half tempo
Syllabus: Analytic Functions (PDF, 226 kB, new tab)
Mathematical Modeling
Course code: MATM20
7.5 credits
Course period: March–June, half tempo
Syllabus: Mathematical Modeling (PDF, 226 kB, new tab)
Mathematical Foundations of Probability
Course code: MATM30
7.5 credits
Course period: November–January, half tempo
Syllabus: Mathematical Foundations of Probability (PDF, 226 kB, new tab)
Algebraic Structures
Course code: MATM31
7.5 credits
Course period: January–March, half tempo
Syllabus: Algebraic Structures (PDF, 226 kB, new tab)
Differential Geometry
Course code: MATM33
7.5 credits
Course period: September–October, half tempo
Syllabus: Differential Geometry (PDF, 226 kB, new tab)
Specialised Course in Differential Geometry
Course code: MATM43
7.5 credits
Course period: January–June, quarter tempo
Syllabus: Specialised Course in Differential Geometry (PDF, 226 kB, new tab)
Number Theory
Course code: MATM35
7.5 credits
Course period: November–January, half tempo
Syllabus: Number Theory (PDF, 226 kB, new tab)
Topology
Course code: MATM36
7.5 credits
Course period: January–March, half tempo
Syllabus: Topology (PDF, 226 kB, new tab)
Ordinary Differential Equations 2
Course code: MATM37
7.5 credits
Course period: January–March, half tempo
Syllabus: Ordinary Differential Equations 2 (PDF, 226 kB, new tab)
Fourier Analysis
Course code: MATM38
7.5 credits
Course period: March–June, half tempo
Syllabus: Fourier Analysis (PDF, 226 kB, new tab)
Integration Theory
Course code: MATM39
7.5 credits
Course period: January–March, half tempo
Syllabus: Integration Theory (PDF, 226 kB, new tab)
Galois Theory
Course code: MATM41
7.5 credits
Course period: September–October, half tempo
Syllabus: Galois Theory (PDF, 226 kB, new tab)
Specialised Course in Differential Geometry
Course code: MATM43
7.5 credits
Course period: January–June, quarter tempo
Syllabus: Specialised Course in Differential Geometry (PDF, 226 kB, new tab)
Harmonic Analysis
Course code: MATP32
7.5 credits
Course period: November–January, half tempo
Syllabus: Harmonic Analysis (PDF, 226 kB, new tab)
Group- and Ring Theory
Course code: MATP33
7.5 credits
Course period: March–June, half tempo
Syllabus: Group- and Ring Theory (PDF, 226 kB, new tab)
Linear Functional Analysis
Course code: MATP35
7.5 credits
Course period: September–January, quarter tempo
Syllabus: Linear Functional Analysis (PDF, 226 kB, new tab)
Distribution Theory
Course code: MATP31
7.5 credits
Course period: March–June, half tempo
Syllabus: Distribution Theory (PDF, 226 kB, new tab)
Specialised Course in Integration Theory
Course code: MATP39
7.5 credits
Course period: March–June, half tempo
Syllabus: Specialised Course in Integration Theory (PDF, 226 kB, new tab)
Specialised Course in Linear Functional Analysis
Course code: MATP45
7.5 credits
Course period: September–January, quarter tempo
Syllabus: Specialised Course in Linear Functional Analysis (PDF, 226 kB, new tab)
Course information on the department’s website
Please note that not all courses listed on the department’s webpage are available to exchange students. You should therefore refer to the list above before consulting the department webpages.
Course information on the Centre for Mathematical Sciences website
Bachelor level
Mathematical Statistics – Basic Course
Course code: MASA02
15 credits
Course period: September– January, half tempo
Syllabus: Mathematical Statistics – Basic Course (PDF, 226 kB, new tab)
Probability Theory
Course code: MASC01
7.5 credits
Course period: January–March, half tempo
Syllabus: Probability Theory (PDF, 226 kB, new tab)
Statistical Inference Theory
Course code: MASC02
7.5 credits
Course period: March–June, half tempo
Syllabus: Statistical Inference Theory (PDF, 226 kB, new tab)
Markov Processes
Course code: MASC03
7.5 credits
Course period: September–October, half tempo
Syllabus: Markov Processes (PDF, 226 kB, new tab)
Stationary Stochastic Processes
Course code: MASC04
7.5 credits
Course period: September–October, half tempo
Syllabus: Stationary Stochastic Processes (PDF, 226 kB, new tab)
Design of Experiments
Course code: MASC05
7.5 credits
Course period: March–June, half tempo
Syllabus: Design of Experiments (PDF, 226 kB, new tab)
Master level
Monte Carlo Methods for Statistical Inference
Course code: MASM11
7.5 credits
Course period: January–March, half tempo
Syllabus: Monte Carlo Methods for Statistical Inference (PDF, 226 kB, new tab)
Statistical Modelling of Extreme Values
Course code: MASM15
7.5 credits
Course period: March–June, half tempo
Syllabus: Statistical Modelling of Extreme Values (PDF, 226 kB, new tab)
Time Series Analysis
Course code: MASM17
7.5 credits
Course period: November–January, half tempo
Syllabus: Time Series Analysis (PDF, 226 kB, new tab)
Financial Statistics
Course code: MASM18
7.5 credits
Course period: November–January, half tempo
Syllabus: Financial Statistics (PDF, 226 kB, new tab)
Linear and Logistic Regression
Course code: MASM22
7.5 credits
Course period: March–June, half tempo
Syllabus: Linear and Logistic Regression (PDF, 226 kB, new tab)
Valuation of Derivative Assets
Course code: MASM24
7.5 credits
Course period: September–October, half tempo
Syllabus: Valuation of Derivative Assets (PDF, 226 kB, new tab)
Spatial Statistics with Image Analysis
Course code: MASM25
7.5 credits
Course period: November–January, half tempo
Syllabus: Spatial Statistics with Image Analysis (PDF, 226 kB, new tab)
Stationary and nonstationary Spectral Analysis
Course code: MASM26
7.5 credits
Course period: January–March, half tempo
Syllabus: Stationary and nonstationary Spectral Analysis (PDF, 226 kB, new tab)
Course information on the department’s website
Please note that not all courses listed on the department’s webpage are available to exchange students. You should therefore refer to the list above before consulting the department webpages.
Course information on the Centre for Mathematical Sciences website
Bachelor level
Computational Programming with Python
Course code: NUMA01
7.5 credits
The course is given two times during the academic year:
- January–June, quarter tempo
- September–January, quarter tempo
Syllabus: Computational Programming with Python (PDF, 226 kB, new tab)
Numerical Analysis – Basic Course
Course code: NUMA41
7.5 credits
Course period: November–January, half tempo
Syllabus: Numerical Analysis – Basic Course (PDF, 226 kB, new tab)
Numerical Linear Algebra
Course code: NUMB11
7.5 credits
Course period: September–October, half tempo
Syllabus: Numerical Linear Algebra (PDF, 226 kB, new tab)
Master level
Numerical Approximation
Course code: NUMN19
7.5 credits
Course period: January–March, half tempo
Syllabus: Numerical Approximation (PDF, 226 kB, new tab)
Numerical Methods for Differential Equations
Course code: NUMN32
7.5 credits
Course period: November–January, half tempo
Syllabus: Numerical Methods for Differential Equations (PDF, 226 kB, new tab)
Advanced Course in Numerical Algorithms with Python/SciPy
Course code: NUMN21
7.5 credits
Course period: September–October, half tempo
Syllabus: Advanced Course in Numerical Algorithms with Python/SciPy (PDF, 226 kB, new tab)
Simulation Tools
Course code: NUMN26
7.5 credits
Course period: January–March, half tempo
Syllabus: Simulation Tools (PDF, 226 kB, new tab)
Numerical Analysis – Seminar
Course code: NUMN27
7.5 credits
Course period: March–June, half tempo
Syllabus: Numerical Analysis – Seminar (PDF, 226 kB, new tab)
Numerical Simulations of Flow Problems
Course code: NUMN28
7.5 credits
Course period: March–June, half tempo
Syllabus: Numerical Simulations of Flow Problems (PDF, 226 kB, new tab)
Course information on the department’s website
Please note that not all courses listed on the department’s webpage are available to exchange students. You should therefore refer to the list above before consulting the department webpages.
Course information on the Centre for Mathematical Sciences website
Admission requirements
Each course has specific admission requirements, which can be found in the course syllabus. Please carefully read the admission requirements. Make sure that you both fulfill the requirements and that you will receive credits for the courses at your home university.
All course syllabi are available in the Lund University syllabus library. Please note that all courses listed are not open to exchange students.