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The course is intended to deal with these issues from a number of different perspectives, specifically considering cultural, political, legal, but also economical aspects, including those relevant outside a Western context. It will provide…

The course is an introduction to the interdisciplinary field of Environmental Humanities, providing insight into this dynamic and emerging area and demonstrating how to integrate humanities subjects and perspectives into other domains of…

The Master's Thesis in archaeology is the compulsory work for the Master's Programme Archaeology: Theory and Practice. During the course, the student will choose an area of study within the subject Archaeology. Theoretical and…

The Master's Thesis in historical archaeology is the compulsory work for the Master's Programme Archaeology: Theory and Practice. During the course, the student will choose an area of study within the subject Historical Archaeology…

The Master's Thesis in historical osteology is the obligatory work for the Master's Programme Archaeology: Theory and Practice. During the course, the student will choose an area of study within the subject Historical Osteology…

The Master's Thesis in is the obligatory work for the Master's Programme Archaeology: Theory and Practice. During the course, the student will choose an area of study within the subject Classical Archaeology and Ancient History…

Material culture is the hub of archaeology. However, things do not speak to us; it is up to us to ask questions which enable us to elicit information about past lives. In this course we explore the theoretical debate in archaeology from…

In this course human relation to the landscape is studied in an archaeological long time perspective. Using different archaeological examples, for example the Neolithic revolution in Scandinavia, various theoretical perspectives regarding…

This course focuses on theoretical and practical issues connected to archaeological fieldwork. Modern archaeology requires knowledge and awareness of a wide range of scholarly fields, both in relation to the archaeological field practice…

In this independent study course, students specialise in one or several areas of research in archaeology and ancient history. The aim of the course is for students to acquire a specialised and critical ability to assess scholarly…

The use of scientific methods in archaeological research is an ever-growing field that has in many ways revolutionised our knowledge of the past. Much of the current methodological development is linked to bioarchaeology and concerns…

The course gives the students the ability to use Geographic Information Systems (GIS) and to navigate among the different tools and instruments that are offered in these technologies. A key element of the course is the introduction to the…

The course focuses on the application of 3D technology for collection, processing and visualisation of 3D data including point clouds, surface models and boundary models. The students will gain both practical and theoretical knowledge…

In the course you will study basic properties of stars and their atmospheres: effects of temperature, pressure chemical composition and stellar rotation. The solar atmosphere. Stellar spectra and formation of spectral lines. Convection and…

This multi-disciplinary course treats the question of life in the Universe. Where can life have developed? Must it be on a planet similar to Earth? How does life on a planet develop and evolve? Under what extreme circumstances can…

The course consists of: A review of the evolution of massive stars. Core-collapse supernovae. Type Ia supernovae and their use as standard candles in cosmology. Mass transfer in binaries. X-ray binaries. Radio pulsars and millisecond…

The course consists of: Introduction to computational astrophysics. The N-body problem. Numerical algorithms. Smoothed Particle Hydrodynamics (SPH). Numerical solution of partial differential equations within astrophysics. Realistic…

In this course you will learn more about the structure and evolution of stars. The course contains amongst others: an overview of the different phases of the evolution of a star, the magnitude system and using it for stellar astronomy, the…

The course contains the following parts: Newtonian gravitation and dynamics. Reference systems and units. Galactic coordinates. Astrometry and the determination of the distance, the motion and distribution. The HR…

The course contains the following parts: Basic probability theory and statistics. The concept of probability, probability distributions and Bayes' theorem. Sampling, moments, correlation, and order statistics. Graphical presentation of…

In the course you together with your supervisor will choose a problem in astrophysics, which you independently will study and solve. The task can be of a observational, technical or theoretical nature. It should preferentially be linked to…

The degree project requires a literature review and special studies. In addition, it includes a number of compulsory elements, in the form of lessons and seminars, which deal with, among other things, scientific writing in English and…

The degree project requires a literature review and special studies. In addition, it includes a number of compulsory elements, in the form of lessons and seminars, which deal with, among other things, scientific writing in English and…

The degree project requires a literature review and special studies. In addition, it includes a number of compulsory elements, in the form of lessons and seminars, which deal with, among other things, scientific writing in English and…

The degree project requires a literature review and special studies. In addition, it includes a number of compulsory elements, in the form of lessons and seminars, which deal with, among other things, scientific writing in English and…

The degree project requires a literature review and special studies. In addition, it includes a number of compulsory elements, in the form of lessons and seminars, which deal with, among other things, scientific writing in English and…

The degree project requires a literature review and special studies. In addition, it includes a number of compulsory elements, in the form of lessons and seminars, which deal with, among other things, scientific writing in English and…

The degree project requires a literature review and special studies. In addition, it includes a number of compulsory elements, in the form of lessons and seminars, which deal with, among other things, scientific writing in English and…

The degree project requires a literature review and special studies. In addition, it includes a number of compulsory elements, in the form of lessons and seminars, which deal with, among other things, scientific writing in English and…

The course treats: • Differential equation based modelling: Numerical methods to solve ODEs and convergence order. Applications to for instance predicting the spread of diseases and cell programming will be used. • MCMC based modelling…

BERN02. The overall learning outcome for the course is to let the students work with and combine two fields for data analysis in computational science: reproducible work flows and statistical learning. This includes to be able to create…

Mathematical modelling is an essential tool within earth system sciences to understand processes and test hypotheses. For example, hypotheses related to ongoing climate changes are tested with models, and the estimated impacts of future…

Recent development in machine learning have led to a surge of interest in artificial neural networks (ANN). New efficient algorithms and increasingly powerful hardware has made it possible to create very complex and high-performing ANNs…

In this course you will learn how mathematical and computational physics methods can be applied to biological problems. Topics include deterministic and stochastic simulations of biochemical systems, population models, spatial models and…

The course treats: Important concepts in uncertainty quantification (UQ), such as verification vs. validation, intrusive vs. non-intrusive, and forward vs. inverse UQ Numerical discretisation for PDEs with random parameters: stochastic…

This course is intended to present some aspects of biology from a physics perspective. Among the topics covered are: cell structure, random walks and diffusion, entropic forces, chemical forces, macromolecules, and molecular mechanisms and…

This hands on course will give you experience and knowledge of programming in general and in Python  in particular. The focus is especially on applications in bioinformatics. Working environment is Linux and the course will develop…

Bioinformatics, the application of computational methods to biological and biomedical problems, is a rapidly growing field. Modern biochemists and biologists need to have a basic knowledge of bioinformatics. This course provides both a…

This hands on course will give you the experience and provide the tools that are needed to analyze next generation sequencing data. It is particularly focused on the analysis of: transcriptome data amplicon data genome data …

After assembling of data, generated by new sequencing methods such as "next generation sequencing", the results must be linked to the underlying biological questions. It implies that the subsequent analysis will require different…

In this courses, you learn how to plan and carry out a project in Bioinformatics from start to end. The course is open for students on the Master's programme in Bioinformatics