This course introduces anthropological perspectives on health, illness and medicine, and explores the interactions between biology, society and culture. It aims to present a contextual and comparative ...

This course addresses different ways of thinking about the relationship between development and human rights, and addresses critical contemporary issues as global and local poverty, national and ...

The course deals with the solution of partial differential equations in computational mechanics like heat conduction, viscous flow, porous flow and elastic deformations. The focus is on finite element ...

In depth understanding of molecular methods used for addressing epigenetic phenomena in basic research and in the clinic. The understanding of the bases for genetic and epigenetic inheritance has been ...

STK2100 gives an introduction to different methods for supervised learning (regression and classification). The course contains both model and algorithm based approaches. The main focus is supervised ...

The course gives students a fundamental introduction to concepts used to understand composition and properties of polymers and macromolecular systems. Students admitted at UiO must apply for courses ...

The course will give you an introduction to the most important principles of surface- and colloid chemistry. Intermolecular forces and forces between surfaces, surface tension, contact angles, and ...

Introduction to Zermelo-Fraenkel Set Theory and Gödel’s universe L of constructible sets. The student will be aquainted with the Zermelo-Fraenkel axiom system ZFC for set theory with the axiom of ...

The aim if this course is to study fluid flows that occur naturally in nature. These phenomena can be important for the environment, climate, safety and transport of pollution. These fluid flows are ...

A wealth of individual and public health data is generated and captured digitally. How can this abundance of data be utilized in the health sector and what is the role of novel digital technologies in ...

The course presents the fundamental geophysical methods used to investigate the Earth’s inner structure, from a global to local scale. Core methods covered include seismology, seismic, analysis of the ...

The course covers methods for analysis of digital signals in noise. Examples of topics are description of stochastic signals in time and frequency domain, modeling of signals, estimation, detection, ...