Geology

Introduction

The master's degree programme in geology is for those of you interested in the structure of the Earth, its climate system, water resources, geothermal energy and development of sustainable solutions for the resource needs of modern society (e.g. clean drinking water and supply of energy and minerals).  It is for those of you who find it exciting to collect data in the field and/or in a laboratory and interpret geochemical and geophysical datasets from different sample types (soil, water, rocks). You ultimately could use this to derive computer models and/or contribute to solutions to some of the societal challenges.

Geology has a both practical and theoretical approach and involves both lectures, lab work and excursions. You will learn how to analyse a geological problem by setting up a working model, collecting and analysing data, using it in numerical models and producing a scientific report. There are many different topics for specialisation, such as the formation of sedimentary basins and their importance for resource needs, how to find solutions to contaminants in the subsoil, how the climate has evolved through the past, and how to understand the climate in the present and safeguard it in the future. It is also possible to specialise in hydrogeology/geophysics, mineral raw materials and transition to sustainable energy sources.

Teaching in the programme is integrated with research at the highest international level and with a high degree of flexibility that makes it possible for the students to explore their own interests, both in the laboratories and in the field.

We offer the following four specialisations: Water, Climate, Energy and Deep earth systems. 

Read more about the specialisations.

The master's degree programme in geology is closely related to the Master's degree programme in, Geophysics, and the two programmes have many joint courses. A background in basic geophysics, calculus, programming and chemistry is assumed.

Students work closely with technical staff and with some of the best Danish and international researchers in the field. Teamwork is promoted to provide a forum for group research and discussion as well as opportunities to collaborate with private companies for research.

Read more about our research.

The thesis, which is heavily weighted, is a chance for students to tailor their degree to their own personal and career interests while benefiting from close collaboration with fellow students and faculty members.

Career

Graduates in geology from Aarhus University work in both the private and public sectors both in Denmark and abroad, with areas such as: 

• Climate challenges
• Water supply
• Environment Purification and protection
• Foundation exploration for offshore wind turbines
• Geothermal energy
• Extraction of gravel, sand and metals
• Product development with geo-materials
• Groundwater mapping