The term "georesources" encompasses all resources - except for solar energy - that serve as a foundation for life of modern human society and whose comprehensive use involves humans' intervention with the system Earth. This includes in particular natural resources (water, soil, mineral raw materials, energy raw materials, geothermal energy) and areas of application (living, agriculture, industry / business, traffic, disposal) as well as, in a wider sense, also climate and atmosphere.
The intelligent, sustainable use of georesources to the advantage of humanity requires management based on rules and experiences. Such management also includes taking into account and limiting potential consequences of unavoidable natural disasters (earthquakes, volcano eruptions, flooding, tsunamis) in densely populated areas, as well as human intervention into the system Earth (environmental and climate changes.)
Resource development and conservation of groundwater reserves on the one hand and securing human living space and restoring the natural balance on the other are areas of geosciences that are increasingly gaining in importance and that can provide critical contributions for the future of humankind.
The complexity and multi-dimensionality of the related issues requires cross-disciplinary approaches to solutions and a combination of technical knowledge from the geosciences and other scientific / technological areas. This is why this course of study has an interdisciplinary focus. It is based on close cooperation between the classical geological sciences and economic sciences with geography/economic geography and resource & disposal technology, with contributions from economy and law, as well as civil engineering.
Study abroad in the form of internships or semesters at universities is expressly recommended. During the Master course of study, there is an option to spend a semester abroad at one of our numerous European partner universities in the context of an ERASMUS exchange program.
First university degree, required qualifications according to the examination regulationsMehr Informationen
Proficiency in German and English--- Mehr Informationen ---
The career options are manifold, and prospects are considered high due to the practical orientation and quantitative focus of the course of study. Applied geoscientists work in the following industries here and abroad:
Resources extraction and processing industries (mineral oil, natural gas, coal, geothermal energy, ores, precious metals, building materials, etc.)
Civil engineering and general construction, in particular, tunnel construction, dam construction, foundations for large buildings
New materials (fire-proof materials, functional materials, ceramics, glass, etc.)
Groundwater development and protection
Development, manufacture and distribution of analytical equipment
National and regional authorities, as well as municipalities
Research institutes and universities
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