Our society is becoming more mobile: Terms like “space” and “distance” are undergoing a fundamental transformation thanks to digital media. Today, there’s a whole sector of industry devoted to communicating and producing information, brands, and experiences in media spaces.

The University of Applied Sciences Europe provides you with the skills to transform communication within virtual and physical spaces into inspiring and lasting experiences. In the Media Spaces master’s program, you’ll learn how to analyze and locate spatial, moving, and non-linear forms of expression and how to apply them to your own spatial concepts. You’ll be in the perfect position to develop complex and advanced design and technological solutions for challenges of a multi-disciplinary nature thanks to the sound media competence you’ll have as a graduate.... [-]

At RWTH Aachen University we want to ensure that you get an excellent start to your Master’s in Physics. Most graduates from universities other than RWTH Aachen need to pass additional subjects as condition for admission. These courses are part of the German-taught Bachelor degree in Physics. In the Master’s College, you can fulfill these admission requirements in specific courses taught in English some weeks before and during your Master’s program. Moreover, the complementing academic and social support will increase your chances of success.

The Master's College was developed by the RWTH International Academy in close cooperation with the Physics Institute and complements the Master's degree programme at the university. The Master's College is designed specifically for students who need to fulfil conditions for admission.... [-]

The ASC Master’s Course is jointly operated by the following universities (the ASC consortium):

The ASC network aims at preparing students to become experts and develop international skills towards professional industrial careers in the spectroscopic characterization of matter and/or doctoral studies.

The ASC program has reached a high level of harmonization, with a single Master program scheme applicable at each partner institution and thus yielding to a better integration into the European scheme.... [-]

Sustainable development is one of the major social challenges facing the twenty-first century - this much is beyond dispute. Yet, it still remains unclear in which direction, within which social and ecological framework, and by means of which strategy sustainable development can move forward. These questions form the starting point of our inter- and transdisciplinary research-oriented, and problem-focused Master's programme Sustainability Science.

A distinctive feature of the Sustainability Sciences programme is its balance between sustainable natural sciences and sustainable humanities. Our goal is to look at social-ecological systems in an academically grounded and interdisciplinary manner. We will examine the processes which form the material and energetic basis for environmental sustainability problems as well as potential practical solutions from the perspective of sustainable natural sciences. In complex social-ecological systems, s these material processes are closely interconnected with economic, juridical, political, and cultural contexts as well as with strategies and practices of important social actors. These immaterial prerequisites and conditions of environmental sustainability problems and the way these problems are addressed are the subject of sustainable humanities.... [-]

Master of Mathematics (M.Sc.)Extremely fit for research and the economy! This research-oriented degree programme offers numerous options for individual specialisation. With excellent capacity for analytical thought, graduates of Göttingen have been in high demand in various areas of research and the economy for years. This degree also allows students to pursue doctoral studies, for example in one of the interdisciplinary research training groups at the University of Göttingen. This degree programme takes place in an international and interdisciplinary atmosphere which characterises the reputation of Mathematics at Göttingen.The Master's programme goes beyond the objectives of the Bachelor's programme: Knowledge of the main mathematical disciplines, their interrelationships, handling current mathematical research literature, as well as the ability to scientifically process and depict mathematical problems.Succesful completion of the Master's programme qualifies graduates for:... [-]

Master in Hydrogeology and Environmental Geoscience (M.Sc.)

International Master programme held in English: The course aim is to prepare its participants for professional work as hydrogeologists, water resources or environmental experts, in research, consulting or administration in the public or private sector. It qualifies professionals for the groundwater resources and environmental technology sector.The international Master Programme “Hydrogeology and Environmental Geoscience (HEG)“ at the University of Göttingen conveys modern know-how in the fields of integrated water resources management, contaminant transport in the subsurface and groundwater in fractured systems. Special attention is given to practical and quantitative approaches: e.g. saltwater intrusion; usage of alternative water resources (artificial recharge); environmental monitoring and remediation; water pollution control; contaminant treatment technologies; systems, surface and groundwater modelling. Emphasis is placed on water scarcity problems in semi-arid regions and developing countries.The tuition programme is presented by an international experienced and interdisciplinary team of lecturers from universities, private companies, research institutes and governmental institutions. Tuition includes lectures, field/laboratory work and case studies.... [-]

The future and sustainability of our societies are critically linked to the exploitation of primary raw materials. The need for innovation in this sector is considered as new deposits will be more and more difficult to process, due to their lower quality and the increasing regulations to minimize their impacts on the environment. Such innovations are only possible if a deep understanding of the geology is integrated throughout the whole mine lifecycle, from mining to site rehabilitation. Innovation requires a geometallurgical approach.

Geometallurgy aims at integrating geological characteristics into new resource-efficiency based models. It requires a deep understanding of geology and advanced mineral processing techniques, expertise in geo-modeling, knowledge of state-of-the-art monitoring tools, and an acute awareness of the environmental, economic and societal issues in mining.... [-]