Environmental and Resource Management

The Environmental and Resource Management (ERM) course of study offers an integrated approach to current environmental and resource management issues of high importance with the aim of providing a top level education for future employees of companies, public administrations in the field of the environment, environmental NGOs, international organisations, universities, and research organisations. Recognising that environmental questions can no longer be solved by a singular academic discipline, the programme offers a broad spectrum of courses ranging from engineering and science to management and socioeconomics. The acquisition of soft skills (e.g. cultural competence) is thus valued as highly and as indispensably as that of technical and scientific knowledge. Due to the small seminar courses and the resulting good lecturer-student ratio, the quality of the study programme is extremely high and allows close interrelation between the students and their academic supervisors. The Master's programme is a four-semester study programme. It builds consecutively on the ERM Bachelor's programme. The idea of the Master's programme is to provide students with a broad spectrum of environmental courses. You can choose between three specialisations when applying: environmental sciences; environmental economics, planning, and law; and environmental engineering. The environmental sciences area offers modules from the natural sciences and related fields with a specific environmental focus (e.g. general and applied ecology, environmental modelling, freshwater restoration ecology, environmental soil science and plant nutrition, geopedology, systems and process hydrology, introduction to climate variability and climate change projections, geoecology, microclimates, land surface - atmosphere interactions, and parasites). The environmental economics, planning, and law specialisation offers students various planning and management courses (e.g. advanced studies of international environmental law, climate change and migration, strategic environmental assessment and environmental impact assessment, cost-benefit analysis in environmental evaluation, economics of land use and biodiversity conservation, methods of water resources management, and municipal solid waste management). The third specialisation, environmental engineering, represents the technical part of the study programme (e.g. numerical simulation: free surface and groundwater modelling, modelling process in hydro engineering projects, information management in hydroinformatics systems, hydrology and hydraulics, renewable energy technologies for power supply, gas cleaning, natural resource investigation, safety and risk-analysis for process plants, and wastewater and sludge treatment). For more information, please visit: https://www.b-tu.de/en/environment-ms/ .