A permanent supply of water and energy is one of the great global challenges of our time. As a result the water-energy nexus, which reaches across various sectors, is becoming increasingly important. Knowing the relationship between water and energy supply and distribution – both pillars in sustainability – it is necessary to connect different scientific perspectives. By considering complex interdependencies – detached from individual resources – the water-energy nexus gains importance as an important key element of sustainable development.
By offering the Master's course of study in Sustainable Management, RWTH is meeting the demand for interdisicplinary collaboration. The program integrates disciplines from energy, civil, and environmental engineering, geography, business and economics, and the social sciences. Students gain specialized analysis, method, solution, and evaluation skills in the fields of water and energy management. Furthermore, the course of study teaches interdisciplinary skills, such as the ability to critically reflect on innovations in a global context and independently work and research.
This technical breadth allows graduates to face complex and global challenges in their professional lives that are scientifically, technologically, and socially relevant. The program aims to qualify a new generation of socially responsible engineers, who contribute to shaping global, sustainable development.
Students' interdisciplinary perspective is carefully crafted from the first to last semester. The program begins with interdisciplinary units, then transitioning to water and water management at RWTH, on to the field of energy and energy management abroad, and ends with a final semester at RWTH dedicated to the water-energy nexus. Students complete an independent research paper during this semester as well.
During the mobility window students complete courses with a focus on energy and management.
Due to their interdisciplinary and international eduation graduates from the Sustainable Management course of study are able to evaluate and calculate complex, global relationships in energy management and water supply. With their breadth of skills they have good professional prospects in both companies in the water and energy management sector as well as an in consulting engineering offices or in public administration at the state, national, or European level.
Furthermore there is a great demand for skill experts in non-governmental organizations or international organizations such as the United Nations, the World Bank, and the Gesellschaft für internationale Zusammenarbeit. Graduates can also work as researchers and science managers at the cross-section of various disciplines.
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