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industry and society. The strategy for scientific excellence focuses on our six Areas of Advance; Energy, Health Engineering, Information and Communication Technology, Materials Science, Production and
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-film technology, and microwave engineering. This multidisciplinary approach allows us to create advanced instruments for radio astronomy and environmental sciences. GARD, recognized internationally
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for radio astronomy and environmental sciences. GARD, recognized internationally for its Terahertz instrumentation, has significantly contributed to projects like Herschel HIFI, ALMA, and APEX. As part of
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. The research has broad applications in areas of health and industrial production of e.g. fine chemicals, food and energy. The department offers highly qualified education for engineering students within the area
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education (ECTS) credits in Aerospace Engineering, Mechanical Engineering, Environmental Engineering, Engineering Physics or equivalent. Other master programmes in addition to the ones listed above may be
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, Environmental Engineering, Engineering Physics or equivalent. Other master programmes in addition to the ones listed above may be considered if documented advanced courses in related to cloud formation, climate
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ranging from environmental science to aerospace engineering. Among a range of fundamental and applied research in these areas, we have a strong focus on novel and sustainable aviation. You will be joining
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division and the department The position is located at the Division of Environmental Systems Analysis at the Department of Technology Management and Economics . At the Division of Environmental Systems
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, mathematics, environmental science, or related fields of natural and social science with a proven interest in energy studies. We also require familiarity with programming languages, excellent academic track
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technology. This research has main applications in instrumentation for radio astronomy and environmental sciences. Being internationally recognized with its state-of-art Terahertz instrumentation, GARD was and