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Electrical engineering (B.Eng.)
Geotechnics (B.Eng.)
Computer science (B.Eng.)
Mechanical engineering (B.Eng.)
Regenerative energy technology (B.Eng.)
Social work and health (B.A.)
Computer Engineering for IoT Systems (M.Eng.)
Energy systems (expiring) (M.Eng.)
Mechatronics (discontinued) (M.Eng.)
Product development and production (M.Eng.)
Renewable Energy Systems (M.Eng.)
The in.RET at Nordhausen University of Applied Sciences is a leading Teaching and research institution in the field of renewable energy technology.
It pools specialist resources and strengthens the external image of this forward-looking research and teaching focus. In addition to organising Bachelor's and Master's degree courses, in.RET offers comprehensive consulting services on energy efficiency and energy use and develops customised energy and sustainability concepts.
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The limitation of the global rise in temperature as a result of climate change is one of the greatest challenges of the 21st century.
Decisive for the anthropogenic greenhouse effect is the greenhouse gas emission since industrialisation around 1900. In order to limit the global temperature rise to the climate targets (1.5° or 2° target), only a certain amount of greenhouse gases may be released into the atmosphere. With correspondingly moderate forecasts by climate researchers (IPCC 2014, IPCC 2014, Rog 14), this means that in order to meet the 2° target, only greenhouse gases amounting to 720 gigatonnes of CO2-equivalents may be released into the atmosphere (as at 1 January 2018). Assuming that the current greenhouse gas emissions of around 40 gigatonnes of CO2-equivalents (1268 t/s), the remaining time until the maximum greenhouse gas load is exceeded can be calculated.
Editing: Christoph Schmidt (M.Eng.), Christopher Senge (M.Eng.)
The institute is housed in House 34 on the campus of Nordhausen University of Applied Sciences.
The way to the campus can be found under "Approach/Arrival" about the university.
The limitation of the global rise in temperature as a result of climate change is one of the greatest challenges of the 21st century.
Decisive for the anthropogenic greenhouse effect is the greenhouse gas emission since industrialisation around 1900. In order to limit the global temperature rise to the climate targets (1.5° or 2° target), only a certain amount of greenhouse gases may be released into the atmosphere. With correspondingly moderate forecasts by climate researchers (IPCC 2014, IPCC 2014, Rog 14), this means that in order to meet the 2° target, only greenhouse gases amounting to 720 gigatonnes of CO2-equivalents may be released into the atmosphere (as at 1 January 2018). Assuming that the current greenhouse gas emissions of around 40 gigatonnes of CO2-equivalents (1268 t/s), the remaining time until the maximum greenhouse gas load is exceeded can be calculated.
Editing: Christoph Schmidt (M.Eng.), Christopher Senge (M.Eng.)
Credit points are earned for successfully completed coursework and examinations in accordance with the "European Credit Transfer and Accumulation System" (ECTS).
The ECTS points reflect the average learning effort. One ECTS point corresponds to 30 hours of study.
Based on the ECTS points, the study and examination achievements are internationally comparable.
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+49 3631 420-222
House 18, Level 1, Room 18.0105