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Hydropower – (M.Sc.)
RES - the School for Renewable Energy Science
Renewable Energy Science
| Application Deadline: | November 1 (Non EU); December 1 (EU) | ||
| Annual Tuition Fee: | ≈ € 18,800 | ||
| Location: | Akureyri / Iceland / View location on map ▾ Hide location on map ▴ | ||
| Duration: | 12 months | Start Date: | February |
| Educational Form: |
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| Education Variants: |
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| Languages: | English | ||
Location of RES - the School for Renewable Energy Science
First trimester (15 weeks and 30 ECTS)
Includes a comparative analysis of renewable and non-renewable energy sources, highlighting some of the main physical, chemical and technical aspects of each energy source; an overview of the methods of exploration, exploitation, and technical aspects of utilization of all the different forms of renewable energy sources; in addition to environmental impacts of use, social and economic considerations, and EU renewable energy policies.
During the first trimester students also take part in a 10 day study tour to locations in Iceland where renewable energy is being utilized. After completing the trimester students will acquire strong background knowledge on renewable energy science and technology, and will also generate an appreciation for the interrelationship between the various disciplines necessary for successful execution of renewable energy projects, from the initial exploration to the stages of implementation and utilization.
Second trimester (15 weeks and 30 ECTS)
Emphasis is on a detailed analysis and feasibility studies within the chosen specialisation: Geothermal Energy
Third trimester (15 weeks and 30 ECTS)
During this trimester students will complete their Master Thesis (30 ECTS). Each student will present his/her findings with a formal presentation at RES.
Contents
First trimester (February - June)
RES601 Energy - Past, Present, and Future
RES602 Energy Technologies - Conversion, Storage & Energy Systems
RES604 Life-Cycle Assessment & Energy Efficiency Analysis
RES603 Carbon Capture & Sequestration Technologies
RES605 Geothermal Energy
RES606 Fuel Cell Systems & Technologies
RES607 Hydropower
RES608 Biofuels & Bioenergy
RES609 Solar Energy
RES610 Wind & Wave (Tidal) Power
RES611 Study Tour
Second trimester (June - October)
HYDRO601 Principles of Applied Hydrology
HYDRO602 River System Analysis
HYDRO603 Hydraulic Structures
HYDRO604 Waterways
HYDRO605 Hydropower Production & Marketing
HYDRO606 Water Resources Optimization
HYDRO607 Environmental Impacts & Mitigation
Third trimester (October - February)
During the last trimester students will complete their Master's Thesis (30 ECTS). The trimester starts with a short module detailing research methods and practical skills in thesis writing.
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Requirements
Admitted students must have a B.Sc. degree in engineering (mechanical, electrical, civil, industrial, environmental) or physical sciences (chemistry, physics, geology/geophysics, biotechnology)
Courses in surface hydrology, engineering fluid mechanics, and advanced engineering mathematics (differential equations and Fourier analysis).
English requirements Applicants must prove their ability to follow a postgraduate course in English. Non-native English speaking students who did not follow a university degree conducted in English must sit for either one of the following exams and obtain the following grades:
* TOEFL Total Score 80 with the following minimum section requirements: (Reading: 20; Listening: 20; Speaking: 20; Writing: 20)
* IELTS: 6.5 minimum
* Cambridge Advanced Exam in English: B minimum
* Cambridge Proficiency Exam in English: C minimum
* TOEIC: Valid as well, equivalent to TOEFL
Accreditation
RES | the School for Renewable Energy Science graduates its students through its affiliation with the University of Akureyri and the University of Iceland. Both Universities are accredited higher education institutions.
Previous laws on universities gave the Minister of Education, Science and Culture the power to license the operation of privately funded universities. State funded universities operated according to special laws for each institution. The new Higher Education Act covers all universities operating according to the laws’ definitions, regardless of their operational form, and the Minister can license these institutions given that they fulfill certain conditions. A university’s recognition is linked to a given set of fields of knowledge or subsets of these fields. The universities are then free to decide what courses they offer within the fields of knowledge for which they are recognized.
Ask a Question
You can contact Arnbjorn Olafsson to ask a question about Hydropower at RES - the School for Renewable Energy Science.
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