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Reykjavík University

Reykjavík University is the largest private university in Iceland. It is chartered by the Chamber of Commerce, the Federation of Icelandic Industries, and the Confederation of Icelandic Employers.

The university consists of seven academic departments in two schools. Within the School of Social Sciences are: the Department of Law, Department of Business Administration, Department of Sport Science, and Department of Psychology. Within the School of Technology are the Department of Computer Science, Department of Engineering, and Department of Applied Engineering. The university is bilingual (English and Icelandic).

Reykjavík University has its roots in the Commercial College of Iceland, School of Computer Science (TVÍ), which was founded in January 1988 and operated within the Commercial College of Iceland (VÍ) facilities for ten years.

Reykjavík University started its first semester on 1 September 1998, in a new building under the name Reykjavík School of Business. TVÍ became one of two departments within the school. A name change was inevitable because the school's name was not descriptive for the variety of the school's operations.

In January 2000, the name was changed to Reykjavík University. In the autumn of 2002, the School of Law was established at Reykjavík University and in 2005, Reykjavík University was merged with the Technical University of Iceland (THÍ) under the name Reykjavík University. Following the merger, the School of Science and Engineering was established, partly built upon the old foundation of THÍ with the addition of new engineering fields.

Country:
Iceland

Marine Energy Documents Related to Reykjavík University

Tethys Engineering is a knowledge hub that contains documents and resources about the technical aspects of marine energy development. The table below contains all of the documents in the Tethys Engineering Knowledge Base associated with Reykjavík University.

Total: 2

Title Author Date Sort ascending Type of Content Technology Collection Method Engineering
Design and Optimisation of an Internal Wave Energy Harvester for a Self-Powered Monitoring Buoy Hermannsson, H. Thesis Wave, Point Absorber Lab Data, Modeling, Scale Device Power Take Off
Self-sustaining Power Supply For a Low-power Sea Buoy Olgerisson, H. Thesis Wave, Point Absorber Lab Data Power Take Off
Displaying 1 - 2 of 2 results