Key Benefits:
Obtained the verification of the curriculum by the University Council, following a favorable report by the National Agency for the Evaluation of Quality and Accreditation, as well as the authorization of the Autonomous Community of Andalusia, and established the official character of the title by Agreement of the Council of Ministers of 12 November (published in the BOE of 16 December by Resolution of the Secretary General of Universities of 22 November),
The Rector, in accordance with article 35 of the Organic Law 6/2001, of Universities, in the wording given by Organic Law 4/2007, has decided to publish the curriculum leading to obtaining the official Master's degree in Engineering and Nuclear Instrumentation, which will be structured as set out in the annex to this Resolution.
Huelva, 26 July 2011. –The Rector, Francisco José Martínez López.
Annex
Master's Degree in Engineering and Nuclear Instrumentation by the University of Huelva (Rama Engineering and Architecture)
Structure of teachings
Table 1. Distribution of the ECTS credit curriculum by type
of the
Type of matter | ECTS credits |
---|---|
Obligatory | 4 |
Optional | 59 |
End of Master's Work | 14 |
Total | 77 |
Table 2. Scheme of the Study Plan
Matter | ECTS credits | Character |
---|---|---|
Principles of Nuclear Engineering | 4 | Obligatory. |
Dosage and medical applications | 4 | Optional. |
Power electronics in accelerators and power plants | 5 | Optional. |
Basic nuclear instrument | 4 | Optional. |
Instrument and automatic control | 14 | Optional. |
Prácticum | 4 | Optional. |
Radioactivity and environmental control | 4 | Optional. |
Nuclear reactions and structure | 4 | Optional. |
Material analysis techniques | 4 | Optional. |
Monte Carlo Techniques and Simulation | 4 | Optional. |
Particle accelerator technology | 4 | Optional. |
Nuclear power plant technology | 4 | Optional. |
Nuclear reactor theory | 14 | Optional. |
Research work | 14 | Optional. |