What is ENEN ENEN Statutes ENEN General Assembly ENEN Leadership ENEN Working Groups & Areas ENEN Membership 10th Birthday of ENEN Hearing at the EU Parliament News
ENEN PLUS Project ANNETTE Project CORONA II Project NUSHARE Project PETRUS III Project ENEN RU II Project EUJEP-2 Project PELGRIMM Project TRASNUSAFE Project Past EFTS projects
EMSNE - European Master of Science in Nuclear Engineering EMSNE Ceremony Year 2016 EMSNE Ceremony Year 2015 EMSNE Ceremony Year 2014 EMSNE Previous Ceremonies EMSNE Registry of Laureates
ENEN PhD E&P Year 2017 - ANNOUNCEMENT ENEN PhD Event & Prize Information PhD E&P Year 2016 PhD E&P Year 2015 PhD E&P Year 2014 PhD E&P Previous Years
EUROPE - JAPAN EUROPE - RUSSIAN FEDERATION IAEA - Nuclear Knowledge Management IAEA-endorsed E&T Regional Networks IAEA - INSEN Nuclear Security Education World Nuclear University GEN IV International Forum EHRO-N SNETP
Educational and Training materials J.R.C. The roadmap for ECVET implementation E.C. Video Interview to Georges Van Goethem E.C. Paper by Georges van Goethem - 1 to 4 E.C. Paper by Georges van Goethem - 5 to 6 Paper on the 10th Birthday of ENEN Other links & related articles
Logo Enen CONTACT US |

UPC


technical university of catalonia - barcelona Tech

School of Engineering of barcelona

(UPC, Barcelona, Spain)

 

Contact Person at UPC for ENEN:                   Prof. Ph.D. Ing. Javier Dies, Javier.Dies@upc.edu

 

The Technical University of Catalonia BarcelonaTech (UPC) Spain, is a public research and higher education institution that specialises in engineering, architecture and science, and one of the leading technical universities in Europe. It has almost 30,000 undergraduate students. Every year, 5,000 students graduate with bachelor’s or master’s degrees, and 270 with doctoral degrees. It is one of the top European universities for technology transfer and the top university in Spain for registered patents and the creation of spin-offs. It has collaboration agreements with more than 2,000 companies.

 The UPC’s income for R&D activities and technology transfer is about 78 million euros.

It has 8 campuses in Catalonia and premises in 130 countries on five continents. It has been recognised by the Spanish Ministry of Education as an International Campus of Excellence for its projects Barcelona Knowledge Campus and Energy Campus.

Every year about 700 UPC students go abroad for exchanges of four months in average.

UPC has 10 schools, one of them is “Escola Tecnica Superior d’ Enginyers Industrials de Barcelona (ETSEIB), School of Engineering of Barcelona”   founded in 1851.  This school has 4.000 students and 300 lectures.

The general scope of nuclear engineering is to use the knowledge and scientific methodology to get the profit that for the man can supply the uses of fission and fusion nuclear energy and of the ionizing radiation.

Since 1963 to 1977 UPC-School Engineering of Barcelona develop his education and research activities in nuclear engineering with the support of a research and training reactor called ARGOS, (Argonaut Reactor), currently is decommissioned. Currently these activities are developed with several research laboratories, and education laboratories.

UPC has a PhD program on Nuclear Engineering and ionizing radiations.

UPC currently is developing the European Masters in Nuclear Energy (EMINE) 120 ECTS and the Master in Nuclear Engineering (MNE) 90 ECTS. These two masters shares the first year.  These masters have students from Asia, Africa, America and Europe. 

The research activities related to nuclear engineering are developed in the Department of Physics and Nuclear Engineering, Nuclear Engineering Research Group (NERG)  and in the Institute of Energy Technologies.  Research Group on Studies in Energy and Radiation (GREENER).

 

The education and research activities related to nuclear engineering at UPC are developed by:  1 professor, 10 lectures, 8 PhD researches, and 16 PhD students.

The   research topics are nuclear technology, nuclear safety, environmental impact, ionizing radiation technology, radiation protection, nuclear fusion, nuclear instrumentation, particle accelerators, thermal-hydraulics, radioactive waste,

non destructive evaluation, radon, dosimetry.

 


European Master in Nuclear Energy (EMINE)

in the frame work of the European Institute of Technology – KIC InnoEnergy.

Duration: 120 ECTS, two years.

Language: English

Mobility track: First year: at UPC (Barcelona, Spain) or KTH (Stockholm, Sweden)

                         Second year: at Grenoble INP (Grenoble, France) or Paris (France)  

Academic partners: Grenoble INP, UPC-BarcelonaTech, Paristech,  KTH, CEA-INSTN.

Industrial partners: EDF, ENDESA, CEA, AREVA, Vattenfall, KIT.

Several technical visits are organized to nuclear facilities.

The students get dual degree from the two universities where they study the 120 ECTS.

In the past, the EMINE students came from:  Argentina, Bangladesh, Belgium, China, Egypt, Ethiopia, France, Germany, India, Indonesia, Italy, Lebanon, Mauritius, Montenegro, Norway, Poland, Spain, Sweden, Turkey, United Kingdom and the USA. 

Tuition fees/participation cost

  • 8. 000 Euros/year so 16.000 Euros (non- European students)
  • 4. 000 Euros/year so 8.000 Euros (European students)

Scholarships:  The European Institute of Innovation and Technology grants about 30 scholarships to the best EMINE students. 

Scholarship for non European:

-Tuition fees/participation cost = 16.000 Euros,
-Monthly allowance 750 euros/month during 24 month = 18.000 euros
-installation cost 1000 euros
Total scholarships for non-European = 34.000 euros for each student.

Scholarship for European:

-Tuition fees/participation cost = 8.000 Euros,
-Monthly allowance 750 euros/month during 24 month = 18.000 euros

Total scholarships for European = 26.000 euros for each student.

More informationhttp://www.kic-innoenergy.com/emine/home/


Master in Nuclear Engineering (MNE)

Organized by: UPC-Barcelona Tech and ENDESA

Duration: 90 ECTS, one year and half.

Starting date: beginning of September

Language: English

Venue: Technical University of Catalonia, School of Engineering of Barcelona, Barcelona, Spain

Industrial partners: ENDESA, EIT, ENSA, Westinghouse, CSN, ENUSA, ANAV, Tecnatom, ENRESA. Fusion for Energy, IDOM, Nuclenor. Kicinnoenergy

Very practical, oriented to competences required from end-users.

Strong involvement in the lectures of experts from nuclear industry. (40% lectures).

Several technical visits are organized to nuclear facilities like:

-visit to nuclear fuel factory ENUSA

-visit to nuclear equipment factory ENSA.

-visit to nuclear power plant.

-visit to nuclear power plant in decommissioning procedure.

-practical activity in nuclear power plant full scope simulators.

-visit to ITER and Tore Supra.

-one day meeting with the managers of Spanish NPP. To discuss Operation experiences.

Face to face education, learning by doing.

Students from: Argentina, Bangladesh, Belgium, China, Egypt, Ethiopia, France, Germany, India, Indonesia, Italy, Lebanon, Mauritius, Montenegro, Norway, Poland, Spain , Sweden, Turkey, United Kingdom, USA.

Tuition fees: €65.87 per ECTS credit. 5928 Euros in total. 

For non-residents who are not EU nationals, the cost is 1.5 times the ordinary cost of one credit. 

 

Webhttp://enginyerianuclear.masters.upc.edu/

 

Subject

Students number

2014

European Master in Nuclear Energy (EMINE) at UPC

Master in Nuclear Engineering (MNE)

 

21

 

Certification: European Master of Science in Nuclear Engineering (EMSNE-ENEN)

 

12

PhD. Programme in Nuclear Engineering

PhD. Thesis presented/year

4

 

 

Subject

ECTS

Lecture hours

Students number 2014

Mandatory subject: for Master Industrial Engineering ETSEIB

Nuclear Power Plants

5

60

34

Optional  subjects for Bachelor:  Industrial Technologies

Fundamentals of Nuclear Engineering

3

60

15

Nuclear Fusion

4,5

60

26

 

PhD Research Topics:

NUCLEAR SAFETY, PROBABILISTIC SAFETY ASSESMENT

NUCLEAR POWER PLANTS, GENERATION II, III AND IV

NUCLEAR FUSION

NUCLEAR TECHNOLOGY

ENVIRONMENTAL IMPACT

IONIZING RADIATION TECHNOLOGY

RADIATION PROTECTION

NUCLEAR INSTRUMENTATION

PARTICLE ACCELERATORS

THERMAL-HYDRAULICS

RADIOACTIVE WASTE

MEDICAL APLICATIONS

NUCELAR DATAS

DOSIMETRY

SYNCROTRON

RADIOCHEMESTRY

RADON

MONTE CARLO SIMULATION TECHNIQUES.

 

http://nerg.upc.edu/

http://greener.upc.edu/

http://www.upc.edu/?set_language=en 

Update: 30 June 2015