Study location	Hungary, Dunaújváros
Type	Short term, part-time
Nominal duration	2 weeks
Study language	English

Tuition fee	€1,750 one-time This includes: All tuition, including lectures, seminars, and tutorials. Assessment, transcript of academic performance, and certificate. Accommodation at the student hostel of the University Breakfast and lunch during the summer course Social activities, including two excursions to the Hungarian countryside
Registration fee	€100 one-time Registration fee is non-refundable You will be able to submit your application only after uploading proof of payment of the registration fee. For information about how to pay the registration fee, please visit the Application process step by step menu on the left menu bar.

Entry qualification

High school / secondary education (or higher) This course suits students from the field of mechanical engineering and material engineering, especially those with a special nuclear knowledge. The entry qualification documents are accepted in the following languages: English. Often you can get a suitable transcript from your school. If this is not the case, you will need official translations along with verified copies of the original. You must take the original entry qualification documents along with you when you finally go to the university.

Language requirements	English Accepted proof of proficiency: FCE or CAE, IELTS 5.5+ or TOEFL 69+

Other requirements	Currently being enrolled at a higher education institution.

More information	uniduna.hu/..nance-of-nuclear-power-plants

Overview

The most significant strategic challenges of the 21st century are the provision of healthy food, clean drinking water and sustainable energy supply. In order to overcome these challenges, a significant structural and paradigm shift must occur in energy in the coming decades, which includes energy efficiency measures covering the entire supply and consumption chain, increasing the proportion of electricity production with low CO2 intensity – primarily based on renewable energy sources, renewable and spreading alternative heat production and increasing the share of low CO2-emitting modes of transport.
This summer school course introduces students to the basics of safe nuclear energy, such as the types of nuclear power plants and their construction, the main operating processes, and material testing methods that qualify the safe operation of the main units. In addition to expanding their theoretical knowledge, students participating in the course receive practical tasks from individual material tests, visit an operating nuclear power plant and its training base, as well as enlarge their knowledge concerning the integrity of nuclear power plants.

Target group
This course suits students from the field of mechanical engineering and material engineering, especially those with a special nuclear interest.

Course aim
After studying this course, you will:
- develop knowledge and understanding of the operation of Nuclear Power Plants (NPP), including each unit;
- get an overview of production technologies of the reactor vessel, focused on casting, plastic deformation processes and heat treatment of reactor steels;
- be introduced to destructive and non-destructive material testing for reactor vessel qualification
- earn practical experience in an operating nuclear power plant (Paks I and KGYK)