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GRE@T-PIONEeR course "BME training reactor hands-on"

Christophe Demaziere
GRE@T-PIONEeR course "BME training reactor hands-on"

About this course

The Budapest University of Technology and Economics (BME) Training Reactor is a 100 kW maximum power, pool type, light water moderated research reactor used regularly for education and training. A set of measurements is offered in the framework of the GRE@T-PIONEeR alliance to complement the topics of the six courses delivered by the alliance and allow the application of the acquired knowledge in practice. Besides learning and experiencing fundamental principles of reactor physics, the aim is to compare measurements and simulations and demonstrate the importance of modelling details and achievable accuracy.

The pedagogical format of the course is based on a hybrid flipped classroom. In this format, you need to complete some online self-paced preparatory work (representing about 40 hours of work) before attending interactive classes organized during 5 consecutive days (representing about 40 hours of work). Those classes are given in a hybrid set-up, with participants following the classes either onsite or remotely on the web. Research in engineering education demonstrated that flipping leads to higher student engagement, better achievement of the learning outcomes and increases the interactions between the students and the teachers.

The target audience for the course is:

  • MSc students, PhD students and Post-Doc students having some background knowledge in nuclear engineering.
  • Nuclear engineers.
  • Reactor physicists.
  • Nuclear safety analysts.
  • Research scientists in the above fields.

In order to pass the course and be issued a course completion certificate, you need to obtain at least 50 points (out of 100 max. points). All activities (both during the preparatory work and the interactive classes) are graded. The certificate will briefly describe the course contents, the number of hours the different course elements represent and the number of equivalent ECTS credits (European Credit Transfer and Accumulation System). The course is worth 3 ECTS.

As a course participant, you get access to:

  • An online Learning Management System with 24/7 access to all teaching resources for 4 months.
  • During the online self-paced preparatory phase:
  1. A set of handbooks written for the course.
  2. Video lectures associated to the handbooks.
  3. Quizzes to test your understanding.
  • During the interactive phase:
  1. Engaging activities aimed at applying the principles learned during the preparatory phase.
  2. Expert support from the teachers.
  3. Possibility to network with the other participants.

You can read some testimonies of our past attendees on our website at this link.

The course is given by:

  • Assoc. Prof. Máté Szieberth, Budapest University of Technology and Economics, Budapest, Hungary.
  • Assoc. Prof. Szabolcs Czifrus, Budapest University of Technology and Economics, Budapest, Hungary.
  • Gergely Klujber, Budapest University of Technology and Economics, Budapest, Hungary.

Specific Details

Program Type:
Specialisation
Level:
EQF 5 - 6, EQF 7

National Recognition

Certificate of successful completion if participants reach the necessary score on the graded activities

Frequency

Other

Learning Outcomes

After successfully completed the course, you will be able to:

  • Understand the principles of experimental reactor physics, nuclear measurements, and radiation protection.
  • Understand the behaviour of nuclear reactors and their operation.
  • Evaluate measurement data and compare with modelling results.

Type of Certification

Certificate with Examination

Application details

The course is fee-based. Fees vary according to geographical location (developed or emerging country) and participant status (student or professional). Payment of the course will be requested after having applied and having received confirmation that you have been accepted for the course. People accepted for the course will then get a link to pay online. The course fees are as follows:

  • Course fee for professionals – Developed countries: 1875 EUR (VAT included).
  • Course fee for professionals – Emerging countries: 300 EUR (VAT included).
  • Course fee students – Developed countries: 100 EUR (VAT included).
  • Course fee students – Emerging countries: 50 EUR (VAT included).

You can find more information on fees and the list of developed and emerging countries on our website at this link.

The course platform opens on December 9th, 2026, for the online self-paced preparatory work, and the interactive sessions are organized as follows:

  • The online participants are required to remotely join afternoon sessions between January 11th and 15th, 2027 (such sessions could also be attended by the onsite participants if they wish).
  • The onsite participants are required to join onsite all-day sessions between January 18th and 22nd, 2027, at Budapest University of Technology and Economics, Budapest, Hungary, whereas the online participants are required to remotely join the afternoon sessions only.

Participants choosing the onsite version of the course must also cover their own expenses (travel, food, and accommodation).

Contact

Christophe Demaziere

Professor at Chalmers University of Technology

Details

ID: 5587
Country:
Hungary
Language:
English
Start/End:
9 Dec 2026 / 21 Feb 2027
Duration:
80 hours
Application Deadline:
25 Oct 2026
Location:
Budapest, Hungary
Modality:
Blended Learning

Views and opinions expressed are however those of the author(s) only and do not necessarily reflect those of the European Union or European Commission. Neither the European Union nor the European Commission can be held responsible for them.

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