SUPARS 2025 was designed to provide an all-encompassing overview of critical issues related to uranium geology, exploration, mining safety, and radiation protection. The program featured 40 expert-led lectures delivered by some of the most renowned specialists from Czechia, Germany and the U.S.A. from the following institutions:
Czech Geological Survey
DIAMO
Faculty of Nuclear Sciences and Physical Engineering of the Czech Technical University
Faculty of Sciences of the Charles University
Faculty of Sciences of the Masaryk University
National Institute for Nuclear, Biological and Chemical Protection
Radioactive Waste Repository Authority
State Institute for Radiation Protection
State Office for Nuclear Safety
ÚJV Řež
United States Geological Survey
WISMUT GmbH
In addition to the academic sessions, participants benefited from 9 full-day excursions to uranium mining and processing sites and technical visits to other leading institutions in geology, geophysics and radiation safety. These visits provided practical insights into the operational aspects of uranium exploration, extraction, environmental management, and safety procedures, enriching the learning experience with firsthand observation, practical training and professional explanations.
Core modules of the SUPARS 2025
The course’s structure was divided into four interconnected thematic blocks to ensure a logical progression of knowledge:
Uranium Geology: Participants explored the geological processes behind uranium deposit formation, mineralogy, and regional distribution, gaining a solid foundation in mineral exploration.
Geophysical Exploration Methods: Modern exploration techniques, including radiometric measurements, and remote sensing technologies, were showcased to demonstrate how they assist in identifying uranium deposits efficiently and safely.
Safe Uranium Production: This segment emphasized best practices, operational safety, environmental considerations, and innovative extraction technologies aimed at minimizing risks and environmental impact.
Radiation Safety: The final module addressed radiation protection principles, safety standards, emergency preparedness, and regulatory compliance.
Impact and outcome
The success of SUPARS 2025 was evident in the engaged participation, vibrant discussions, and the high level of practical training provided by professionals in their respective fields. The event fostered invaluable networking opportunities, enabling professionals from academia, industry, and regulatory agencies to exchange ideas, form collaborations, and strengthen international cooperation.
Participants left equipped with advanced knowledge of international safety standards, exploration techniques, and operational best practices, positioning them to contribute effectively to safety and sustainability in uranium production.
Words from our students
“Being there with everyone was an extraordinary experience. The lectures were so captivating, and I am so glad that I was part of this event.”
Iamandi Andrei Fabrica de prelucrare a concentratelor de Uraniu Feldiora SRL, Romania
“I learnt a lot, connected with peers from Czech Republic, Cameroun, Nigeria, Saudi Arabia, Romania, Uganda, and Germany, and gained valuable exposure to cutting-edge technology and hands-on field visits.
SUPARS is truly one of a kind. On behalf of my government and myself, I feel honoured for this opportunity and sincerely appreciate the warm and friendly reception.”
Des Chapewa Ministry of Mines and Minerals Development, Zambia
The summer school 2026 is going to be announced at the start of the 2026.
