International Radiological Protection School (IRPS) at Stockholm University
Ongoing

Introduction

The IRPS is a five day training course that offers a thorough exploration of the international radiological protection system. The programme is designed for professionals who wish to understand how protection standards are developed and how they should be applied in practice.

The school is organised by the Nuclear Energy Agency (NEA) in co-operation with the Swedish Radiation Safety Authority (SSM) and the Centre for Radiation Protection Research (CRPR) at Stockholm University.

The course aims to prepare future leaders in the field through the following objectives:

  • Understand how and why the RP system has evolved to take into account the scientific evidence (i.e. the relationships between the understanding of radiation exposure levels, biological effects and risks to human health and the environment) and the lessons learned from its application (i.e. in regulatory frameworks and practices);
  • Understand how the system is incorporated into the national regulatory frameworks, and how its application varies in the international context;
  • Put the RP system into the context of RP culture, while sharing tips to find the best solutions to practical RP issues, and illustrating leadership skills through presentations and case studies;
  • Evaluate and discuss how the RP system could evolve and stay at the state of the art, mainly in the context of the next set of recommendations being considered for the next two decades;
  • Develop a network of RP excellence among participants from various fields with RP as a common denominator.

The Committee on Radiological Protection and Public Health (CRPPH) serves as a leading forum for global cooperation and the establishment of best practices. It contributes directly to the recommendations of the International Commission on Radiological Protection (ICRP) and produces technical documents that define the state of the art in Radiological Protection (RP).

To ensure this expertise is preserved, the NEA developed a dedicated learning programme. This initiative focuses on the context of RP culture within the international system teaching how it is applied in emerging circumstances and how it evolves through real-world experience.

The Evolution of Radiological Protection

The modern system of Radiological Protection is the result of a century of expertise in national and international fora. As the uses of ionizing radiation and nuclear technology expanded, so did the need for a unified global framework.

Today, the International Commission on Radiological Protection (ICRP) provides the core recommendations and guidance that protect people and the environment. These principles are the global standard, serving as the foundation for:

  • International Atomic Energy Agency (IAEA) safety standards.
  • Numerous national and regional regulations and guidance.
  • Ongoing policy development by the OECD Nuclear Energy Agency. 

A System Refined by Experience

The system is not static. Through the CRPPH, experts share practical feedback and collective understanding accumulated over many decades. This ensures the RP system reflects both state-of-the-art scientific knowledge and the real-world experiences of those applying these standards in their home countries.

A vast library of technical guidance and standards is available to the public. However, while these documents provide the technical facts, they often miss the "why" behind the rules.

Training Tomorrow's Leaders

The historical evolution, nuances, and "between-the-lines" meanings of these regulations are rarely documented. To effectively apply Radiological Protection to both current and emerging situations, experts must understand the pillars underpining the system.

To progress the field, the next generation of leading experts needs to master more than just the text of a regulation. They must understand the history and logic that allow for professional judgment in complex scenarios.

 

Key topics

The IRPS programme has evolved over the last editions to address developments in radiological protection recommendations, standards, and related implementation and practices. The following subjects are covered during the five-day programme:

  • The foundation of the international RP framework: understanding the three fundamental principles - justification, optimisation, dose limitation; the three pillars - Science, Ethics and Experience; and key concepts, units and tools; as well as exploring the RP system: past, present, and future;
  • Building a system of protection around exposure situations: understand the articulation of science, international policy and standards– The United Nations Scientific Committee on the Effects of Atomic Radiation (UNSCEAR), National Council on Radiation Protection and Measurements (NCRP), ICRP, International Basic Safety Standards (BSS), Euratom BSS;
  • Evolving issues: ethics, RP of the environment, stakeholder involvement, public communication;
  • State of the art of the RP underlying sciences: exposure to ionising radiation and dosimetry, radiobiology, epidemiology, social sciences.

Sessions are built on a mix of presentations and illustrative case study discussions to introduce practical aspects of the implementation of RP actions. Other aspects such as stakeholder engagement skills are deliberated as an undercurrent of the more technical aspects of these topics.

 

Target group

This course is aimed at early- to mid-career experts with relevant education and ideally three to five years of work experience in the field of radiological protection. Applications from junior experts or PhD or Post-doc students, with advanced knowledge in the field of RP, can be considered.

IRPS participants may hold positions at government ministries, regulatory authorities, research institutions, nuclear fuel cycle industries or other industrial or medical sectors, where their jobs include providing policy and practical level advice on RP matters.

Even though medical radiological protection experts are welcome to join the course, the application of ionising radiation in medical diagnostics or treatment is not a main focus of the training.

Course organisation

Teaching methods

The teaching for each module is practical, dynamic and interactive. Talks and presentations from radiological protection experts are accompanied by case-based discussions and group exercises. Participants will also have the opportunity to address relevant soft skills.

Lecturers take into account the participants' own experiences to keep discussions directly relevant to their situation and concerns insofar as possible.

Language

All course instruction, course materials and discussions are in English.

Requirements

Candidates have to meet the following two minimum requirements:

  1. Proficiency in English (B2 or equivalent), particularly oral communication, which is essential for effective participation in the programme;
  2. Relevant professional work experience in the radiological protection field.

Application instructions

The call for applications usually opens between mid-February and mid-April. Candidates must submit their applications through an application platform in this period to be considered. Notification of selection is sent to the applicants around one month after the end of the application phase. Candidates should not make travel arrangements before receiving a confirmation of their selection. Registration fees are fixed annually for the 5-day course, including coffee/tea and lunch breaks, as well as social events.

Pre-work

Participants are requested to study the learning material provided on the IRPS online platform and to be familiar with a small set of reference documents before the course. Details are sent in due time to participants, together reference readings.

Certificate

On completion of the programme, participants received a certificate of attendance.

University credits (ECTS) may also be awarded to participants and will be defined for each IRPS.

Advisory Board

The International Radiological Protection School Advisory Board provides overall direction and strategy for the implementation of the IRPS. The Advisory Board is composed of well-respected radiological protection experts from around the world.

 

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