Attending the training class, learners were provided with information about overview of ionizing radiation; Interaction of radiation with matter; Recording radiation measurements; Biological effects of radiation; Protection against external radiation; Working principles of industrial nuclear control equipment, screening equipment, analytical equipment using radiation sources and related radiation safety issues; Guidelines for ensuring radiation safety for the use of nuclear control equipment in industry, screening equipment, and analysis equipment using radiation sources; Instructions for ensuring radiation safety in the transportation of radioactive sources; Operating principles of medical diagnostic X-ray equipment and related radiation safety issues; Aspects related to optimizing radiation safety in medical diagnostic X-ray; Guidelines for ensuring radiation safety in medical diagnostic radiology.

The trainer

System of legal regulations on ensuring radiation safety; Control of occupational and public radiation; Requirements to ensure radioactive source security; Radiation incident response plan; Discuss and answer questions.

Organize radiation safety management at the facility; Guidance on planning to respond to radiation incidents at the grassroots level; Instructions for declaring and granting licenses to conduct radiation work and issuing radiation worker certificates; Quality management system for radiation work, facilities conducting radiation work and nuclear facilities.

At the end of the class, the learner will take a test and receive a certificate of course completion.