Radiation Safety - Safely Working with Radioactive Materials

This DIXONTECH course provides participants with essential knowledge and practical skills for the safe handling, use, and storage of radioactive materials. It focuses on minimizing radiation exposure through compliance with IAEA and ISO 45001 safety standards. The training covers key principles of radiation protection, monitoring, and emergency response to ensure occupational safety and environmental protection in facilities that use ionizing radiation.

TRAINING TOPICS

• Fundamentals of Radiation and Radioactive Materials

• Biological Effects and Exposure Pathways

• Radiation Detection, Measurement, and Monitoring

• Safe Handling, Storage, and Transport Procedures

• Emergency Preparedness and Incident Response

BY THE END OF THIS TRAINING COURSE, DELEGATES WILL BE ABLE TO:

• Identify types and sources of ionizing radiation

• Apply the ALARA (As Low As Reasonably Achievable) principle

• Use personal protective and monitoring equipment correctly

• Implement safe work and storage procedures

• Respond effectively to radiation incidents

• Comply with international radiation safety standards

• Promote a safety culture in radioactive material handling

TRAINING IS TAILORED TO:

• Radiation Safety Officers (RSOs)

• Laboratory and Research Personnel

• Industrial Radiographers and Technicians

• Nuclear Medicine and Healthcare Professionals

• Environmental Health and Safety (EHS) Specialists

• Quality and Compliance Managers

• Maintenance and Operations Engineers

TRAINING METHODOLOGY

The DIXONTECH training uses a blended learning approach combining theoretical instruction, case studies, and interactive workshops. Participants practice radiation monitoring, contamination control, and emergency response techniques using simulated scenarios. The methodology emphasizes regulatory compliance, risk awareness, and hands-on experience with safety instrumentation.

DAY 1

Introduction to Radiation and Radioactive Materials

• Understanding atomic structure and radioactivity

• Types and sources of ionizing radiation

• Units of radiation measurement and exposure limits

• Natural and artificial radiation sources

• Overview of nuclear and radiological applications

• Basic terminology: activity, dose, and contamination

• Global standards: IAEA, ISO, and WHO guidelines

DAY 2

Radiation Hazards and Biological Effects

• Mechanisms of radiation interaction with matter

• Deterministic vs stochastic biological effects

• Dose-response relationships and exposure pathways

• Critical organs and tissue sensitivity

• Acute and chronic radiation effects overview

• Occupational dose limits and regulatory standards

• Personal monitoring and exposure assessment

DAY 3

Radiation Detection and Monitoring Systems

• Types of radiation detectors and monitors

• Working principles of dosimeters and survey meters

• Calibration and maintenance of radiation equipment

• Area and personal monitoring procedures

• Data recording and interpretation of readings

• Decontamination and contamination control techniques

• Lab demonstration: using portable radiation monitors

DAY 4

Safe Handling, Transport, and Storage of Radioactive Materials

• ALARA principle and time-distance-shielding concept

• Handling sealed and unsealed radioactive sources

• Lab and industrial safety requirements

• Packaging, labeling, and transportation regulations

• Radiation-controlled area management

• Waste segregation and disposal procedures

• Regulatory documentation and reporting compliance

DAY 5

Emergency Preparedness and Incident Response

• Types of radiological emergencies and accidents

• Emergency planning and response hierarchy

• Roles and responsibilities of radiation safety personnel

• Initial actions and containment procedures

• Medical management of radiation exposure cases

• Post-incident investigation and corrective actions

• Developing a facility-specific emergency plan