Radiation Safety

About the Course

As radiation use becomes more widespread across industries such as oil & gas, mining, manufacturing, and healthcare, the need for advanced safety protocols and compliance frameworks continues to grow. Professionals involved in radiation operations must understand the underlying science and be equipped to manage complex exposure risks, interpret monitoring data, and implement controls aligned with international standards and national regulations. In particular, Naturally Occurring Radioactive Material (NORM) has emerged as a critical area of focus, given its frequent occurrence in industrial processes and its potential to impact health and environmental safety if not properly managed.

This 5-day comprehensive Radiation Safety training course provides delegates with a structured and practical learning experience that connects radiation theory with field realities. A thorough review of exposure pathways, risk assessment techniques, emergency response planning, and regulatory frameworks such as IAEA, FANR, and other global standards will enhance their ability to lead and influence radiation protection practices in their respective organisations. It is designed to build confidence in applying advanced safety measures, developing monitoring procedures, and addressing compliance challenges, especially in operations involving NORM, sealed sources, or radioactive waste handling.

Core Objectives

The delegates will achieve the following objectives:

• Identify key radiation hazards, exposure sources, and NORM-related risks in industrial environments
• Interpret dose limits, biological effects, and radiological data relevant to occupational exposure
• Apply radiation measurement tools and monitoring systems for effective field-level controls
• Analyse risk assessment outcomes to determine necessary mitigation and containment strategies
• Develop site-specific radiation protection plans that align with regulatory and operational requirements
• Evaluate emergency response protocols for radiation incidents and identify gaps for improvement
• Implement best practices in managing radioactive materials, transport, and waste disposal in line with international standards

Training Approach

This training course is a blended learning model combining expert-led instruction, practical demonstrations, interactive group discussions, and scenario-based simulations. Delegates will engage in problem-solving exercises that reflect current industry challenges, especially those involving NORM exposure and regulatory compliance. It encourages active participation and knowledge sharing to help translate complex safety principles into operational practice.

The Attendees

This training course is suitable for professionals involved in high-risk or regulation-intensive sectors such as oil & gas, mining, industrial manufacturing, or medical applications, where understanding and managing radiation exposure is essential for safe and lawful operations.

Likewise, it will be valuable to the professionals, but not limited to the following:

• Radiation Safety Officers (RSOs) and Supervisors (RPSs)
• HSE Managers
• Nuclear and Radiological Engineers
• Medical Physicists and Radiographers
• Laboratory Supervisors and Technicians
• Radiation Protection Specialist
• Industrial Radiographers and NDT Technicians
• Emergency Response and HazMat Teams
• Facility Operations and Maintenance Managers
• Risk and Safety Analysts
• Utility and Power Plant Engineers
• Radiation Equipment Operators
• Oil & Gas and Mining Safety Personnel

Daily Discussion

DAY ONE: RADIATION SCIENCE AND EXPOSURE CONCEPTS

• Understanding Radiation and Its Sources
• Ionizing vs Non-Ionizing Radiation Explained
• Characteristics and Behaviours of Ionising Radiation
• Applications of Ionising Radiation Across Industries
• Evaluating Radiation Hazards and Risk Potential
• Introduction to Man-Made and Environmental Radioactive Sources

DAY TWO: HEALTH EFFECTS AND DOSE MANAGEMENT

• Radiation Interaction with Biological Systems
• Quantifying Exposure: Units, Dose Limits, and Thresholds
• Acute and Chronic Health Effects of Radiation
• Principles of Radiation Protection: Time, Distance, Shielding
• Categorisation of Occupational and Public Exposure
• ALARA Application and Dose Optimisation Strategies

DAY THREE: RADIATION MONITORING AND RISK CONTROL

• Surveying and Measuring Radiation Exposure
• Dosimeters, Area Monitors, and Personal Detectors
• Exposure Pathways: Inhalation, Ingestion, and External Contact
• Assessment of Duration, Intensity, and Cumulative Dose
• Managing Internal vs External Radiation Risks
• Introduction to NORM: Identification, Exposure Scenarios, and Relevance

DAY FOUR: REGULATORY FRAMEWORKS AND SAFETY PRACTICES

• International Guidelines: IAEA, IATA, UN Transport Codes
• UAE-FANR Regulations and Licensing Requirements
• Radiation Management and Safety Protocols in the Workplace
• Handling and Securing Radioactive Materials
• NORM Waste Handling and Transport Precautions
• Area Classification and Lab Safety Requirements

DAY FIVE: OPERATIONAL RADIATION CONTROL AND EMERGENCY PREPAREDNESS

• Designing a Radiation Protection Program
• Roles and Responsibilities of Radiation Protection Officers (RPOs)
• Radiation Emergency Preparedness and Response Plans
• Safe Disposal and Transfer of Radioactive and NORM Waste
• Procurement, Storage, and Quarantine Controls
• Integrating NORM Monitoring into Routine Safety Management

Certificate Awarded

Upon successful completion of this training course, participants will be awarded a Certificate of Completion from XCalibre Training Centre, acknowledging their accomplishment. This certificate serves as a testament to their dedication to developing their skills and advancing their expertise in their respective fields.