Cambridge
Academy
In London

Introduction

Radiation safety refers to the measures and protocols designed to mitigate risks associated with radiation hazards. These hazards can arise from the handling of radioactive materials, exposure to X-rays from medical and industrial equipment, electron microscopes, particle accelerators, nuclear energy plants, and nuclear incidents. Radiation poses significant risks to human health, causing short- and long-term effects, including radiation sickness, organ damage, and even fatal consequences.

This comprehensive Radiation Safety Training Course equips participants with essential knowledge and practical skills to handle radiation materials safely, implement protective measures, and comply with international and national regulations. The course focuses on the safe management of ionizing and non-ionizing radiation sources to protect personnel, facilities, and the environment.

Target Audience

This course is ideal for professionals involved in radiation safety and those seeking certification in radiation protection, including:

• Radiation Protection Officers (RPO) and Supervisors (RPS)
• Hazardous Materials (HazMat) Managers, Supervisors, and Officers
• Health, Safety, and Environment (HSE) Managers, Supervisors, and Officers
• Aspiring Certified Radiation Protection Officers
• Radiologists, Medical Physicists, Lecturers, and Researchers
• Radiographers, X-ray Operators, and Medical Personnel
• Laboratory Technicians and Radiation Workers
• Personnel handling ionizing radiation sources
• Occupational workers exposed to radiation
• Procurement and Supply Chain Managers dealing with radioactive materials
• Engineers and Maintenance Personnel working with radiation equipment

Course Objectives

By the end of this training course, participants will be able to:

• Conduct radiation exposure surveys and risk assessments
• Identify and differentiate between ionizing and non-ionizing radiation
• Understand the biological effects of radiation exposure
• Develop and implement radiation control and safety procedures
• Safely transport, transfer, and dispose of radiation materials
• Understand radiation units and fundamental measurement techniques
• Apply ALARA (As Low As Reasonably Achievable) principles
• Define the roles and responsibilities of RPOs and employees
• Manage radiation emergencies and develop emergency response plans (ERP)
• Implement radiation risk management strategies
• Comply with IAEA standards and Codes of Practice
• Understand and apply UAE-FANR Radiation Protection Regulations

Course Content

Unit 1: Introduction to Radiation

• Definition and nature of radiation
• Types of radiation (ionizing & non-ionizing)
• Characteristics and sources of ionizing radiation
• Understanding risks associated with radiation exposure
• Applications of ionizing radiation in various industries
• Case study: Chernobyl Nuclear Disaster

Unit 2: Effects of Radiation on the Human Body

• Units of radiation exposure and dose measurement
• Biological effects of ionizing radiation
• Principles of radiation protection (ALARA)
• Categorization of radiation exposure effects
• Acute vs. delayed radiation exposure
• Acceptable dose limits and radiation thresholds

Unit 3: Radiation Exposure Risk Assessment

• Radiation measurement instruments (dosimeters & detectors)
• Internal and external radiation safety controls
• Key exposure assessment methodologies
• Identifying radiation exposure pathways
• Evaluating short- and long-term effects of radiation exposure
• Estimating radiation contamination and its impact

Unit 4: Radiation Management & Control Procedures

• International IAEA standards and Codes of Practice
• UAE-FANR Radiation Protection Regulations
• Security and control of radioactive materials
• Monitoring and detection methods for radiation exposure
• Radiation protection solutions (time, distance, and shielding)
• Laboratory safety and handling protocols
• Safe transport of radioactive materials (DOT, UN, IAEA, IATA)

Unit 5: Radiation Management Principles

• Structure of radiation protection management systems
• Responsibilities of Radiation Protection Officers (RPOs)
• Emergency response planning for radiation incidents
• Disposal of radioactive waste materials
• Safe procurement and quarantine procedures for radioactive materials
• Review and discussion: Radiation Protection Visual Map

Unit 6: Role of Radiation Protection Officers (RPOs)

• Defining the duties and responsibilities of RPOs
• Managing workplace radiation hazards
• Supervising radiation safety programs
• Ensuring compliance with radiation protection standards
• Implementing corrective actions in case of violations
• Developing training programs for radiation safety personnel

Unit 7: Handling Radiation Emergencies & Developing ERP

• Types of radiation emergencies and response protocols
• Steps in responding to radiation exposure incidents
• Establishing emergency response teams and procedures
• Contamination control and decontamination methods
• First aid and medical response for radiation exposure
• Case study: Fukushima Nuclear Disaster Response

Unit 8: Radiation Risk Management & Mitigation Strategies

• Radiation risk assessment methodologies
• Identifying and mitigating radiation hazards
• Developing workplace radiation safety guidelines
• Implementing control measures for radiation workers
• Conducting routine radiation audits and inspections
• Best practices for minimizing radiation exposure risks

Unit 9: Radiation Detection, Monitoring & Reporting

• Types of radiation detection instruments
• Setting up workplace radiation monitoring programs
• Data collection and analysis of radiation exposure levels
• Reporting radiation incidents and non-compliance cases
• Understanding safety documentation and record-keeping
• Utilizing real-time monitoring systems for radiation safety

Unit 10: National & International Radiation Safety Regulations

• International Atomic Energy Agency (IAEA) standards
• UAE-FANR Radiation Protection Regulations
• Occupational radiation exposure limits and compliance requirements
• Transport and handling regulations for radioactive materials
• Legal implications of radiation safety violations
• Emerging trends and advancements in radiation safety regulations