Radiation Protection Officer (RPO) Awareness Training

Online Course Material (Single Combined Course)

Course Overview

The Radiation Protection Officer (RPO) Awareness Training course provides learners with a comprehensive understanding of radiation safety principles, regulatory requirements, workplace hazards, monitoring techniques, emergency preparedness, and the responsibilities of a Radiation Protection Officer. This course combines fundamental and advanced concepts into a single online learning program suitable for professionals working with ionizing radiation in medical, industrial, research, oil & gas, and NORM environments.

Course Information

• Course Title: Radiation Protection Officer (RPO) Awareness Training
• Delivery Mode:
  • 100% Online (Self-Paced)
  • No Classroom Attendance
  • No Practical Sessions Required
• Duration: 18–24 Hours
• Assessment:
  • Module Quizzes
  • Final Online Examination
• Certificate: Certificate of Completion – Radiation Protection Officer (RPO) Awareness Training

Target Audience

• Radiation Protection Officers
• Radiation Safety Officers
• Medical Professionals
• Industrial Radiographers
• Nuclear Medicine Staff
• Radiology Technologists
• Oil & Gas Personnel
• NORM Workers
• Laboratory Personnel
• Engineers
• Researchers
• Safety Officers
• HSE Professionals
• Regulatory Compliance Personnel

Learning Objectives

Upon successful completion, participants will be able to:

• Understand radiation fundamentals.
• Differentiate between ionizing and non-ionizing radiation.
• Explain biological effects of radiation.
• Identify radiation hazards.
• Apply radiation protection principles.
• Calculate radiation dose and exposure.
• Use radiation monitoring equipment.
• Implement contamination control measures.
• Manage radioactive materials safely.
• Conduct workplace radiation surveys.
• Develop radiation safety procedures.
• Respond to radiation emergencies.
• Ensure compliance with national and international regulations.
• Maintain radiation protection records.
• Promote a strong radiation safety culture.

Course Modules

Module 1 – Introduction to Radiation Protection

• Fundamentals of Radiation Protection
• History of Radiation
• Applications of Radiation
• Radiation Safety Culture
• Role of Radiation Protection Officer
• Ethical Responsibilities

Module 2 – Radiation Physics

• Atomic Structure
• Radioactivity
• Radioactive Decay
• Half-Life
• Radiation Units
• Radioactive Isotopes
• Radiation Energy

Module 3 – Types of Radiation

• Alpha Radiation
• Beta Radiation
• Gamma Radiation
• X-rays
• Neutron Radiation
• Natural Background Radiation
• Artificial Radiation Sources

Module 4 – Sources of Radiation Exposure

• Medical Exposure
• Industrial Exposure
• Research Applications
• Oil & Gas Industry
• Nuclear Facilities
• NORM/TENORM
• Environmental Sources

Module 5 – Biological Effects of Radiation

• Cell Damage
• DNA Damage
• Acute Radiation Syndrome
• Deterministic Effects
• Stochastic Effects
• Long-Term Health Effects
• Radiation Risk Assessment

Module 6 – Radiation Protection Principles

• Justification
• Optimization
• ALARA Principle
• Dose Limitation
• Time
• Distance
• Shielding

Module 7 – Radiation Measurement and Dosimetry

• Radiation Units
• Dose Rate
• Personal Dosimeters
• Area Monitoring
• Electronic Dosimeters
• Film Badge
• TLD
• OSL Dosimeters

Module 8 – Radiation Detection Instruments

• Geiger-Müller Counter
• Scintillation Detector
• Ionization Chamber
• Neutron Detector
• Contamination Monitor
• Survey Meter
• Instrument Calibration

Module 9 – Radiation Monitoring Programs

• Workplace Monitoring
• Personal Monitoring
• Environmental Monitoring
• Leak Testing
• Air Monitoring
• Surface Contamination Monitoring

Module 10 – Radiation Shielding

• Shielding Principles
• Lead Shielding
• Concrete Shielding
• Water Shielding
• Shield Design
• Barrier Calculations
• Shielding Verification

Module 11 – Radioactive Material Safety

• Safe Handling
• Storage Requirements
• Security Measures
• Inventory Control
• Labeling
• Packaging
• Safe Transportation

Module 12 – Contamination Control

• Surface Contamination
• Airborne Contamination
• Decontamination Procedures
• Spill Control
• Waste Segregation
• PPE Requirements

Module 13 – Personal Protective Equipment (PPE)

• Protective Clothing
• Lead Aprons
• Lead Gloves
• Respiratory Protection
• Face Shields
• Eye Protection
• PPE Inspection

Module 14 – Radiation Safety Procedures

• Standard Operating Procedures (SOPs)
• Controlled Areas
• Supervised Areas
• Access Control
• Radiation Warning Signs
• Radiation Labels
• Safe Work Practices

Module 15 – Radiation Emergencies

• Emergency Planning
• Radiation Accidents
• Source Loss
• Source Damage
• Spill Response
• Evacuation Procedures
• Incident Reporting

Module 16 – Radioactive Waste Management

• Waste Classification
• Collection
• Storage
• Segregation
• Disposal Methods
• Environmental Protection
• Waste Documentation

Module 17 – Regulatory Requirements

• National Radiation Regulations
• International Standards
• Licensing Requirements
• Regulatory Inspections
• Compliance Management
• Record Keeping
• Legal Responsibilities

Module 18 – International Standards and Best Practices

• IAEA Safety Standards
• ICRP Recommendations
• WHO Radiation Guidance
• ISO Standards
• Good Radiation Practices
• Radiation Safety Culture

Module 19 – Duties of the Radiation Protection Officer

• Responsibilities
• Risk Assessment
• Radiation Surveys
• Staff Supervision
• Worker Training
• Compliance Audits
• Documentation Management

Module 20 – Practical Workplace Applications (Theory-Based)

• Hospital Radiation Protection
• Industrial Radiography
• Nuclear Medicine
• Diagnostic Imaging
• Oil & Gas Radiation Safety
• Research Laboratories
• Manufacturing Facilities

Case Studies

• Industrial Radiation Incident
• Medical Overexposure Investigation
• Lost Radioactive Source
• Radiation Spill Response
• NORM Contamination Event
• Radiation Transport Incident
• Regulatory Compliance Audit

Course Activities

• Interactive Learning Modules
• Knowledge Checks
• Scenario-Based Exercises
• Risk Assessment Activities
• Radiation Calculations
• Incident Investigations
• Online Discussions
• Final Assessment

Final Assessment

• 50–100 Multiple Choice Questions (MCQs)
• Minimum Passing Score: 80%
• Online Certificate Issued Upon Successful Completion

Learning Outcomes

After completing this course, participants will be able to:

• Explain radiation principles and associated hazards.
• Apply the ALARA principle in occupational settings.
• Select and use appropriate radiation monitoring equipment.
• Perform radiation surveys and contamination checks.
• Interpret radiation dose measurements.
• Develop and implement radiation protection procedures.
• Manage radioactive materials and waste safely.
• Respond effectively to radiation emergencies.
• Maintain regulatory compliance and accurate documentation.
• Fulfill the responsibilities of a Radiation Protection Officer across medical, industrial, research, and NORM-related workplaces.