Radiation Safety Officer (RSO) – Industrial (Advanced)

Delivery Mode: 100% Online (Self-Paced)

Duration: 40-50 Hours

Assessment: Online Assignments + Case Studies + Final Examination

Certificate: Radiation Safety Officer (Industrial) – Advanced

Module 1: Advanced Radiation Physics

• Nuclear Structure
• Radioactive Decay Series
• Nuclear Reactions
• Photon Interactions
• Neutron Interactions
• Advanced Radiation Calculations

Module 2: Advanced Dosimetry

• Effective Dose
• Equivalent Dose
• Collective Dose
• Internal Dosimetry
• External Dosimetry
• Dose Assessment
• Dose Optimization

Module 3: Radiation Detection Systems

• Detector Selection
• Instrument Performance
• Calibration Standards
• Quality Assurance
• Instrument Maintenance
• Performance Testing

Module 4: Industrial Radiography Operations

• Gamma Radiography
• X-ray Radiography
• Exposure Device Operation
• Guide Tubes
• Remote Handling
• Source Retrieval
• Exposure Planning

Module 5: Radiation Protection Program Development

• Radiation Protection Program Design
• Radiation Risk Assessment
• Safe Work Procedures
• Radiation Work Permits
• Management Responsibilities
• Internal Audits

Module 6: Regulatory Compliance

• International Standards
• National Regulatory Framework
• Licensing Requirements
• Inspection Readiness
• Compliance Audits
• Documentation Control

Module 7: Radioactive Source Security

• Source Categorization
• Physical Security
• Inventory Management
• Theft Prevention
• Source Tracking
• Security Plans

Module 8: Emergency Response Management

• Emergency Classification
• Incident Command
• Source Recovery Planning
• Radiation Surveys
• Contamination Assessment
• Public Protection
• Recovery Procedures

Module 9: Radiation Monitoring Programs

• Workplace Monitoring
• Area Monitoring
• Contamination Monitoring
• Environmental Monitoring
• Trending and Analysis
• Corrective Actions

Module 10: Transport of Radioactive Material

• Transport Regulations
• Package Types
• Labelling
• Transport Index
• Shipping Documentation
• Emergency During Transport

Module 11: Quality Assurance & Quality Control

• QA Programs
• QC Procedures
• Equipment Verification
• Documentation
• Audit Preparation
• Continuous Improvement

Module 12: Incident Investigation

• Root Cause Analysis
• Human Factors
• Corrective Actions
• Preventive Actions
• Reporting Requirements
• Lessons Learned

Module 13: Leadership for Radiation Safety Officers

• Safety Culture
• Leadership Skills
• Communication
• Training Workers
• Contractor Management
• Safety Meetings

Module 14: Industrial Applications

• Oil & Gas Radiography
• Pipeline Inspection
• Manufacturing
• Aerospace
• Shipbuilding
• Construction
• Mining
• Cement Industry
• Power Plants
• Research Facilities

Module 15: Radiation Safety Documentation

• Radiation Protection Manual
• Local Rules
• Standard Operating Procedures (SOPs)
• Emergency Response Plan
• Risk Assessments
• Audit Checklists
• Dose Records
• Source Inventory
• Inspection Reports

Module 16: Case Studies

• Lost Source Incident
• Overexposure Investigation
• Source Retrieval Operations
• Industrial Radiography Accidents
• Regulatory Enforcement Cases
• Lessons Learned

Module 17: Capstone Assessment

• Comprehensive Online Examination
• Scenario-Based Assessments
• Risk Assessment Exercise
• Documentation Review
• Final Certification Test

Learning Outcomes

Upon successful completion, participants will be able to:

• Understand radiation physics and industrial applications.
• Implement effective radiation protection measures.
• Manage industrial radioactive sources safely.
• Develop and maintain a Radiation Protection Program.
• Ensure compliance with applicable regulatory requirements.
• Conduct radiation surveys and monitor occupational exposure.
• Respond effectively to radiation emergencies.
• Maintain radiation safety documentation and records.
• Perform internal audits and inspections.
• Lead radiation safety initiatives within industrial facilities.

This curriculum is suitable for online delivery and aligns with international radiation protection principles promoted by organizations such as the International Atomic Energy Agency and the International Commission on Radiological Protection. It can be adapted to meet the regulatory requirements of authorities such as the Federal Authority for Nuclear Regulation for industrial radiation safety training.