The NORM Radiation Safety Officer (NORM-RSO) course provides comprehensive knowledge and understanding of Naturally Occurring Radioactive Materials (NORM) management through both Basic and Advanced levels. The program covers fundamental radiation concepts, NORM identification, radiation protection principles, monitoring techniques, waste management, regulatory requirements, risk assessment, radiation safety program development, emergency response, and advanced NORM management practices. This online course is designed to develop the competency required to understand, implement, and manage effective NORM radiation safety practices across industries such as oil & gas, mining, energy, manufacturing, and other sectors handling naturally occurring radioactive materials.
NORM Radiation Safety Officer (NORM-RSO)
NORM Radiation Safety Officer (NORM-RSO) – Basic Level
Course Duration
- 20-24 Hours (Online Self-Paced)
Target Audience
- Oil & Gas Personnel
- HSE Officers
- Environmental Engineers
- Laboratory Personnel
- Waste Management Personnel
- Mining Industry Workers
- Industrial Supervisors
- Radiation Workers
- Safety Professionals
Prerequisites
- Basic understanding of industrial operations
- No prior radiation experience required
Module 1 – Introduction to Radiation
Learning Objectives
- Fundamentals of radiation
- History of radiation
- Natural vs Artificial radiation
- Sources of radiation
- Units of radiation
Topics
- Radiation basics
- Radioactivity
- Ionizing radiation
- Non-ionizing radiation
- Alpha particles
- Beta particles
- Gamma rays
- X-rays
- Neutrons
- Half-life
- Radioactive decay
Module 2 – Introduction to NORM
Topics
- Definition of NORM
- TENORM
- Industrial processes producing NORM
- Naturally occurring radionuclides
- Uranium Series
- Thorium Series
- Potassium-40
- Radium-226
- Radium-228
- Lead-210
- Polonium-210
Industries
- Oil & Gas
- Mining
- Cement
- Water Treatment
- Fertilizer
- Coal Power Plants
- Metal Processing
Module 3 – Radiation Health Effects
Topics
- Biological effects
- Deterministic effects
- Stochastic effects
- Radiation sickness
- Cancer risks
- Internal contamination
- External exposure
- Sensitive organs
- Radiation dose limits
Module 4 – Radiation Detection Instruments
Topics
- Radiation survey meters
- Contamination monitors
- Personal dosimeters
- Electronic dosimeters
- Geiger Muller detector
- Scintillation detector
- Ion chamber
- Detector selection
Module 5 – Radiation Protection Principles
Topics
- ALARA
- Time
- Distance
- Shielding
- Personal Protective Equipment
- Controlled areas
- Supervised areas
- Warning signs
- Access control
Module 6 – NORM Monitoring
Topics
- Area monitoring
- Surface contamination
- Air monitoring
- Worker monitoring
- Equipment monitoring
- Sampling methods
- Measurement frequency
Module 7 – NORM Waste Management
Topics
- Waste classification
- Waste segregation
- Packaging
- Labeling
- Temporary storage
- Transportation
- Disposal methods
Module 8 – Emergency Response
Topics
- Spill response
- Contamination incidents
- Worker exposure
- Emergency planning
- Decontamination
- Incident reporting
Module 9 – UAE & International Regulations
Topics
- FANR Regulations
- IAEA Safety Standards
- ICRP Recommendations
- ILO Guidance
- Transport regulations
- Worker responsibilities
Module 10 – Online Assessment
- Multiple Choice Questions
- Scenario-based Questions
- Final Examination
Passing Score
- 75%
Learning Outcomes
After completion learners will be able to
- Understand NORM hazards
- Identify radioactive contamination
- Apply radiation protection principles
- Use radiation monitoring equipment
- Perform basic radiation surveys
- Handle NORM safely
- Respond to emergencies
- Understand regulatory requirements
NORM Radiation Safety Officer (NORM-RSO) – Advanced Level
Course Duration
- 30-40 Hours (Online Self-Paced)
Prerequisites
- Basic NORM-RSO Certificate or equivalent knowledge
Module 1 – Advanced Radiation Physics
Topics
- Radioactive equilibrium
- Decay chains
- Radiation interactions
- Photon attenuation
- Radiation transport
- Activity calculations
- Dose calculations
Module 2 – Advanced NORM Characterization
Topics
- Scale formation
- Sludge contamination
- Produced water
- Soil contamination
- Pipeline contamination
- Equipment contamination
- Material characterization
- Laboratory analysis
Module 3 – Radiation Risk Assessment
Topics
- Hazard identification
- Exposure pathways
- Worker exposure assessment
- Environmental assessment
- Public exposure
- Risk matrix
- Dose modeling
Module 4 – Advanced Radiation Monitoring
Topics
- Survey planning
- Instrument calibration
- Detector efficiency
- Airborne monitoring
- Gamma spectroscopy
- Sampling strategy
- Quality assurance
Module 5 – Radiation Protection Program Development
Topics
- Radiation Safety Program
- Radiation Protection Plan
- Standard Operating Procedures
- Local Rules
- Controlled Area Design
- Worker Classification
- Record Management
- Audit Planning
Module 6 – NORM Waste Management Systems
Topics
- Waste minimization
- Waste characterization
- Long-term storage
- Disposal planning
- Environmental monitoring
- Waste documentation
- Transportation requirements
Module 7 – Regulatory Compliance & Licensing
Topics
- FANR licensing requirements
- IAEA General Safety Requirements
- ISO management systems
- Regulatory inspections
- Compliance audits
- Record keeping
- Legal responsibilities
Module 8 – Emergency Planning & Incident Investigation
Topics
- Emergency preparedness
- Incident investigation
- Root cause analysis
- Corrective actions
- Lessons learned
- Recovery planning
Module 9 – Radiation Safety Management
Topics
- Safety culture
- Leadership responsibilities
- Competency management
- Contractor management
- Internal audits
- Performance indicators
- Continuous improvement
Module 10 – Case Studies
Topics
- Oil & Gas NORM incidents
- Refinery contamination
- Pipeline maintenance
- Produced water management
- Worker contamination events
- Waste disposal projects
- International best practices
Module 11 – Final Online Assessment
Assessment Includes
- Advanced MCQs
- Case Studies
- Risk Assessment Exercises
- Scenario-Based Questions
- Final Examination
Passing Score
- 80%
Learning Outcomes
Upon successful completion, participants will be able to:
- Develop and manage a comprehensive NORM radiation protection program.
- Conduct advanced radiation surveys and contamination assessments.
- Evaluate occupational and environmental radiation risks.
- Interpret radiation monitoring and laboratory analysis results.
- Ensure compliance with FANR, IAEA, and ICRP requirements.
- Manage NORM waste throughout its lifecycle, including storage, transport, and disposal.
- Lead incident investigations and emergency response for NORM-related events.
- Implement radiation safety audits and continuous improvement programs.
- Serve effectively as a NORM Radiation Safety Officer (NORM-RSO) in oil & gas, mining, energy, manufacturing, and other industries handling naturally occurring radioactive materials.
Certification
Participants who successfully complete the online course and pass the final assessment will receive a Certificate of Completion – NORM Radiation Safety Officer (NORM-RSO) (Basic or Advanced, as applicable). The program is designed for online knowledge-based competency development and does not include practical field training or regulatory licensing.
COURSES WE OFFER:
Course Registration Form
Contact Info
- info@medcare-hub.com
Phone
- +971507767081
Location
- ADCB Tower B – Badhdad St. Al Danah – Zone1 -Abu Dhabi
Business Hours
- Mon-Sat 9:00AM - 5:00PM