Nuclear Medicine Radiation Protection

Course Duration

40 Hours (Online Self-Paced Learning)

Target Audience

• Nuclear Medicine Technologists
• Medical Physicists
• Radiation Safety Officers (RSO)
• Radiation Protection Officers (RPO)
• Radiologists
• Nuclear Medicine Physicians
• Radiopharmacists
• Nurses working in Nuclear Medicine
• Hospital Engineers
• Healthcare Professionals
• Students in Medical Imaging

Course Objectives

Upon successful completion, participants will be able to:

• Understand the principles of radiation protection in Nuclear Medicine.
• Identify radiation hazards associated with radioactive materials.
• Apply international radiation safety standards.
• Handle, transport and store radiopharmaceuticals safely.
• Protect patients, staff and the public from unnecessary radiation exposure.
• Conduct contamination monitoring and decontamination.
• Manage radioactive waste safely.
• Respond effectively to radiation emergencies.
• Implement a Nuclear Medicine Radiation Protection Program.
• Ensure compliance with regulatory requirements.

Module 1: Introduction to Nuclear Medicine

Topics

• History of Nuclear Medicine
• Fundamentals of Nuclear Medicine
• Diagnostic Nuclear Medicine
• Therapeutic Nuclear Medicine
• Hybrid Imaging Systems
• PET Imaging
• SPECT Imaging
• Clinical Applications
• Current Trends

Learning Outcome: Understand Nuclear Medicine principles and applications.

Module 2: Fundamentals of Radiation Physics

Topics

• Structure of Matter
• Atomic Structure
• Radioactivity
• Radioactive Decay
• Half-Life
• Types of Radiation:
  • Alpha
  • Beta
  • Gamma
  • X-rays
  • Neutrons
• Units of Radiation
• Radiation Interactions

Learning Outcome: Understand radiation production and behavior.

Module 3: Radiation Biology

Topics

• Biological Effects of Radiation
• Cellular Damage
• DNA Damage
• Deterministic Effects
• Stochastic Effects
• Tissue Radiosensitivity
• Radiation Risk Assessment
• Cancer Risk
• Pregnancy Considerations

Learning Outcome: Understand biological consequences of radiation exposure.

Module 4: Principles of Radiation Protection

Topics

• ALARA Principle
• Justification
• Optimization
• Dose Limitation
• Time
• Distance
• Shielding
• Personal Protection
• Controlled Areas
• Supervised Areas

Learning Outcome: Apply practical radiation protection methods.

Module 5: Regulatory Requirements

Topics

• IAEA Safety Standards
• ICRP Recommendations
• WHO Guidelines
• National Radiation Regulations
• Licensing Requirements
• Radiation Safety Program
• Inspection Procedures
• Regulatory Documentation

Learning Outcome: Understand legal and regulatory compliance.

Module 6: Radiopharmaceutical Safety

Topics

• Radiopharmaceutical Production
• Common Radioisotopes
• Tc-99m
• I-131
• F-18
• Lu-177
• Ga-68
• Y-90
• Storage Requirements
• Preparation
• Dispensing
• Administration
• Quality Assurance

Learning Outcome: Safely manage radiopharmaceuticals.

Module 7: Radiation Detection and Monitoring

Topics

• Radiation Survey Meters
• Geiger Muller Detector
• Ionization Chamber
• Scintillation Detector
• Contamination Monitor
• Personal Dosimeters
• Area Monitoring
• Calibration
• Quality Control

Learning Outcome: Perform radiation monitoring effectively.

Module 8: Occupational Radiation Protection

Topics

• Staff Monitoring
• Personal Dosimetry
• Dose Limits
• PPE
• Shielding Devices
• Syringe Shields
• L-Block Shields
• Lead Glass
• Handling Techniques
• Safe Working Practices

Learning Outcome: Protect occupational workers from radiation.

Module 9: Patient Radiation Protection

Topics

• Patient Identification
• Pregnancy Screening
• Breastfeeding Considerations
• Dose Optimization
• Pediatric Dose Reduction
• Patient Instructions
• Post-Treatment Radiation Safety
• Patient Release Criteria

Learning Outcome: Minimize patient radiation exposure.

Module 10: Contamination Control

Topics

• Surface Contamination
• Airborne Contamination
• Spill Prevention
• Spill Response
• Personal Contamination
• Decontamination Procedures
• Monitoring Techniques
• Documentation

Learning Outcome: Prevent and control radioactive contamination.

Module 11: Radioactive Waste Management

Topics

• Waste Classification
• Waste Segregation
• Decay Storage
• Waste Packaging
• Labeling
• Transportation
• Disposal Methods
• Waste Documentation

Learning Outcome: Safely manage radioactive waste.

Module 12: Nuclear Medicine Facility Design

Topics

• Facility Layout
• Hot Laboratory Design
• Injection Rooms
• Imaging Rooms
• Waiting Areas
• Shielding Requirements
• Ventilation Systems
• Access Control
• Security Measures

Learning Outcome: Understand safe facility design.

Module 13: PET/CT Radiation Protection

Topics

• PET Radiation Hazards
• F-18 Handling
• PET Patient Management
• CT Dose Reduction
• Shielding Requirements
• Staff Protection
• PET Facility Design

Learning Outcome: Apply radiation protection in PET facilities.

Module 14: Quality Assurance & Quality Control

Topics

• QA Program
• QC Procedures
• Equipment Testing
• Dose Calibrator Testing
• Gamma Camera QC
• PET QC
• Calibration Records
• Documentation

Learning Outcome: Maintain quality and safety standards.

Module 15: Radiation Emergency Preparedness

Topics

• Radiation Incidents
• Radioactive Spills
• Medical Emergencies
• Personnel Exposure
• Internal Contamination
• Emergency Equipment
• Incident Investigation
• Corrective Actions

Learning Outcome: Respond safely to radiation emergencies.

Module 16: Security of Radioactive Materials

Topics

• Source Security
• Inventory Control
• Theft Prevention
• Access Control
• Source Tracking
• Security Documentation
• Regulatory Compliance

Learning Outcome: Secure radioactive sources against loss or misuse.

Module 17: Radiation Safety Management System

Topics

• Radiation Protection Program
• Radiation Safety Committee
• Roles and Responsibilities
• Risk Assessment
• Safety Audits
• Safety Culture
• Incident Reporting
• Continuous Improvement

Learning Outcome: Develop and manage a comprehensive radiation protection program.

Module 18: Practical Case Studies

Topics

• Nuclear Medicine Incidents
• Radiation Overexposure Cases
• Contamination Events
• PET Facility Case Studies
• Waste Management Cases
• Emergency Response Scenarios
• Lessons Learned
• Best Practices

Learning Outcome: Apply theoretical knowledge to real-world situations.

Practical Exercises

• Radiation survey meter demonstration
• Contamination monitoring exercise
• Personal dosimeter interpretation
• Radioactive spill response simulation
• Radiopharmaceutical handling procedures
• Waste segregation exercise
• Shielding assessment
• Risk assessment workshop
• Emergency response drills
• Radiation safety audit exercise

Final Assessment

• Module quizzes
• Practical assignments
• Comprehensive final examination
• Case study evaluation

Passing Score: 70%

Certificate

Participants who successfully complete the course and pass the final assessment will receive a:

Certificate in Nuclear Medicine Radiation Protection

Learning Outcomes

• Explain radiation physics and biological effects relevant to nuclear medicine.
• Apply radiation protection principles (ALARA) in clinical practice.
• Safely prepare, handle, administer, and transport radiopharmaceuticals.
• Use radiation monitoring instruments and interpret dosimetry results.
• Implement contamination control and radioactive waste management procedures.
• Protect patients, workers, visitors, and the public from unnecessary radiation exposure.
• Develop and maintain a Nuclear Medicine Radiation Protection Program.
• Respond effectively to radiation emergencies and security incidents.
• Comply with international best practices and applicable national regulatory requirements.

This integrated syllabus is suitable as a single comprehensive online course, eliminating the need for separate basic and advanced modules while covering the full competency requirements for professionals working in nuclear medicine radiation protection.