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A Radiation Safety Officer (RSO) course in the United States typically includes a comprehensive syllabus focused on NRC regulations, radiation physics, dosimetry, and protection principles. Core topics cover ALARA, biological effects, detection, radioactive waste disposal, emergency response, and DOT transport regulations.
Core Syllabus Components Fundamental Radiation Physics & Biology: Principles of ionizing radiation, radioisotopes, and interaction with matter. Radiation Safety & Protection: Principles of Time, Distance, and Shielding (inverse square law), dosimetry (internal/external), and health effects. Regulatory Framework & Licensing: NRC (Nuclear Regulatory Commission) regulations, 10 CFR parts 19, 20, 30-36, 71, and State regulations. Program Management & Documentation: Creating and maintaining Radiation Protection Programs (RPP), license applications, record-keeping, and ALARA programs. Instrument Use & Measurements: Operation of survey meters, gamma spectroscopy, and calibration. Waste Management & Safety Procedures: Safe handling, storage, and disposal of radioactive materials, as well as contamination control. Emergency Response: Procedures for accidents, spills, personnel contamination, and notification procedures. DOT Shipping/Transport: Department of Transportation regulations for shipping and receiving radioactive materials.
Targeted Course Modules Industrial RSO: Covers NORM/TENORM, portable gauges, industrial radiography, and X-ray devices. Medical/Academic RSO: Focuses on nuclear medicine, PET scanners, radiotherapy, and biomedical lab safety. Assessment: Courses usually culminate in a written exam to verify knowledge.
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