Radiation Protection and Shielding
( 25 Modules )

Module #1
Introduction to Radiation Protection
Overview of radiation protection principles, importance, and scope

Module #2
Radiation Fundamentals
Basic concepts of radiation, types of radiation, and interactions with matter

Module #3
Radiation Units and Measurements
Understanding units of radiation measurement, detection methods, and instrumentation

Module #4
Biological Effects of Radiation
How radiation affects living organisms, health risks, and effects on human tissues

Module #5
Radiation Protection Principles
ALARA principle, dose limits, and radiation protection objectives

Module #6
Radiation Shielding Fundamentals
Principles of radiation shielding, types of shielding materials, and design considerations

Module #7
Shielding Materials and Properties
Characteristics of common shielding materials, including lead, concrete, and water

Module #8
Radiation Shielding Design
Design principles, calculations, and optimization techniques for radiation shielding

Module #9
Nuclear Reactor Shielding
Shielding design for nuclear reactors, including core, coolant, and containment systems

Module #10
Medical Radiation Shielding
Shielding design for medical facilities, including diagnostic and therapeutic applications

Module #11
Industrial Radiation Shielding
Shielding design for industrial applications, including radiation gauges and irradiators

Module #12
Environmental Radiation Shielding
Shielding design for environmental applications, including waste storage and disposal

Module #13
Radiation Monitoring and Detection
Principles and methods of radiation monitoring, including dosimetry and spectrometry

Module #14
Radiation Protection in Medical Imaging
Radiation protection principles and practices in medical imaging modalities

Module #15
Radiation Protection in Nuclear Medicine
Radiation protection principles and practices in nuclear medicine procedures

Module #16
Radiation Protection in Industrial Settings
Radiation protection principles and practices in industrial settings, including radiation gauges and irradiators

Module #17
Radiation Emergency Response and Planning
Principles and practices of radiation emergency response and planning, including incident command and communication

Module #18
Radiation Safety Training and Education
Importance and methods of radiation safety training and education for workers and the public

Module #19
Radiation Regulations and Standards
Overview of national and international radiation regulations and standards, including IAEA and NRC guidelines

Module #20
Radiation Protection in Space and Aviation
Radiation protection principles and practices in space and aviation environments

Module #21
Computational Methods in Radiation Shielding
Computational tools and methods for radiation shielding design and optimization

Module #22
Experimental Methods in Radiation Shielding
Experimental techniques and facilities for radiation shielding measurement and validation

Module #23
Radiation Shielding for Advanced Reactors
Shielding design and challenges for advanced reactor designs, including small modular reactors and Generation IV reactors

Module #24
Radiation Shielding for Fusion Applications
Shielding design and challenges for fusion reactors and devices

Module #25
Course Wrap-Up & Conclusion
Planning next steps in Radiation Protection and Shielding career

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Radiation Protection and Shielding ( 25 Modules )

Radiation Protection and Shielding
( 25 Modules )