Radiation Physics for Therapists
( 25 Modules )

Module #1
Introduction to Radiation Physics
Overview of radiation physics, importance in cancer treatment, and course objectives

Module #2
Atomic Structure and Radioactivity
Review of atomic structure, types of radioactivity, and radioactive decay

Module #3
Radiation Interactions with Matter
How radiation interacts with matter, including absorption, scattering, and ionization

Module #4
Types of Ionizing Radiation
Overview of alpha, beta, gamma, and X-ray radiation, including characteristics and uses

Module #5
Radiation Units and Measurements
Understanding radiation units, including becquerels, grays, and sieverts, and measurement techniques

Module #6
Radiation Safety Principles
Introduction to radiation safety principles, including ALARA and as low as reasonably achievable (ALARA)

Module #7
Radiation Sources in Therapy
Overview of radiation sources used in cancer treatment, including brachytherapy, external beam, and stereotactic body radiation therapy

Module #8
Radiation Detection and Measurement
Understanding radiation detection methods, including Geiger counters, scintillators, and dosimeters

Module #9
Radiation Protection in the Clinic
Practical application of radiation safety principles in the clinical setting

Module #10
External Beam Radiation Therapy
In-depth look at external beam radiation therapy, including treatment planning and delivery

Module #11
Brachytherapy
In-depth look at brachytherapy, including types of brachytherapy and treatment planning

Module #12
Stereotactic Body Radiation Therapy
In-depth look at stereotactic body radiation therapy, including treatment planning and delivery

Module #13
Radiation Biology
Understanding the biological effects of radiation on normal tissues and tumors

Module #14
Radiation Effects on Normal Tissues
In-depth look at the effects of radiation on normal tissues, including acute and late effects

Module #15
Radiation Effects on Tumors
In-depth look at the effects of radiation on tumors, including cell kill and radiation resistance

Module #16
Radiation Treatment Planning
Understanding the process of radiation treatment planning, including patient simulation and dose calculation

Module #17
Quality Assurance in Radiation Therapy
Importance and methods of quality assurance in radiation therapy, including machine quality control and patient-specific QA

Module #18
Radiation Emergencies and Accidents
Preparation and response to radiation emergencies and accidents, including crisis management and communication

Module #19
Regulatory Requirements and Standards
Overview of regulatory requirements and standards in radiation therapy, including NRC and TJC

Module #20
Ethics in Radiation Therapy
Ethical considerations in radiation therapy, including informed consent and patient autonomy

Module #21
Radiation Therapy in Special Populations
Considerations for radiation therapy in special populations, including pediatrics and pregnant patients

Module #22
Radiation Therapy in Multidisciplinary Care
Role of radiation therapy in multidisciplinary care, including collaboration with other healthcare professionals

Module #23
Radiation Oncology Informatics
Overview of radiation oncology informatics, including electronic medical records and treatment planning systems

Module #24
Current Trends and Future Directions
Overview of current trends and future directions in radiation therapy, including advances in technology and research

Module #25
Course Wrap-Up & Conclusion
Planning next steps in Radiation Physics for Therapists career

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Radiation Physics for Therapists ( 25 Modules )

Radiation Physics for Therapists
( 25 Modules )