Fundamentals of Medical Physics
( 25 Modules )

Module #1
Introduction to Medical Physics
Overview of medical physics, history, and scope

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

Module #3
Atomic and Nuclear Physics
Atomic structure, nuclear reactions, and radioactive decay

Module #4
Radiation Detection and Measurement
Principles of radiation detection, types of detectors, and measurement techniques

Module #5
Radiation Safety and Regulations
Radiation protection principles, safety guidelines, and regulatory requirements

Module #6
Medical Imaging Fundamentals
Overview of medical imaging modalities, including X-ray, CT, MRI, and Ultrasound

Module #7
X-ray Imaging
Principles of X-ray production, X-ray interactions with matter, and image formation

Module #8
Computed Tomography (CT)
Principles of CT imaging, scanner design, and image reconstruction

Module #9
Magnetic Resonance Imaging (MRI)
Principles of MRI, magnetism, and image formation

Module #10
Ultrasound Imaging
Principles of ultrasound, wave propagation, and image formation

Module #11
Nuclear Medicine
Principles of nuclear medicine, radioisotopes, and imaging techniques

Module #12
Radiation Therapy Fundamentals
Overview of radiation therapy, types of radiation therapy, and treatment planning

Module #13
External Beam Radiation Therapy
Principles of external beam radiation therapy, beam production, and treatment delivery

Module #14
Brachytherapy
Principles of brachytherapy, radioactive sources, and treatment planning

Module #15
Radiation Dosimetry
Principles of radiation dosimetry, measurement techniques, and dose calculation

Module #16
Quality Assurance in Radiation Oncology
Quality assurance principles, dosimetry, and treatment verification

Module #17
Radiation Biology
Principles of radiation biology, radiation effects on living systems, and radiobiological models

Module #18
Medical Physics in Radiation Oncology
Role of medical physicists in radiation oncology, treatment planning, and quality assurance

Module #19
Medical Physics in Diagnostic Imaging
Role of medical physicists in diagnostic imaging, image quality, and protocol development

Module #20
Computational Methods in Medical Physics
Computational methods in medical physics, Monte Carlo simulations, and computational dosimetry

Module #21
Image Processing and Analysis
Image processing and analysis techniques, image segmentation, and feature extraction

Module #22
Data Science in Medical Physics
Introduction to data science in medical physics, data mining, and machine learning

Module #23
Medical Physics Research and Development
Overview of medical physics research, current trends, and emerging technologies

Module #24
Ethics and Professionalism in Medical Physics
Ethical principles, professional conduct, and codes of practice in medical physics

Module #25
Course Wrap-Up & Conclusion
Planning next steps in Fundamentals of Medical Physics career

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Fundamentals of Medical Physics ( 25 Modules )

Fundamentals of Medical Physics
( 25 Modules )