Medical Physics in Diagnostic Radiology
( 30 Modules )

Module #1
Introduction to Medical Physics
Overview of Medical Physics and its role in Diagnostic Radiology

Module #2
Radiation Physics Fundamentals
Basic principles of radiation physics, including radiation types and interactions

Module #3
X-ray Production and Properties
X-ray generation, spectrum, and properties

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

Module #5
Medical Imaging Modalities:Overview
Introduction to different medical imaging modalities, including X-ray, CT, MRI, and Ultrasound

Module #6
X-ray Imaging:Fundamentals and Applications
Principles and applications of X-ray imaging, including radiography and fluoroscopy

Module #7
Computed Tomography (CT) Physics
Principles of CT imaging, including data acquisition and image reconstruction

Module #8
Magnetic Resonance Imaging (MRI) Physics
Principles of MRI, including magnetism, spin relaxation, and image formation

Module #9
Ultrasound Physics and Instrumentation
Principles of ultrasound imaging, including wave propagation and transducer technology

Module #10
Radiation Safety and Protection
Principles and practices of radiation safety and protection in diagnostic radiology

Module #11
Image Quality and Artifact Analysis
Factors affecting image quality and common artifacts in medical imaging

Module #12
Medical Imaging Informatics and PACS
Overview of medical imaging informatics and picture archiving and communication systems (PACS)

Module #13
CT and MRI Contrast Agents
Principles and applications of contrast agents in CT and MRI imaging

Module #14
Radiation Dose and Risk Estimation
Principles and methods of radiation dose calculation and risk estimation in diagnostic radiology

Module #15
Quality Control and Assurance in Medical Imaging
Importance and methods of quality control and assurance in medical imaging

Module #16
Medical Physics in Mammography
Physics principles and applications specific to mammography

Module #17
Medical Physics in Fluoroscopy and Angiography
Physics principles and applications specific to fluoroscopy and angiography

Module #18
Medical Physics in Ultrasound
Physics principles and applications specific to ultrasound imaging

Module #19
Medical Physics in Nuclear Medicine
Physics principles and applications specific to nuclear medicine imaging

Module #20
Medical Physics in Radiation Therapy
Overview of medical physics in radiation therapy, including treatment planning and delivery

Module #21
Research and Development in Medical Imaging
Overview of research and development in medical imaging, including emerging technologies

Module #22
Clinical Applications of Medical Physics
Case studies and applications of medical physics in diagnostic radiology

Module #23
Medical Physics in Medical Education and Training
Role of medical physics in medical education and training

Module #24
Medical Physics in Healthcare Policy and Regulation
Role of medical physics in healthcare policy and regulation

Module #25
Medical Physics in Research and Publication
Best practices for research and publication in medical physics

Module #26
Medical Physics in Industry and Technology
Role of medical physics in industry and technology development

Module #27
Medical Physics in Global Health
Role of medical physics in global health, including resource-constrained settings

Module #28
Medical Physics in Ethics and Professionalism
Ethical and professional considerations in medical physics practice

Module #29
Medical Physics in Continuing Education and Professional Development
Importance of continuing education and professional development in medical physics

Module #30
Course Wrap-Up & Conclusion
Planning next steps in Medical Physics in Diagnostic Radiology career

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Medical Physics in Diagnostic Radiology ( 30 Modules )

Medical Physics in Diagnostic Radiology
( 30 Modules )