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Apprentice Mode
10 Modules / ~100 pages
Wizard Mode
~25 Modules / ~400 pages

Fundamentals of Medical Imaging Physics
( 30 Modules )

Module #1
Introduction to Medical Imaging Physics
Overview of medical imaging modalities, importance of physics in medical imaging, and brief history
Module #2
Physics of Radiation
Types of radiation, radiation interactions with matter, and radiation safety
Module #3
X-Ray Production and Interactions
X-ray generation, x-ray absorption and scattering, and x-ray spectra
Module #4
X-Ray Imaging Fundamentals
X-ray attenuation, contrast agents, and image formation
Module #5
Computed Tomography (CT) Physics
CT principles, image reconstruction, and artifacts
Module #6
CT Image Quality and Artifacts
CT image quality metrics, artifacts, and troubleshooting
Module #7
Magnetic Resonance Imaging (MRI) Physics
MRI principles, magnetization, and signal formation
Module #8
MRI Image Formation and Reconstruction
MRI image formation, k-space, and image reconstruction
Module #9
MRI Contrast Agents and Pulse Sequences
MRI contrast agents, pulse sequences, and imaging protocols
Module #10
Ultrasound Physics
Ultrasound principles, wave propagation, and image formation
Module #11
Ultrasound Image Quality and Artifacts
Ultrasound image quality metrics, artifacts, and troubleshooting
Module #12
Nuclear Medicine Physics
Nuclear medicine principles, radioactive decay, and image formation
Module #13
Positron Emission Tomography (PET) Physics
PET principles, coincidence detection, and image reconstruction
Module #14
Single Photon Emission Computed Tomography (SPECT) Physics
SPECT principles, collimators, and image reconstruction
Module #15
Image Analysis and Processing
Image filtering, segmentation, and feature extraction
Module #16
Image Registration and Fusion
Image registration, fusion, and applications
Module #17
Medical Imaging Modalities Comparison
Comparison of x-ray, CT, MRI, US, and NM/PET/SPECT modalities
Module #18
Radiation Safety and Dose Reduction
Radiation safety principles, dose reduction strategies, and regulations
Module #19
Image Quality and Performance Assessment
Image quality metrics, performance assessment, and accreditation
Module #20
Medical Imaging Informatics
Medical imaging informatics, DICOM, and PACS
Module #21
Medical Imaging Research and Development
Medical imaging research, innovation, and future directions
Module #22
Regulatory and Ethical Issues in Medical Imaging
Regulatory and ethical issues, IRB, and HIPAA
Module #23
Medical Imaging in Clinical Practice
Medical imaging in clinical practice, image interpretation, and reporting
Module #24
Medical Imaging in Radiation Therapy
Medical imaging in radiation therapy, treatment planning, and verification
Module #25
Medical Imaging in Research and Clinical Trials
Medical imaging in research and clinical trials, protocol development, and image analysis
Module #26
Case Studies in Medical Imaging
Real-world case studies, image analysis, and diagnosis
Module #27
Preparing for Certification in Medical Imaging Physics
Certification requirements, exam preparation, and resources
Module #28
Professional Development in Medical Imaging Physics
Professional development, networking, and career opportunities
Module #29
Emerging Trends and Technologies in Medical Imaging
Emerging trends and technologies, artificial intelligence, and machine learning
Module #30
Course Wrap-Up & Conclusion
Planning next steps in Fundamentals of Medical Imaging Physics career


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