Medical Physics — CAMPEP & ABR Board Prep
Every medical physics specialty covered: exam topic breakdowns aligned with CAMPEP graduate/residency curricula and ABR board content, curated references for each subtopic, and unlimited AI-generated board-style questions with worked explanations.
CAMPEP core curriculum — the 7 subjects
Each subject has its own modules, curated books, official references and video lectures, plus unlimited CAMPEP-style practice exams generated per module.
Atomic and nuclear structure, radiation production and interactions, radiation quantities, cavity theory, detectors and absolute/relative dosimetry.
Dose limits, ALARA, shielding design, surveys and instrumentation, personnel dosimetry, regulations (NRC/Agreement States) and emergency response.
Image formation and quality across radiography, CT, MRI, ultrasound and nuclear imaging, plus detectors, reconstruction, PACS and informatics.
Molecular and cellular radiation effects, cell survival modelling, fractionation, normal tissue and tumour response, and radiation risk.
Cross-sectional anatomy, organ physiology, oncology and pathology fundamentals needed to communicate with clinicians and interpret imaging and treatment plans.
Linac and brachytherapy physics, treatment planning and delivery, IGRT, particle therapy, commissioning and clinical QA programs.
Radiopharmaceuticals, gamma camera/SPECT/PET instrumentation and QC, quantitative imaging, internal dosimetry and radionuclide therapy.
Board specialties (ABR Part 2/3)
External beam and brachytherapy physics, treatment planning, dosimetry, QA and radiation safety for CAMPEP-accredited training and ABR board exams.
X-ray, CT, mammography, fluoroscopy, ultrasound and MRI physics, image quality, dosimetry and equipment testing.
Radiopharmaceuticals, gamma camera/SPECT/PET instrumentation, internal dosimetry, radionuclide therapy and NRC regulations.
Radiation protection program management, shielding, surveys, dosimetry of personnel and regulatory compliance in the medical setting.