CAMRT Nuclear Medicine study plan

Map the full Nuclear Medicine domain into a topic checklist and rate current confidence 1-5 on each item

Explain radiopharmaceutical production, radionuclide generator operation, and radiopharmacy quality control to a study partner without notes

List the decay modes, half-lives, and principal emissions of the technetium-99m, iodine-123, fluorine-18, and gallium-67 agents used in your department

Define key radiation physics quantities (activity, exposure, absorbed dose, equivalent dose) and convert between curie and becquerel units

Describe the gamma camera signal chain from collimator to photomultiplier tube to pulse-height analyzer

Compare parallel-hole, pinhole, and converging collimators by resolution, sensitivity, and clinical use

Explain how energy windowing, uniformity correction, and linearity correction affect image quality

Identify common image artifacts and state one corrective action for each

Outline patient preparation, contraindications, and interfering medications for the major cardiac, bone, and renal studies

Explain the mechanism of localization for each tracer used in those studies

Describe standard acquisition parameters and common protocol modifications for body habitus or patient condition

Practice verbalizing two full protocols aloud within a 10-minute limit

Calculate pediatric and weight-based dose adjustments using the dose-card formulas used in your site

Interpret time-activity curves and clearance half-times for gastric emptying and renal studies

Explain how renal function, hydration, and bladder status alter image interpretation

Work through 15 calculation problems without reference material

Summarize the regulatory framework governing radiopharmaceutical handling, waste, and record retention

Apply ALARA principles to a simulated staff rotation and justify the decisions

Describe decontamination steps and spill response in sequence from memory

Explain occupational dose monitoring, dosimeter placement, and dose reporting thresholds

Compare normal and abnormal biodistribution patterns for the highest-yield oncology and infection studies

Distinguish benign variants and physiologic uptake from pathologic findings in 20 case descriptions

Relate findings to the referring question and suggest an appropriate follow-up imaging step

Explain the role of hybrid SPECT/CT and PET/CT in localizing indeterminate uptake

Review all flagged weak topics from weeks 1-6 and rewrite each as a testable question

Complete two full-length timed practice exams under exam conditions

Analyze every missed question by error type: knowledge gap, misread, or calculation slip

Re-teach the three highest-error topics aloud without notes

Re-drill the top 25 weak items using spaced repetition until recall exceeds 90%

Simulate exam-day pacing with two timed half-length sets and track completion time

Consolidate the reference sheets into a single one-page rapid-review summary

Verify logistics: test location, timing, identification requirements, and rest plan