Diagnostic Radiographer study plan

Define absorbed dose, equivalent dose, effective dose, and exposure, and state the SI unit and the traditional unit for each without notes

Calculate effective dose for three sample exposure scenarios using tissue weighting factors and compare results to common reference levels

Explain the ALARA principle and list at least five practical dose-reduction actions a radiographer controls at the control panel

Describe the inverse square law and attenuation through matter, and solve four numerical problems combining them

Label the parts of the electromagnetic spectrum and state the energy range of diagnostic X-rays

Compare deterministic and stochastic radiation effects and give two clinical examples of each

Identify the radiosensitive organs and explain the basis of occupational dose limits for whole body, lens of eye, and extremities

Trace the X-ray tube circuit from generator through tube to detector and describe the function of the rotor, anode disc, and focal spot

Explain how mA, exposure time, kVp, and filtration each change beam quantity and quality

Describe the components of a typical digital radiography detector and how signal is converted to a digital image

Evaluate image quality using contrast, spatial resolution, noise, and distortion, and state which technical factor most influences each

Explain the exposure index and deviation index and describe how to correct an over- or under-exposed digital image without repeating unnecessarily

Describe a quality-control program for a digital radiography room, including at least four tests and their frequency

Interpret a histogram and explain why collimation and part selection affect the displayed image

Differentiate repeat versus reject analysis and describe how each is documented

Demonstrate and verbally justify patient positioning for the chest, abdomen, and pelvis projections, including centering and CR angulation

Describe the routine and special views of the upper and lower extremities and state the indication for each

Explain the criteria for an acceptable image for at least six common projections

Identify anatomy and positioning landmarks on skeletal images and relate them to the projection performed

Plan a trauma series for a suspected cervical spine injury and justify each projection

Describe the projections of the spine, skull, and facial bones and the anatomy each demonstrates

Relate cross-sectional anatomy of the chest, abdomen, and pelvis to radiographic landmarks seen on plain films

Explain the anatomy demonstrated on contrast studies of the gastrointestinal and urinary tracts

Identify the bony and soft-tissue structures of the shoulder, elbow, wrist, hip, knee, and ankle on images

Match at least 20 anatomical terms to their location and function in a self-made quiz

Explain informed consent, patient identification, and the radiographer's scope of practice in common clinical scenarios

Describe patient preparation and aftercare for contrast-enhanced examinations and list contraindications to contrast media

Outline the response to a contrast reaction and to a patient fall in the department

Summarize professional ethics, confidentiality, and reporting obligations for unsafe practice

Identify the regulatory bodies and standards relevant to radiography practice in your jurisdiction

Re-solve 15 mixed physics and radiobiology problems under timed conditions

Explain the factors affecting patient dose for common examinations and propose one change that lowers dose without losing diagnostic value

Describe how scatter radiation is produced and controlled, including beam restriction, grids, and shielding

Evaluate three images for technical adequacy and recommend corrective action for each

Review errors from weeks 1-6 and list the five concepts most often missed

Complete two full-length timed mock examinations and record domain-level scores

Review every missed item and classify each error as knowledge, application, or reading error

Rehearse positioning and patient-care decisions aloud for 10 high-yield scenarios

Confirm examination-day logistics, permitted materials, and timing

Write a final one-page summary of the highest-risk facts across all eight domains