Ultrasound Physics Safety and Image Optimisation
Explain pulse echo and spatial resolution.
What you will learn
- Explain pulse echo and spatial resolution.
- Use basic wavelength and depth calculations.
- Distinguish receiver controls from acoustic output.
- Interpret Doppler principles and aliasing.
- Apply prudent exposure principles.
- Recognise artefacts and equipment limitations.
Course content
6 lessons + final assessmentSelect a lesson to view its details.
01Pulse echo and image formationNot started
O1
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02Calculations with assumptionsNot started
O2
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03Optimising the displayed imageNot started
O3
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04Doppler and samplingNot started
O4
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05Safety and prudent useNot started
O5
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06Artefacts and qualityNot started
O6
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18 questions · 30 minutes · Pass: 15 correct
Who this course is for
Ultrasound physics and safe image-optimisation knowledge.
Prerequisite: No formal prerequisite; imaging workplace context is helpful.
Scope and professional boundaries
Ultrasound physics and safe image-optimisation knowledge. Does not certify independent scanning, diagnosis, fetal assessment or device operation.
References
- IAEA Diagnostic radiology physics handbook for teachers and students 2014 ↗
- IAEA Diagnostic radiology physics chapter teaching resources ↗
- HPCZ National Healthcare Standards for Zambia Third edition February 2026 ↗
- Health Professions Act No 17 of 2024 ↗
- BMUS Medical ultrasound safety ↗
- AIUM Prudent clinical use and safety of diagnostic ultrasound revised May 2024 ↗
- FDA Ultrasound imaging ↗
- AIUM Transducer cleaning preparation and gel guidance 2025 revision ↗
- ASRT Practice standards for medical imaging and radiation therapy June 2026 ↗
