📚 Comprehensive Program: Sonography Principles and Instrumentation (SPI) – ARDMS Exam Preparation Course
⏳ Duration: 3 Months (12 Weeks)
✅ Accreditation:
This course is accredited by the American Council of Training and Development (ACTD-US). Participants will receive a recognized certificate upon successful completion.
📝 Course Overview:
This program offers an extensive review of Sonography Principles and Instrumentation (SPI), tailored to prepare participants for the ARDMS certification. Designed for physicians and sonography professionals, the course ensures mastery of sonographic principles through:
-
💻 Weekly live Zoom lectures
-
⏺️ Recorded sessions for flexible review
-
💬 Interactive discussions and case studies
-
🎮 Practice quizzes to build confidence in exam-style questions
📖 Type of Study:
🎧 Format:
-
📞 Weekly live Zoom lectures with interactive Q&A.
-
⏺️ Recorded sessions available for self-paced review.
-
💬 Online discussion forums for collaborative learning and query resolution.
🗓 Schedule:
-
Weekly 1–2 lectures (live or recorded), interactive modules, quizzes, and self-paced practice exercises.
⏰ Commitment:
-
6–8 hours per week, including lectures, exercises, and quizzes.
📝 Lecture Options:
-
💻 Online: Live Zoom sessions and recorded materials.
-
🏫 Hybrid: A combination of in-campus participation and live Zoom sessions, ensuring flexibility for local and remote learners.
🌟 Course Objectives:
By the end of the course, participants will:
-
🔮 Master sonographic physics and instrumentation principles.
-
👁 Understand ultrasound wave properties and their interactions with tissues.
-
📊 Interpret Doppler techniques and their clinical applications.
-
💡 Develop test-taking strategies for the ARDMS SPI exam.
-
💬 Engage in collaborative learning through discussion forums and live interactions.
📚 Course Instructions:
-
⏰ Attend or review all scheduled live Zoom lectures.
-
💬 Participate in online discussion forums for peer interaction and expert guidance.
-
📊 Complete weekly graded quizzes.
-
🏠 Engage in interactive discussions and real-world case reviews.
-
📘 Use provided materials to practice and reinforce concepts.
-
📝 Submit a final assessment to qualify for the certificate.
⚠️ Note: All fees are non-refundable.
👨⚕️ Target Audience:
-
🧑⚕️ Physicians preparing for ARDMS SPI certification.
-
🏠 Medical physicians offered by the APCA companion council, ARDMS.
-
📚 Sonography students aiming to enhance their knowledge and skills.
-
📈 Professionals seeking a refresher in sonographic principles.
-
👨⚕️ Healthcare workers transitioning to diagnostic imaging.
📖 Course Materials:
-
📞 Live Zoom Lectures: Weekly interactive sessions with Q&A opportunities.
-
⏺️ Recorded Sessions: Full access to recordings for convenient review.
-
💬 Online Discussion Forums: Platforms for collaborative learning, instructor interaction, and peer support.
-
🎮 Interactive Case Discussions: Weekly sessions focusing on real-world applications.
-
🔢 Practice Exercises: Tasks designed to reinforce sonographic concepts and problem-solving.
-
🏭 Clinical Training: Optional supplementary case studies to connect theoretical knowledge to practical applications.
-
📈 Assessment Materials: Quizzes, multiple-choice questions (MCQs) modeled on ARDMS exam patterns, and free mock exams simulating 3–5 ARDMS exam scenarios.
🌟 Additional Key Features:
-
🔄 Flexibility in Delivery: Online or hybrid options for attending lectures, catering to diverse learner needs.
-
🏠 Hybrid Learning Benefits: In-campus participation combined with live Zoom sessions to accommodate both local and remote students.
By enrolling in this course, you are eligible to take many examinations offered by the APCA companion council, ARDMS. This course comprehensively targets the ARDMS SPI examination objectives, ensuring readiness and confidence for certification.
Course Features
- Lectures 81
- Quiz 0
- Duration 12 weeks
- Skill level All levels
- Language English
- Students 4
- Certificate Yes
- Assessments Self
- 16 Sections
- 81 Lessons
- 12 Weeks
- SECTION 01 +SECTION 02: The Basics (Graphs, Relationships, Units) Sound & WavesIntroduces basic ultrasound physics concepts, terminology, and foundational principles required for SPI understanding.5
- SECTION 03: CHARACTERISTICS OF SOUND WAVESCovers frequency, period, wavelength, and propagation speed of sound.5
- SECTION 04: PULSED WAVE DESCRIPTIONSDescribes pulse parameters including PRF, PRP, duty factor, and pulsed vs continuous waves.5
- SECTION 05 + SECTION 06: Intensities in Ultrasound & Interaction of Sound and MediaFocuses on measurement, reporting, and interpretation of ultrasound intensity.6
- SECTION 07 + SECTION 08 + SECTION 09: Range Equation, Transducers & Sound Beams5
- SECTION 10 + SECTION 11: Axial and Lateral ResolutionExplains resolution types and the effect of focusing on image quality.5
- SECTION 12: Two-Dimensional ImageingCovers array transducers, electronic scanning, and slice thickness.5
- SECTION 13: Real-Time Imaging & Temporal ResolutionExplains temporal resolution, imaging depth, and pulses per frame.5
- SECTION 14: Pulsed Echo InstrumentationReviews pulser, beam former, receiver, and system controls.5
- SECTION 15 + SECTION 16: Displays and Image Processing-Dynamic RangeCovers display controls, digital processing, compounding, and image enhancement.5
- SECTION 17 + SECTION 18: Harmonics & Contrast Agents / Hemodynamics5
- SECTION 19: Doppler Ultrasound PhysicsCovers Doppler equation, CW & PW Doppler, aliasing, and spectral analysis.5
- SECTION 20: Understanding Ultrasound ArtifactsFocuses on Doppler angle, gain, scale, filters, and artifact correction.5
- SECTION 21: Quality AssuranceIdentifies common ultrasound artifacts and their causes.5
- SECTION 22 + SECTION 23: Quality Assurance & Sonographers in the Clinical SettingReviews QA standards, system testing, and performance measurements.5
- SECTION 24: BioeffectsExplains bioeffects, ALARA principle, and ultrasound safety guidelines.5