One-Year Diploma in Ultrasound Technology

Teacher

aausTech

Program Details

Duration: 12 Months
- 8 Months: Independent Online Study
- 4 Months: Practical Clinical Training
Type of Study: Hybrid (Online and On-Campus)
Type of Certificate: Accredited Completion Certificate with Continuing Medical Education (CME) credits

Course Objectives

Develop a solid foundation in ultrasound physics and instrumentation.
Gain proficiency in various ultrasound specialties, including abdominal, obstetric, gynecological, vascular, musculoskeletal, and pediatric ultrasound.
Master advanced ultrasound techniques, such as Doppler studies, elastography, 3D/4D imaging, and ultrasound-guided interventions.
Prepare for professional certification exams, such as ARDMS.

Target Audience

Sonographers looking to expand their skills and knowledge in advanced ultrasound specialties.
Radiologists aiming to enhance their expertise in diagnostic medical sonography.
Medical Professionals (MDs and Physicians) interested in adding ultrasound proficiency to their practice.
Allied Health Professionals seeking to broaden their diagnostic capabilities with ultrasound technology.
Medical Imaging Students and Graduates who wish to gain comprehensive training in ultrasound technology.
Nurse Practitioners and Midwives involved in maternal and women’s health care who want to integrate ultrasound skills into their practice.

Course Instructions for One-Year Diploma in Ultrasound Technology

Hybrid Learning Approach:
- The course utilizes a hybrid study model combining online independent study with hands-on practical training.
- Students will engage in eight months of self-paced online modules, followed by four months of on-campus clinical practice.
Online Study Components:
- Access weekly online lessons, video lectures, reading materials, and interactive quizzes through the aausTech learning platform.
- Participate in online discussion forums, case study analyses, and collaborative projects to reinforce learning.
- Complete assignments, quizzes, and tests on the scheduled dates to stay on track with the program.
Practical Clinical Training:
- Practical training will be conducted in the final four months at approved clinical sites, where students will work under the supervision of experienced sonographers and radiologists.
- Gain hands-on experience with real patients, covering abdominal, obstetric, gynecological, vascular, musculoskeletal, and pediatric ultrasound cases.
- Practice advanced imaging techniques, including Doppler studies, elastography, 3D/4D imaging, and ultrasound-guided procedures.
Attendance and Participation:
- Regular attendance is mandatory for both online sessions and clinical training.
- Active participation in online discussions, practical sessions, and assignments is essential for skill development and successful completion of the program.
Assessment and Evaluation:
- Assessments will include online quizzes, assignments, case study presentations, and practical evaluations.
- A final exam will be administered at the end of the program, covering both theoretical knowledge and practical skills.
- Students must achieve a minimum pass mark on all assessments to be eligible for the completion certificate with CME credits.
Support and Guidance:
- Access to experienced instructors and mentors for guidance, feedback, and assistance throughout the course.
- Regular check-ins with course coordinators to track progress and address any challenges.
Certification Requirements:
- To obtain the accredited completion certificate with CME credits, students must complete all online modules, actively participate in clinical training, and pass the final assessment.
- Certificates will be awarded upon successful completion of the program, enabling graduates to pursue professional certification exams like ARDMS.
Technology Requirements:
- A reliable internet connection, a computer or tablet, and access to aausTech’s online learning platform are essential for completing the course.
- Ensure you have access to ultrasound equipment during the clinical training phase for hands-on practice.

Course Features

Lectures 40
Quiz 0
Duration 10 weeks
Skill level All levels
Language English
Students 4
Certificate No
Assessments Yes

Curriculum

12 Sections
40 Lessons
10 Weeks

Expand all sectionsCollapse all sections

Section 1: Sonographic Principles and Instrumentation (SPI)
Week 1: Basics of Ultrasound Physics This week introduces the fundamental concepts of ultrasound physics, including the properties of sound waves and the principles of ultrasound production, transmission, and reflection. Participants will gain an understanding of key parameters such as frequency, wavelength, and the speed of sound in various tissues. Week 2: Instrumentation and Image Optimization The focus this week is on ultrasound instrumentation, providing a detailed overview of transducer technology and different types of transducers. Participants will learn about the factors that affect image quality, such as gain, depth, focus, and resolution, and explore techniques for optimizing images across different ultrasound modalities. Week 3: Safety and Patient Care This week covers the essential standards and guidelines for ultrasound safety as outlined by organizations like the AIUM and FDA. Participants will learn proper patient positioning and handling techniques, as well as effective communication and care strategies during ultrasound examinations. Week 4: Quality Assurance and Artifacts Participants will be introduced to quality control protocols for ultrasound imaging, including how to identify and manage common artifacts like shadowing and reverberation. The week will also cover the calibration and maintenance of ultrasound equipment to ensure optimal performance and patient safety.
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ٍSection 2: Abdominal Ultrasound
Week 5: Anatomy of Abdominal Organs This week provides a comprehensive study of the detailed anatomy of key abdominal organs, including the liver, gallbladder, pancreas, spleen, and kidneys. Participants will learn the sonographic appearance of normal abdominal structures and understand scanning protocols for effective imaging of these organs. Week 6: Scanning Techniques and Protocols Participants will learn step-by-step techniques for conducting abdominal ultrasound, focusing on identifying normal anatomical variants across different patient populations. This week includes hands-on practice with real-time scanning techniques using virtual simulations. Week 7: Pathology Identification and Interpretation This week focuses on recognizing and interpreting common abdominal pathologies such as cysts, tumors, stones, and inflammatory conditions. Through case-based learning, participants will develop skills to differentiate between benign and malignant lesions and evaluate specific conditions like liver cirrhosis, gallstones, and renal pathologies. Week 8: Doppler Applications in Abdominal Ultrasound Participants will be introduced to the principles of Doppler ultrasound and hemodynamics, with techniques for assessing abdominal vascular structures, including the hepatic veins, portal vein, and aorta. The week includes case studies that explore the use of Doppler in diagnosing liver disease, portal hypertension, and renal artery stenosis.
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Section 3: Obstetrics and Gynecological Ultrasound
Week 9: Female Reproductive Anatomy This week provides an overview of the anatomy and physiology of the female reproductive system. Participants will learn the sonographic evaluation of the uterus, ovaries, fallopian tubes, and adnexa, along with understanding the physiological changes that occur during the menstrual cycle. Week 10: First-Trimester Ultrasound Focus this week will be on techniques for assessing early pregnancy, including accurate dating and identifying normal versus abnormal findings, such as ectopic or molar pregnancies. The week also covers nuchal translucency measurements and screening for anomalies in the first trimester. Week 11: Second and Third Trimester Imaging Participants will gain knowledge in performing comprehensive assessments of fetal growth and detecting anomalies during the second and third trimesters. The week will also cover evaluating placental position, amniotic fluid levels, and overall fetal well-being, along with techniques for identifying fetal malformations, such as cardiac or central nervous system anomalies. Week 12: Gynecological Ultrasound Techniques This week focuses on both transabdominal and transvaginal scanning techniques for evaluating gynecological conditions. Participants will learn to image and assess conditions like fibroids, ovarian cysts, and endometriosis, and explore case studies involving complex gynecological pathologies.
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Section 4: Vascular Ultrasound
• Week 13: Vascular Anatomy and Hemodynamics o Detailed review of arterial and venous anatomy. o Understanding blood flow dynamics and Doppler principles. o Techniques for optimizing vascular ultrasound images. • Week 14: Techniques for Peripheral Vascular Imaging o Scanning protocols for upper and lower extremity arteries and veins. o Techniques for detecting arterial occlusions, aneurysms, and stenosis. o Hands-on virtual simulations for peripheral vascular imaging. • Week 15: Doppler Studies and Interpretation o Advanced Doppler techniques for assessing vascular diseases. o Case-based discussions on interpreting spectral and color Doppler findings. o Identification of venous thromboembolism and venous insufficiency. • Week 16: Advanced Vascular Ultrasound Applications o Evaluation of vascular grafts, stents, and vascular anomalies. o Doppler studies in carotid, renal, and mesenteric arteries. o Real-life case studies and collaborative learning.
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Section 5: Small Parts Ultrasound
Week 17: Anatomy of Small Parts (Thyroid, Scrotum, Breast) This week covers the sonographic anatomy of the thyroid, scrotum, and breast, highlighting key landmarks essential for small parts imaging. Participants will also learn about the clinical indications for performing small parts ultrasound. Week 18: Imaging Techniques for Small Parts Participants will learn scanning protocols specifically for small parts ultrasound, focusing on techniques to optimize image quality across different patient populations. The week includes hands-on practice with real-time imaging using virtual simulations. Week 19: Lesion Identification and Characterization This week focuses on differentiating between benign and malignant lesions, such as nodules and masses. Advanced imaging techniques, including elastography and Doppler, will be introduced. Participants will engage in case studies involving breast, thyroid, and scrotal pathologies. Week 20: Ultrasound-Guided Procedures Participants will learn the techniques for performing ultrasound-guided procedures, such as biopsies and fine-needle aspirations, along with safety protocols and patient preparation guidelines. The week includes hands-on practice using simulation models to enhance procedural skills.
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Section 6: Musculoskeletal Ultrasound
Week 21: Anatomy and Sonographic Appearance of Musculoskeletal (MSK) Structures This week focuses on the detailed anatomy of muscles, tendons, ligaments, and joints, along with their sonographic appearance in normal conditions. An introduction to the physics specific to musculoskeletal ultrasound will also be covered. Week 22: Imaging Techniques for Upper and Lower Limb Participants will learn scanning protocols for the upper and lower limbs, including the shoulder, elbow, wrist, knee, ankle, and foot. The week also covers the identification of common pathologies, such as rotator cuff tears and tendinitis, with practical experience through hands-on virtual simulations and case studies. Week 23: Pathology Assessment and Diagnosis This week emphasizes techniques for evaluating musculoskeletal injuries and degenerative conditions. Through case-based learning, participants will explore various conditions, including sports injuries, arthritis, and soft tissue masses, and learn to interpret ultrasound findings effectively. Week 24: Interventional Procedures in Musculoskeletal Ultrasound Participants will be trained in ultrasound-guided interventional procedures, such as joint injections and aspirations. The week includes hands-on practice with simulation models to enhance skills in needle placement and targeting, as well as patient management and post-procedural care.
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Month 7: Pediatric Ultrasound
Week 25: Pediatric and Neonatal Ultrasound Basics This week provides an overview of pediatric anatomy and developmental considerations, focusing on the unique aspects of ultrasound imaging in pediatric patients. Participants will also learn about equipment handling and safety protocols specific to pediatric ultrasound. Week 26: Neonatal Brain and Abdominal Imaging Participants will explore protocols for neonatal brain imaging, including the assessment of conditions like hemorrhage and hydrocephalus. Techniques for imaging neonatal and pediatric abdominal organs will be covered, supplemented by case-based learning on common neonatal conditions such as pyloric stenosis and necrotizing enterocolitis (NEC). Week 27: Pediatric Cardiac and Musculoskeletal Imaging This week introduces the basics of pediatric echocardiography and cardiac assessment techniques. Participants will also learn imaging techniques for pediatric musculoskeletal structures and examine case studies involving pediatric trauma, congenital anomalies, and infections. Week 28: Identification of Pediatric Pathologies Participants will focus on evaluating common pediatric conditions, such as intussusception and appendicitis, using advanced diagnostic techniques. The week also prepares participants for clinical practice in pediatric ultrasound, with emphasis on interpreting and diagnosing pediatric conditions.
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Month 8: Advanced Ultrasound Techniques and Procedures
Week 29: 3D/4D Ultrasound Imaging This week focuses on the techniques for acquiring and interpreting 3D and 4D ultrasound images, with clinical applications in obstetrics, gynecology, and abdominal imaging. Participants will engage in hands-on practice using advanced imaging technology. Week 30: Elastography in Ultrasound Participants will learn the principles of elastography and its clinical applications in imaging the liver, breast, and thyroid. The week covers techniques for performing both strain and shear-wave elastography, supported by case studies that demonstrate the use of elastography in differentiating benign from malignant lesions. Week 31: Doppler Ultrasound: Advanced Applications This week delves into advanced Doppler techniques for assessing fetal circulation, liver vasculature, and other specialized areas. Participants will engage in case-based discussions on complex Doppler studies, utilizing real-life examples and problem-solving sessions. Week 32: Ultrasound-Guided Interventions Participants will be trained in advanced ultrasound-guided procedures, such as drainage, ablation, and complex biopsies. The week includes practice with simulation models and real-life scenarios, along with a review of patient management and post-procedural care.
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Month 9: Hands-On Training in Abdominal and Small Parts Ultrasound
Week 1: Supervised Practice in Scanning Abdominal Organs and Small Parts Participants will begin with hands-on, supervised practice focused on scanning abdominal organs and small parts, enhancing their technical skills and confidence in using ultrasound equipment effectively. Week 2: Application of Doppler Techniques for Vascular Assessments This week emphasizes the practical application of Doppler techniques for evaluating vascular structures. Participants will learn to perform vascular assessments with a focus on identifying flow patterns and vascular abnormalities. Week 3: Identification and Interpretation of Common and Complex Pathologies Participants will refine their ability to identify and interpret both common and complex pathologies using ultrasound, with a focus on differentiating between normal and abnormal findings in various clinical scenarios. Week 4: Real-Life Application and Feedback Sessions In the final week, participants will engage in real-life ultrasound applications and receive personalized feedback on their performance, helping them to integrate their learning and prepare for clinical practice.
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Month 10: Supervised Practice in OB/GYN Ultrasound
Week 5: Real-Life Scanning of Obstetric and Gynecological Cases Participants will gain hands-on experience by performing real-life scans on obstetric and gynecological cases, allowing them to apply their knowledge in a clinical setting. Week 6: Application of Advanced Imaging Techniques in High-Risk Pregnancies This week focuses on utilizing advanced imaging techniques for managing high-risk pregnancies, including specialized assessments and monitoring to ensure optimal outcomes. Week 7: Ultrasound-Guided Procedures and Patient Management Participants will practice ultrasound-guided procedures, such as biopsies and interventions, while learning comprehensive patient management strategies, including pre- and post-procedural care. Week 8: Collaborative Case Reviews and Expert Feedback The final week involves collaborative reviews of complex cases, where participants will present their findings and receive expert feedback, enhancing their diagnostic skills and clinical decision-making.
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Month 11: Clinical Practice in Vascular Ultrasound
Week 9: Hands-On Practice in Peripheral and Central Vascular Imaging This week provides hands-on training in imaging peripheral and central vascular structures, enabling participants to refine their scanning techniques and improve their ability to assess vascular health. Week 10: Evaluation of Complex Vascular Conditions and Anomalies Participants will focus on evaluating complex vascular conditions and identifying anatomical anomalies, enhancing their skills in recognizing and interpreting various vascular pathologies. Week 11: Advanced Doppler Studies and Post-Surgical Assessments This week covers advanced Doppler studies and their applications in evaluating vascular health, including assessments following surgical interventions. Participants will learn to monitor vascular integrity and detect complications. Week 12: Peer Learning, Case Discussions, and Review Sessions The final week emphasizes collaborative learning through peer discussions and case reviews. Participants will engage in interactive sessions to discuss challenging cases and consolidate their knowledge with guided feedback and support.
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Month 12: Advanced Techniques and Final Assessment
Week 13: Real-Life Application of Advanced Ultrasound Techniques (3D/4D, Elastography) This week focuses on the practical application of advanced ultrasound techniques, such as 3D/4D imaging and elastography, in real-life clinical settings, allowing participants to enhance their proficiency in using cutting-edge technology. Week 14: Comprehensive Case Reviews and Collaborative Learning Participants will engage in in-depth case reviews, fostering collaborative learning through discussions and analysis of diverse ultrasound cases, which will help refine diagnostic and interpretive skills. Week 15: Preparation for Final Practical Assessment This week is dedicated to preparing for the final practical assessment, with targeted practice sessions and mock exams to ensure participants are fully ready to demonstrate their competency in ultrasound techniques. Week 16: Final Assessment, Feedback Sessions, and Certification Participants will undergo the final practical assessment to evaluate their ultrasound skills and knowledge. This will be followed by detailed feedback sessions, after which successful participants will receive their certification, recognizing their expertise and accomplishment in the program.
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aausTech

aausTech's teaching and training team comprises highly qualified professionals dedicated to academic and clinical excellence in diagnostic medical sonography and radiography.

Dr. Bdreldin Abunaib: President and Founder of aausTech. Holds a Ph.D. in Medical Diagnostic Ultrasound, specializing in Vascular Doppler Ultrasonography, along with M.A., B.A., and ARDMS certifications in Abdomen, Obstetrics, and Gynecology. Over 20 years of teaching and clinical experience in the Gulf countries and the USA.

Dr. Nadia Ali: Principal of aausTech. Holds a Ph.D., M.A., B.A., and ARDMS certifications. Brings over 15 years of expertise in radiography and ultrasonography, focusing on student development and academic excellence.

The faculty’s professional design highlights their extensive qualifications and achievements, demonstrating a commitment to fostering student growth and clinical expertise.

One-Year Diploma in Ultrasound Technology

Program Details

Course Objectives

Target Audience

Course Instructions for One-Year Diploma in Ultrasound Technology

Course Features

Curriculum

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