This course will discuss the role of ultrasound in evaluating the fetus for various anomalies and genetic syndromes and understanding the inheritance patterns. Emphasis is placed on knowing what anomalies can be imaged with ultrasound, their sonographic characteristics, and at approximately what fetal age these anomalies can be detected. 

Women’s health and treatment related to the female reproductive system will be discussed. 

3D and 4D sonography will be explained.

Additionally, an introduction to Fetal echocardiography will be discussed.

Advanced study of the fetal heart to include normal anatomy and congenital heart disease. This course will cover embryology of the heart, the fetal echocardiography exam and protocols and congenital heart disease. Exposure measurements and levels from diagnostic equipment are discussed, as well as biological effects and risk.



This course provides an introduction to Pediatric sonography. It focuses on the anatomy, physiology, and sonographic technique/appearance of the neonatal brain, spine, hip and pediatric abdomen. Variants and pathology are also covered. It brings together the use of the patient’s clinical and laboratory data along with the ultrasound exam in order to aid in the patient’s diagnosis.


Students are scheduled for clinical practicum at participating clinical education centers. Clinical experience rotations for Practicum IV include ultrasound imaging of the abdomen, pelvis, gravid uterus, superficial structures, and vascular system. During this practicum, students will be assigned competencies and objectives to complete.


A review of hemodynamics, abdominal, penile, and transplant organ Doppler, and vascular statistics will be discussed. Students will become familiar with the clinical symptoms and specific ultrasound protocols for normal and abnormal cases associated with vascular disease involving the above areas of interest.


Introduction to the role of ultrasound in evaluating the musculoskeletal system. Areas of focus include: Achilles’ tendon, plantar fascia, shoulder, popliteal fossa, and wrist. Lecture will be correlated with lab activities.