The Diagnostic Medical Sonography program at Southwest University is committed to excellence in education, demonstrated by providing a comprehensive program to students. The program supports the vision, values, and mission of Southwest University by striving to be the premier diagnostic medical sonography training program in our community.

Sonographers are highly skilled professionals who use imaging equipment that non-invasively emits sound waves directed toward internal organs, blood vessels, tissues, and other structures. They can work in hospitals, clinics, or private practices and help physicians gather the data needed to reach diagnostic decisions. This full-time (21 months long) program leads to an Associate of Applied Sciences degree with a specialization in Diagnostic Medical Sonography (DMS). Training includes classroom and laboratory instruction, as well as clinical education in an affiliated ultrasound department.

This accredited program prepares you to use ultrasound machines and other specialized equipment to perform diagnostic exams on patients. You’ll study normal and abnormal anatomy, the pathophysiology of the abdomen, small body parts, OB/GYN and vascular structures.

As a sonographer, the images you capture have the power to change lives. This program gives you a strong foundation in abdominal, ob/gyn, breast, pediatric, musculoskeletal, and vascular medical imaging. When you graduate, you’ll be ready for your new career assisting physicians in the accurate detection and diagnosis of medical conditions.

The doctoral (Ph.D.) degree program entitled “Imaging Methods in Medicine” covers various qualitative and quantitative methods of image analysis in biology and medicine. Research and the development of new imaging techniques and procedures, as well as the analysis, processing, and interpretation of data, are also emphasized, including artificial intelligence. The degree program is closely related to molecular biology, molecular imaging, radiology, nuclear medicine, pathology, and many other fundamental and clinical fields of biomedicine. The standard length of study is four (4) years. The program is carried out without any specialization.

The doctoral (Ph.D.) degree program entitled „Imaging Methods in Medicine“ covers various qualitative and quantitative methods of image analysis in biology and medicine. Research and the development of new imaging techniques and procedures, as well as the analysis, processing, and interpretation of data, are also emphasized. The degree program is closely related to molecular biology, molecular imaging, radiology, nuclear medicine, pathology, and many other fundamental and clinical fields of biomedicine. The standard length of study is three years.

Imaging science is paying attention to the diagnostic and therapeutic application of the imaging methods of radiology and also nuclear medicine. Imaging is cooperating with other basic medicine disciplines very closely. The absolvent of the doctor studying program imaging science in medicine acquires the scientific erudition based on the combination of theoretical study, clinical practice, and scientific work in the concrete scientific-research assignment. The theoretical part of the study includes the whole range of the discipline (the insolvent reaches detailed knowledge of the problems related to the dissertation work and knowledge of the other parts of radiology on the level of the specialization examination at a minimum). Theoretical education is completed with mandatory and voluntary specialized courses and research fellowships. The clinical part is done at the imaging department according to the topic of the dissertation work. The scientific-research part is based on the solving of the concrete assignment and on the publication of the research results. During the completing the research assignment, the absolvent is learned to work indecently on a scientific project, to create theses, to study literature, to verify hypotheses on the selected sample, to interpret results, and to publish them in scientific journals and during congresses. The study is finished by the state examination and the defense of the dissertation work. The successful absolvent reaches the scientific degree of Ph.D., Study program without specialization.

This program is commonly referred to as "Echo". Echocardiography technologists use sophisticated computers and cutting-edge technology to create and read sound waves in order to capture videos and images of the heart. These ultrasounds allow us to see into the body without pain or radiation so cardiologists can evaluate the function of the heart and plan possible treatment.

The Master's Degree Programme in Biomedical Imaging specialisation track trains professionals with thorough theoretical understanding and practical skills in diverse imaging methods and technologies.

Applied ultrasound imaging of the body

Play an integral role in making a difference in the health of individuals, and working in tandem with other health professionals. Combine your passion for helping others with your fascination of medical diagnostics with the Bachelor of Medical Sonography/Graduate Diploma of Medical Sonography.

With America's growing and aging population, the healthcare sector continues to offer growth in employment opportunities. Sonography is a key part of today's advanced medical practices, and qualified sonography graduates from Northampton find good-paying, flexible and rewarding positions throughout the country.

The Diagnostic Medical Sonography track of the Bachelor of Health Sciences program aims to provide an excellent educational program for men and women seeking careers in the Diagnostic Medical Sonography profession.

In our Diagnostic Medical Sonography (DMS) degree program, you can learn to harness the power of technology and gain the skills it takes to find a challenging and rewarding new career. Today’s healthcare professionals rely on high-tech equipment to diagnose and treat patients effectively.

In WCUI’s Bachelor of Science in Diagnostic Cardiovascular Sonography program, students learn to perform cardiac and vascular ultrasounds, using high-frequency sound waves to help doctors diagnose heart health.