What is Diagnostic Medical Sonography?
Diagnostic Medical Sonography (DMS) is a branch of diagnostic medical imaging utilizing non-ionizing ultrasound to produce 3D and 2D body images. In other words, a Diagnostic Medical Sonographer will leverage high-tech instrumentation to create images from inside the human body (heart, blood vessels, breast, abdomen, baby in utero) and interpret images to help physicians make a medical diagnosis. Often referred to as Ultrasound Technicians, a Diagnostic Medical Sonographer will work directly with patients and help solve problems with an attending physician. The Diagnostic Medical Sonography profession fuses compassion, technology, science, and medicine into a fulfilling vocation.
In terms of educational requirements, Diagnostic Medical Sonography degree holders will have typically studied the following courses while in college:
Online Colleges Other Students Requested Information From:
Skills & Abilities Required
Complex Problem Solving
Online Colleges Offering Degrees in Diagnostic Medical Sonography
Employment Information & Specialization
For students that earn a college degree in Diagnostic Medical Sonography, there are several fields of specialization that one can pursue. The options range from dental hygienist, post-secondary teacher, researcher, genomics, immunologist, toxicologist, virologist, biologist, biological technician, biomedical engineer, microbiologist, medical scientist, epidemiologist, diagnostic medical sonographer, nuclear medicine technologist, nursing assistant, MRI Technologist, registered nurse, and vascular technologist to name a few possible career tracks.
Job Growth, Salary, and Related Fields
The job growth in the greater Diagnostic Medical Sonography domain are well above average. For example, the rate of job growth for radiation therapist is expected to rise 14% through 2024 and diagnostic medical sonography an amazing 24% growth rate is expected during the same period. Given the broad nature of the Diagnostic Medical Sonography degree, compensation after graduation can vary greatly from career field to career field given prior experience and geographic location. Related fields include teaching, research, genomics, immunology, radiobiology, neuroanatomy, pharmacology, nursing, medical science, and microbiology.