There are many ultrasound technician programs that are available at the moment, but when it comes to trying to climb the career ladder and getting a better salary, a PHD is always going to help. The problem is that there is no such thing as an ultrasound technician PHD program but there are other fields that you can go into so that it helps you. One of the most common ones is biomedical engineering.
Biomedical engineering is interesting as it combines medicine and engineering principles. A specialist that has a PHD will usually use different engineering techniques and theories in order to improve and create technologies used at the moment in healthcare. This also includes ultrasound technologies. Any engineer, professional scientist or ultrasound technician can consider this PHD program as this opens the doors to a job that is better paid and that will have an impact on how people are helped.
Most biomedical engineering PHD programs require students to focus on a particular area, such as medical imaging informatics, image processing or neuroengineering. As you can easily imagine, medical imaging is linked with ultrasound technology, so it is recommended for the ultrasound technician to choose this route and add a focus on sonography technology.
As with any PHD program, the student needs to meet education prerequisites. At least a suitable bachelor’s degree has to be presented in fields like mathematics, engineering or science. In most situations, schools are going to prefer students who have professional engineering or scientific experience. There is also preference when talking about graduate record examination completion.
Biomedical engineering PHD ultrasound technician programs include some really broad courses that will offer a very strong foundational biomedical engineering understanding. There are also some courses that will highlight specific aspects of this field. Students will be taught how to improve research skills so that they can become scientific investigators. Core classes vary from one school to another, but the most common ones that might be included are genome biology, biological systems, chemical principles, molecular genetics, advanced biomedical engineering, human disease mechanisms, biostatics, dissertation research and biomedical technology commercialization.
Most people are interested in salary information and employment possibilities when referring to a biomedical engineer career. In 2009 there were 14,000 such jobs in the USA and medical supply manufacturers offered most of that employment, although research services and scientific development companies also gave access to such jobs. A medium salary in 2009 for the biomedical engineer was around $78,000 and it is expected to keep growing in years to come. With respect to employment growth, it is expected that this rate will rise by around 70%.
The last thing that needs to be mentioned is the fact that a biomedical engineer does not have to obtain licensure in USA. Different states require particular standards for a professional engineer that offers public services. Licensure is usually optional, as most engineers will work for a private company. However, this is definitely an area that you should take into account when looking at the salary possibilities.