Students earn an Associate of Science degree by completing a certain amount of coursework related to a specific science. These programs take around two years to complete and allow graduates to focus on a scientific study as opposed to general education courses.

What is an Associate of Science in Biomedical Engineering? This degree allows students to fuse the fields of biology, technology and medicine. Classes may include subjects such as organic chemistry, physiology, anatomy and molecular biology. Programs may also include physics and health studies classes. Students might attend lectures relating to medical innovations and bioinstrumentation. Many courses will offer both general math and science classes, ranging from statistics and probability to thermodynamics and materials science.

A program like this can be extremely useful for anyone wanting to work in biology or medicine. Students will gain a better understanding of medical science and the trends in healthcare. Graduates may also learn how to use innovative medical devices.

These programs can vary widely in cost, depending on the school attended and how many quarters or semesters it takes to complete the degree. To find out more cost specifics, it’s best to reach out to a university directly.

Once a student has earned an Associate of Science in Biomedical Engineering, there are several career paths to consider. Many graduates go on to work in hospitals as microelectronics technicians and medical device operators. For those looking to work on the development and production side of the field, there may be jobs available in research and development and instrument design. Some individuals go on to work as biomedical consultants for government agencies and technology firms.

Biomedical engineering is an enormous field that continues to grow, making this degree a very beneficial one to have. If you want to learn more about these studies, search for your program below and contact directly the admission office of the school of your choice by filling in the lead form.