The goal of biomedical science is to improve the quality and effectiveness of patient care. Biomedical science is a diverse, multi-disciplinary field that incorporates subjects like anatomy, genetics, pharmacology, physiology, biochemistry, molecular biology, and neuroscience. Many graduates of biomedical programs go on to become biomedical scientists or engineers, bridging the gap between the basic sciences and medicine. If you would like to work at the forefront of medical research, consider pursuing a biomedical degree.
Undergraduate Prerequisites for Biomedical Schools
Biomedical schools offer degrees at the associate’s, bachelor’s, master’s, and doctoral level, as well as professional certificates. The prerequisites for admission to associate’s degree programs in the biomedical sciences are typically a high school diploma or GED and the completion of high school math and science courses, such as calculus, chemistry, physics, and biology.
Associate’s degree programs in biomedical science or engineering are appropriate for students who plan to transfer to bachelor’s degree-granting institutions in order to complete biology or chemistry-based science programs.
Graduate Program Requirements
In order to qualify for positions leading research teams, one must have a master’s or doctoral degree in biomedical science or engineering. Master’s degree programs take approximately two years to complete, while doctoral degree programs take anywhere from four to six years to complete.
Doctoral degrees are appropriate for those who want to become university faculty, direct research labs, manage and coordinate large scientific projects or inform policymakers about matters that impact health and science.
The prerequisites for admission to both master’s and doctoral degree programs are usually a bachelor’s degree in a related field, a minimum required GPA, minimum required GRE/MCAT scores, and strong letters of recommendation. Some doctoral programs may require master’s degrees.
Curriculum Overview for Biomedical Programs
Biomedical science students learn how diseases manifest in the body, study the molecular basis of human disorders, and acquire the ability to understand, analyze, and interpret scientific and biomedical data. Courses that students might take in a biomedical program include the following:
- Medical biochemistry
- Cell & molecular biology
- Infectious diseases
Biomedical Career Opportunities
Medical scientists and biomedical engineers are innovators and critical thinkers who design solutions to problems in biology and medicine. Biomedical science graduates typically work at research institutes or government and private sector laboratories in hospitals, pharmaceutical companies, and universities. Other potential jobs for biomedical graduates include clinical biochemist, microbiologist, immunologist, science writer, and medical sales representative.
There will likely be more demand for the skills and knowledge of biomedical science graduates in coming years because of the aging baby-boomer population and its increased demand for lifesaving new drugs and procedures. According to the Bureau of Labor Statistics, jobs for biomedical engineers are expected to increase by 62% through 2020, which is a rate that is much faster than average, and medical scientist positions should grow by 36%. In 2012, the median annual salaries for biomedical engineers was $86,960, while medical scientists earned $76,980.
Whether you want to improve your academic credentials for admission to professional schools or you would like to work in biomedical research, earning a biomedical degree is a great way to advance your career. If you would like to conduct research and achieve innovation aimed at improving human health, start exploring biomedical science degree programs on our site today.