Accredited Biomedical Science Programs - Degrees & Certificates
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Those who pursue higher education in biomedical science will find that their opportunities beyond graduation are quite broad. Because biomedical science explores knowledge, practices, and technologies related to diagnosing, analyzing, and treating disease, the number of specializations and practical applications of a biomedical science degree are vast.
Students pursuing a biomedical sciences degree can choose to study humans or animals; study at the scale of macro- or microbiology; focus studies on organic systems or technological systems; specialize in practical applications or research; focus studies on certain parts of the body; and/or choose a deep understanding of emerging biomedical science policy. Depending on a student’s focus of study, those completing biomedical degree science programs can become researchers, healthcare providers, veterinarians, educators, scientists, writers, consultants, ecologists, biochemists, analysts, technicians, technologists, and much more.
In general, the U.S. Bureau of Labor Statistics predicts that many occupations that require biomedically trained employees are going to grow over the next decade due to an aging population, growing rates of chronic disease, and an expanded need for pharmaceuticals, among other core causes. Although this list is not exhaustive of biomedically related occupations, between 2016 and 2019, the BLS predicts that the following occupations will grow faster than the 7 percent average growth projected for all U.S. jobs:
|Occupation||Job Growth Predicted Between 2016 and 2026||Numeric Growth|
|Veterinarians||19 percent||15,000 jobs added|
|Medical Scientists||13 percent||16,100|
|Medical and Clinical Laboratory Technologists and Technicians||13 percent||42,700|
|Biochemists and Biophysicists||11 percent||3,600|
|Environmental Scientists and Specialists||11 percent||9,900|
|Biological Technicians||10 percent||8,400|
|Zoologists and Wildlife Biologists||8 percent||1,500|
Because the field of biomedical science is so broad, it is important for students to consider what aspect of biomedicine they are interested in studying before applying. Keep reading to learn what to expect from an accredited on-campus or online biomedical science program.
Admissions Requirements & Accreditation
Admission to online and on-campus programs in the biomedical sciences vary widely by institution. Generally, admissions requirements for biomedical science programs include:
- Official transcripts from all previous universities and colleges
- A GPA of 3.0 or higher
- CV or resume
- Letter of intent or statement of purpose
- One to three letters of recommendation
- Application fee
- Proof of English proficiency (international students)
- Proof of prerequisite coursework (some programs)
- Standardized test scores (some programs)
Accreditation is the process by which universities and the programs they offer are evaluated by third parties to ensure the quality of instruction and applicability to future work. By creating a universal set of standards that must be met for instruction, resources available, etc., accreditation is a measure prospective students can use to evaluate the quality of a program and is also a standard that employers can use to predict the competence of a program graduate. All programs listed below are offered by universities who are regionally accredited.
All universities offering distance-based educational services must be authorized to deliver programming according to regulations mandated by each state. Universities offering online programming across state lines must adhere to all the individual regulations as outlined by each state, or as by the reciprocity agreements outlined by NC-SARA. Students choosing to pursue online degrees should ensure that the program they’re interested in is offered in their state of residence before applying.
On-Campus Biomedical Science Programs
The bachelor’s of science in biomedical sciences at the University of Central Florida (UCF) prepares graduates for master’s or doctoral-level study in a wide range of medical disciplines, providing the opportunity to participate in faculty-led research. Specializations in molecular microbiology, neuroscience, and molecular cell biology, in addition to a pre-professional concentration, are available.
Coursework in the 120-credit hour program includes cellular metabolism, nanobiotechnology, determinative systemic microbiology, and laboratory virtual simulations in physiology. SAT or ACT scores are required to apply for admission into UCF’s program.
- Location: Orlando, Florida
- Accreditation: Southern Association of Colleges and Schools Commission on Colleges (SACSCOC)
- Tuition: $212.28 per credit-hour (in-state); $748.89 per credit-hour (out-of-state)
- Program Length: Four years
The master of biomedical sciences at Duke University is designed for those looking for careers where graduate-level biomedical science is required. In addition to providing linguistic and systemic training, the program has elements that are hands-on and practical. Those enrolled in Duke’s program will receive EMT training, be a part of an interprofessional healthcare team, and learn anatomy through cadaver dissection.
Examples of coursework in the 38-credit-hour program include the essentials of health practice and professional development, medical statistics, health systems, and evidence-based clinical practice. GRE, MCAT, and DAT scores are not required to apply but can be submitted if the applicant wishes.
- Location: Durham, North Carolina
- Accreditation: Southern Association of Colleges and Schools Commission on Colleges (SACSCOC)
- Tuition: $45,291
- Program Length: 11 months
The master of science in BMS at Philadelphia College of Osteopathic Medicine (PCOM) offers graduates the ability to work practically in healthcare or engage in life sciences research. After completing a foundation year, students can choose to concentrate in one of the following: aging, biomedical research, forensic biology, general studies (Georgia campus only), medical simulation, neuro-behavioral science, organizational leadership in the biosciences, public health, or biomedical research.
Coursework in the 50 to 53 credit-hour program includes microscopic anatomy and embryology; the historical development of current themes in biomedical sciences research; advanced cardiovascular, pulmonary, and renal physiology; and mannequin and video programming. Applicants to PCOM’s BMS program must submit MCAT, PCAT, DAT, OAT, or GRE scores to be considered for admission.
- Location: Philadelphia, Pennsylvania or Suwanee, Georgia
- Accreditation: Commission on Higher Education of the Middle States Association of Colleges and Schools
- Tuition: $933 per credit-hour
- Program Length: Two years
The University of California at San Francisco (UCSF) biomedical sciences (BMS) PhD program is a highly specialized program in cell and molecular biology. It offers students the ability to investigate how tissues, cells, and organs function in health and disease.
Students in UCSF’s BMS programs can choose between eight thematic areas, including cancer biology and cell signaling; developmental and stem cell biology; human genetics; immunology; neurobiology; tissue/organ biology and endocrinology; vascular and cardiac biology; and virology and microbial pathogenesis.
Examples of coursework in the full-time program include investigating human biology and disease, the structure of macromolecules, basic concepts and neural cell and developmental biology, and molecular thermodynamics. GRE scores are not required for admission, but students may elect to submit them if they wish
- Location: San Francisco, California
- Accreditation: Western Association of Schools and Colleges (WASC)
- Tuition: $17,993 per year (resident); $33,095 per year (non-resident)
- Program Length: Five years
Online Biomedical Science Programs
The online master’s of biomedical science (MBS) degree at the University of Northern Colorado (UNCO) is an intensive academic enhancement program where online students learn from recorded on-campus courses. The 30-credit-hour program is for those hoping to gain acceptance into healthcare provider programs (nursing school, medical school, dental school, etc.), and for those hoping to work in the biomedical field.
Coursework in the program includes biomedicine and careers, pathogenic microbiology, and reproductive and developmental biology. Applicants must submit MCAT, PCAT, DAT, OAT, or GRE scores to be considered for acceptance into the program. Participation in this program is 100 percent online.
- Location: Greeley, Colorado
- Accreditation: North Central Association of Colleges and Schools (NCA)
- Tuition: $565 per credit-hour
- Program Length: Nine months
Arizona State University’s (ASU) online MS in biomedical diagnostics prepares graduates to understand the technology, science, business, and application of the tests and technological devices used to detect diseases and other medical conditions.
Offered through the International School of Biomedical Diagnostics, students have the opportunity to take one or more courses through Dublin City University. Coursework in the 30-credit-hour program includes an introduction to biomedical informatics, current perspectives in biomedical diagnostics, principles of diagnostic technology: immunology, and health economics, policy, and payment models. No standardized tests are required for admission as the program is 100 percent online.
- Location: Tempe, Arizona
- Accreditation: North Central Association of Schools and Colleges (NCASC)
- Tuition: $13,590 per academic year
- Program Length: One year
With its emphasis in veterinary sciences, the online master of science in biomedical sciences at the University of Missouri is designed for current veterinary professionals looking to expand their skill set and evolve their careers. Both vets and vet techs aspiring toward roles in supervision in hospitals or research labs can benefit from the one-hundred percent online MS program.
Examples of coursework in this 30-credit-hour program include animal issues in disasters, veterinary cytology, equine clinical anatomy: forelimbs, and the fundamentals of small animal emergency and critical care. To apply, students must be vets or vet techs and must submit GRE scores.
- Location: Columbia, Missouri
- Accreditation: American Veterinary Medical Foundation Council on Education (AVMA COE), Higher Learning Commission
- Tuition: $15,268 total
- Program Length: Two years (five years max)
Online Biomedical Science Professors to Know
Dr. Tim Evans is an associate professor in the College of Veterinary Medicine (CVM) at the University of Missouri (MU). A member of the CVM faculty since 2001, Dr. Evans teaches courses in reproductive pharmacology and veterinary diagnostic toxicology. He is a highly educated professor with a doctorate in veterinary medicine from the University of California, Davis; a master of science in veterinary medicine and surgery from MU; and a doctorate in veterinary pathobiology, also from MU.
In addition to his role as professor, Dr. Evans serves as the Toxicology Section leader in the Veterinary Medical Diagnostic Laboratory in the Veterinary Health Center at MU. Dr. Evans is also a highly awarded educator, including earning a William T. Kemper Fellowship for Teaching Excellence in 2013, and the Carl F. Norden-Pfizer Distinguished Veterinary Teacher Award in 2012.
Dr. Ann Hawkinson teaches virology and pathogenic microbiology in the School of Biological Sciences at the University of Northern Colorado (UONC). Dr. Hawkinson is a UONC alumni, earning a PhD in biological education in 2011.
Dr. Hawkinson’s research focus is virus-host interactions, and she is currently working on a collaborative bacteriology project that could aid in the development of an anti-cancer drug delivery system. Dr. Hawkinson’s research experience includes publications in several peer-reviewed journal articles, as well as dozens of talks and poster presentations regarding her research on the Tacaribe virus, Modoc virus, and Sin Nombre virus.
At Arizona State University (ASU), Dr. Carl Yamashiro serves an associate research professor in the International School of Biomedical Diagnostics and in the Department of Biomedical Informatics in the College of Health Solutions.
Dr. Yamashiro earned his PhD in molecular biology from the University of Oregon in 1990 and completed a postdoc fellowship in molecular genetics at Stanford University in 1994. He has been a contributing researcher for more than 30 articles published in peer-reviewed journals and has been a collaborating member for almost 40 poster abstracts. He also has been invited to speak at more than 25 events. Dr. Yamashiro’s primary research interest is in the assessment and development of diagnostic technology for healthcare.