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Studying biomedicine may be an ideal choice for a student seeking to pursue a job in a health-related field. Biomedicine includes the study of anatomy and physiology, and may lead to a career as a biologist, surgeon, physician or other medical professional.
Biomedical science refers to a wide range of topics related to human biology and diseases. Disciplines such as medical microbiology, biomedical engineering, human physiology, pharmacology, nutrition, biochemistry, molecular biology, and cell biology are all part of biomedical sciences. Students with a master’s degree in biomedical sciences can opt for a wide range of careers in medicine, pharmacy, dentistry, and even veterinary medicine.
Several universities offer online master’s programs in biomedical sciences, and related subjects such as health informatics and biomedical diagnostics. The coursework helps students develop a better understanding of biology, microbiology, immunology, and diseases. Additionally, they also learn about various aspects of healthcare and biomedical informatics.
Graduates from these programs can pursue further research and a PhD or opt to work in biomedicine, regulatory affairs, clinical laboratory support, and veterinary medicine.
The following guide details four online master’s degrees in biomedical sciences and related subjects. It also profiles three exceptional faculty members teaching these programs.
FEATURED MS IN BIOMEDICAL SCIENCES PROGRAMS
University of Northern Colorado
The University of Northern Colorado offers an online master’s degree in biomedical sciences. The program is an ideal choice for students wishing to pursue a career in medicine, veterinary medicine, dentistry, or pharmaceuticals. Those aspiring to pursue a PHD in biomedical sciences can also find the program valuable.
In order to apply for the program, students must have a bachelor’s degree from an accredited university, a GPA of 3.0 or higher, and test scores (GRE, MCAT, DAT, OAT, or PCAT). International students must also submit TOEFL scores.
The program consists of 30 credit-hours and prepares students for a biomedical and health professions career. Some of the courses included in the curriculum are immunology and disease, virology, cell physiology, reproductive and developmental biology, developmental biology, pathogenic microbiology, and advanced systemic physiology. The program covers myriad topics and equips students with a wide range of skills. They learn about the causes of disease in animals, the physiological control systems in human beings, mechanisms of pathogenesis, and biochemistry.
Graduates of the program can work in biomedicine, clinical research, university teaching, as well as cardiac rehabilitation.
- Location: Greeley, Colorado
- Accreditation: Higher Learning Commission (HLC)
- Expected Time to Completion: Less than 12 months
- Estimated Tuition: $565 per credit-hour
Arizona State University
Arizona State University’s International School of Biomedical Diagnostics offers an online master of science in biomedical diagnostics. This is a fully online program that trains students in screening, diagnosing, and monitoring diseases.
Admission requirements to the program include a bachelor’s or master’s degree from a regionally accredited college or university, a minimum cumulative grade point average of 3.0, official transcripts, two letters of recommendation, and proof of English proficiency.
Students can choose from the following four core areas: application of diagnostics, business of diagnostics, science of diagnostics, and technology of diagnostics. Comprising 30 credit-hours, the curriculum gives students a complete overview of biomedical diagnostics, including the legal, business, regulatory, and technological aspects. The coursework includes topics such as an introduction to biomedical informatics, health economics, policy and payment models, current perspectives in biomedical diagnostics, principles of diagnostic technology, and immunology.
The field of diagnostics impacts a large part of healthcare, right from the pharmaceutical industry to the development of new technologies, patient care, finance, and policy-making. The program emphasizes the importance of diagnostics through its curriculum.
At the end of the program, graduates can pursue job opportunities in areas such as clinical laboratory support and management, quality systems, regulatory affairs, sales management, and account management.
- Location: Tempe, Arizona
- Accreditation: Higher Learning Commission of the North Central Association of Schools and Colleges
- Expected Time to Completion: 12 months
- Estimated Tuition: $794 per credit-hour
In addition to offering a residential, campus-based master of science in biomedical sciences program, Liberty University offers an online master of arts in medical sciences with five specializations to choose from. These are as follows: business management, biopsychology, health informatics, public health, and molecular medicine. Except for the molecular medicine specialization, the program is available completely online.
Applicants to the program must have bachelor’s degree from a regionally accredited college or university and a minimum cumulative grade point average of 2.75, among other requirements.
The program is made up of 34 credit-hours. Irrespective of the specialization they choose, students have to study some core courses such as the principles of biomedical science, human gross anatomy, human physiology, biomedical ethics, advanced cell biology, and biochemistry.
Additionally, they are required to choose more courses per their specialization. The biopsychology specialization includes courses such as human neurology, advanced developmental psychology, and neuroanatomy, while the health informatics specialization includes human genetics, integrated technologies, and health information systems. The public health specialization explores biostatistics, health policy, and principles of community health, while the molecular medicine specialization includes advanced immunology, principles of pathology, and neuroanatomy.
Depending on their specialization, students can pursue a career in non-clinical health science fields or apply to more advanced degree programs upon graduation.
- Location: Lynchburg, Virginia
- Accreditation: Southern Association of Colleges and Schools Commission on Colleges
- Expected Time to Completion: 24 months
- Estimated Tuition: $19,210 for full program
University of Missouri
The University of Missouri offers an online master of science in biomedical sciences with a focus on veterinary sciences. The 100 percent online program is ideal for vets or veterinary technicians, aspiring to supervise in a hospital or research lab or teach at a vet technology training school.
For admission into this program, candidates must be either veterinarians (graduates of an AVMA-accredited college of veterinary medicine) or veterinary technologists (graduates of an AVMA-accredited veterinary technician/technologist program with a baccalaureate degree). Additionally, they must have a minimum GPA of 3.0, and minimum GRE scores of 291 (combined verbal and quantitative) and 4.0 (analytical writing).
The 30-credit-hour program helps veterinary professionals further their knowledge and skills in the field. The coursework includes instruction in veterinary cell biology, equine clinical anatomy, advanced small animal clinical nutrition, topics in veterinary clinical sciences, research methods and data analysis, and problems in veterinary clinical sciences. Students delve into a wide range of subjects including chemistry, surgery toxicology, nutrition, zoonotic disease, and emergency and clinical care.
The program opens up career opportunities for graduates in academic research, animal feed companies, governmental agencies, pharmaceutical industry, veterinary medical industry, and veterinary journalism.
Location: Columbia, Missouri
Accreditation: Higher Learning Commission, American Veterinary Medical Association Council on Education
Expected Time to Completion: 24 months
Estimated Tuition: $508.96 per credit-hour
PROFESSORS TO KNOW IN MASTER’S DEGREES IN BIOMEDICAL SCIENCES (MS)
Valentin Dinu, PhD, Arizona State University
Dr. Valentin Dinu is an associate professor of biomedical informatics at the College of Health Solutions, Arizona State University. He also serves as the program coordinator of the master of science in biomedical informatics program. Some of the courses he teaches include translational bioinformatics, advanced topics in biomedical informatics, and the foundations of biomedical informatics methods.
Currently, Dr. Dinu’s research explores the development of computational approaches, software applications facilitating management, and integration of the myriad sources of biomedical information. He has been published in acclaimed journals such as the Journal of Biomedical Informatics, PeerJ, and the Journal of Biometrics and Biostatistics. He completed his PhD from Yale University and AB from Harvard University.
Ginger Fisher, PhD, University of Northern Colorado
Dr. Ginger Fisher is an assistant professor of biology at the University of Northern Colorado and the director of University of Northern Colorado’s master’s in biomedical science program. She teaches a number of courses, including introductory biology, physiological ecology, marine biology and the foundations of clinical research. Her early research work explored the physiology of aquatic organisms, and recently, she began to study bioeducation.
An active member of regional and national advising associations, Dr. Fisher’s research has appeared in top-notch journals such as the Journal of Microbiology & Biology Education and The Undergraduate Research Journal of the University of Northern Colorado. Professor Fisher has won several accolades for her teaching, including the 2007 Donald Bletz Award for Outstanding Teaching, the 2013 Excellence in Advising Award, and the 2015 Excellence in Leadership Award. She earned her PhD and MS from Wake Forest University and her BA and BS from Indiana University of Pennsylvania.
Dongwen Wang, PhD, Arizona State University
Dr. Dongwen Wang teaches biomedical informatics at Arizona State University. Some of the classes he leads include knowledge representation for biomedical informatics, problem-solving in biomedical informatics, and health informatics database modeling.
Prior to joining Arizona State University, Dr. Wang taught at the University of Rochester and Columbia University. His research efforts are focused on the management of biomedical data, the representation of biomedical knowledge, and the development of online resources. His findings have been published in the Journal of the American Medical Informatics Association, the International Journal of Medical Informatics, and the Journal of Biomedical Informatics. Dr. Wang completed his PhD from Columbia University and BE from the Huazhong University of Science & Technology.
Online Biomedical Science Graduate Programs & Graduate Schools
Online Biomedical Science Graduate degree programs
As an academic field, Biomedical Sciences programs explore issues in biology as they relate to issues of human health, medicine and disease, including prevention, treatment, and curing them. Students can expect coursework as well as research, internships, and lots of laboratory work.There are a variety of program fields for students to specialize in such as: virology, biomedical engineering technology, biomedical engineering and biomedical informatics.
Specific coursework will vary among programs and the concentration that you choose, but generally speaking students in online biomedical science programs might participate in classes that cover topics including:
Cell Biology
Biochemistry
Medical Histology
Physiology
Genetics
Pharmacology
Anatomy
Potential Careers for Graduates of Online Biomedical Science Programs
According to the Bureau of Labor Statistics there were 107,900 medical scientists employed in the United States in 2014. The median annual salary for these scientists was $82,240, and jobs were projected to grow by 8% between 2014 and 2024. The majority of medical scientists (34%) were employed in the research and development in physical, engineering, and life sciences industry. Other industries of employment included; colleges and universities, hospitals, pharmaceutical and medicine manufacturing, and medical and diagnostic laboratories to name a few.
Are Online Biomedical Science Programs Right For You?
Online Biomedical Science programs generally involve logging into your courses when you are able to. This means you need to be self-motivated, have a computer and reliable Internet. Since there is usually a lab component, students may need to inquire with the school they wish to attend to see how to arrange that aspect.
When you are ready to search for online graduate programs in Biomedical Sciences, GradSchools.com gives you the ability to filter by the degree level you are looking for. Some of the listings might include an online graduate certificate in Biomedical Imaging and Signals, MS in Prosthetics and Orthotics Online, or PhD in Microbiology and Immunology.
Start your search for an online Biomedical Science degree program that aligns with your specific interests or ultimate career goals!
The Biomedical Science MBS Master’s Degree is an Online Academic Enhancement Program
The Biomedical Science MBS program has been designed to help you enhance your academic credentials and prepare for entrance to a health professional school or biomedical career. This one-year master’s program will provide a foundation in biomedical coursework that underlies and supports medicine and therefore provides a strong framework for professional school curricula.
The online delivery of this program is simply an extension of the on-campus course delivery. Your UNC diploma and transcripts will not denote online delivery in any way, and the learning outcomes are the same for all MBS students. Our small student groups also mean you will receive strong personal support and advisement.
Preparation for Professional School or Biomedical Careers
The MBS program is appropriate for students considering a future in medicine, dentistry, pharmaceuticals, veterinary medicine or biomedical-related Ph.D. programs. A major goal of the program is to allow students a tangible mechanism to demonstrate high-level academic achievement while taking a full load of rigorous and challenging courses. Success in this intensive educational scenario (which mimics the demands of professional school) will help you:
- Improve your academic record
- Provide evidence of your ability to perform in a professional school scenario
- Raise your overall qualifications for subsequent professional school applications
Our students have seen an increase in their overall MCAT scores and an average of a 1.5 increase in their biological sciences scores. Students with an MBS degree have also pursued careers not related to professional school, including clinical research, university teaching, cardiac rehabilitation, research at the NIH, and Ph.D. programs.
A History of Helping Professional School Applicants
Past MBS students have earned interviews and/or acceptances at the following schools:
- University of Colorado School of Medicine
- University of Colorado School of Dental Medicine
- Rocky Vista University College of Osteopathic Medicine
- Colorado State University College of Veterinary Medicine and Biomedical Sciences
- Creighton University School of Medicine
- Oakland University William Beaumont School of Medicine
- Loma Linda School of Dentistry
- Texas Wesleyan Graduate Program in Nurse Anesthesia
- University of California Irvine School of Medicine
- The Commonwealth Medical College
- Roseman University Health College of Dental Medicine
- Western University of Health Sciences
- Midwestern University College of Dental Medicine
- Florida Atlantic University College of Medicine
- A.T. Still University of Osteopathic Medicine
- Arizona School of Dentistry and Oral Health
- University of Texas Health Science Center School of Dentistry
- Midwestern University College of Veterinary Medicine
Course of Study
Eligibility & Transfer Credit
Costs & Aid
The Biomedical Science MBS program is specifically designed to improve or expand a post-graduate student’s overall scholastic credentials. The program will provide a foundation in basic biology that underlies and supports medicine and therefore provides a strong framework for professional school preparation.
This program features an intensive course load completed in two semesters.
Students in the online delivery will complete 30 credit hours and are required to pass a comprehensive exam.
You will be enrolled in each course alongside students who are taking the courses on campus. You will view classroom session recordings and take part in online activities with other online and on-campus students.
Required Courses (30 Credit Hours)
To see a typical list of courses per term, visit an example Current Program Students page.
Fall Semester (16 Credit Hours)
BIO 502 Biomedicine and Careers (1)
BIO 547 Immunology and Disease (3)
BIO 548 Virology (3)
BIO 550 Cell Physiology (3)
BIO 553 Advanced Systemic Physiology: Control Systems (3)
BIO 555 Reproductive and Developmental Biology (3)
Spring Semester (14 Credit Hours)
BIO 525 Molecular Genetics (3)
BIO 528 Developmental Biology (3)
BIO 545 Pathogenic Microbiology (3)
BIO 552 Advanced Systemic Physiology: Homeostats (3)
BIO 596 Foundations of Clinical Research (2)
Comprehensive Exam
Students will be required to pass a comprehensive examination covering material from core courses in order to graduate from the program.
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