Biomedical Sciences (BMT, Pre-Med)

The Bachelor of Science in Biomedical Sciences at Keiser University gives students a deep understanding of the scientific principles that underpin human health and disease. The curriculum combines rigorous coursework in cell biology, molecular biology, biochemistry, and pathology with practical laboratory experience. Students develop critical thinking skills, analytical abilities, and scientific knowledge needed to excel in the biomedical field.
 
The program serves multiple career paths. Some biomedical science graduates enter the healthcare industry immediately as laboratory technicians or research assistants. Others use the program as preparation for graduate school or professional health programs. All students gain practical experience through laboratory work, learning techniques routinely applied by biomedical scientists in research and clinical settings.

The mission of the Keiser University Biomedical Sciences Program is to provide world class, student-centered education by preparing future generations of scientists and health professionals in a dynamic environment that fosters creativity, discovery and integrity.

1. Students will become critical thinkers capable of evaluating content relating to the biomedical sciences field and synthesize their own conclusions.
2. Students will be capable of conducting scientific investigations and appropriately report their findings.
3. Students will master core biomedical sciences concepts and will be capable of examining specific mechanisms and processes within biomedical sciences.

Prerequisites for Upper Division Science Courses:

• Minimum grade of “C” for general education courses
• Successful completion of all lower division math and science requirements

Students must complete lower division science courses including chemistry, organic chemistry, physics, anatomy and physiology, and biology before advancing to upper division coursework in biochemistry, molecular biology, microbiology, genetics, immunology, and pathology.

The Biomedical Sciences program offers several distinctive features:

• Laboratory Experience: Extensive hands-on laboratory work in molecular biology, cell biology, microbiology, and biochemistry prepares students for careers in research and clinical laboratories.
• Professional Program Preparation: The curriculum fulfills prerequisites for advanced graduate education in the medical field and other professional health programs.
• Graduate School Foundation: Strong scientific knowledge and research experience prepare students for success in graduate programs including PhD programs in biomedical sciences.
• EquineConcentrations Available: Equine Studies concentration (for students interested in veterinary medicine)
• Small Class Sizes: Personalized attention from faculty with expertise in biomedical research and health care.

Career-Oriented Focus: Practical experience and scientific training prepare graduates for immediate employment in laboratory settings or further education.

Required and Optional Fees for Programs: Fees are costs set by the university in addition to tuition (and room and board, if applicable). These fees may be required for your program or optional depending on the courses you take, and they support the costs associated with completing an approved program of study. Fees are defined in the university’s catalog or supplement and listed on the school’s billing statement or invoice. Fees that are optional will not be paid using GI Bill® benefits and will be the responsibility of the student choosing these additional options. For additional guidance, please see your Program Director or Admissions Counselor.

Prerequisites for Upper Division Science Courses:

• Minimum grade of “C” for general education courses
• Successful completion of all lower division math and science requirements

Students must complete lower division science courses including chemistry, organic chemistry, physics, anatomy and physiology, and biology before advancing to upper division coursework in biochemistry, molecular biology, microbiology, genetics, immunology, and pathology.

Federal financial aid available through FAFSA (School Code: 015159) including Pell Grants, Direct Subsidized/Unsubsidized Loans, and PLUS Loans. Florida residents may qualify for FSAG and EASE grants. Institutional scholarships available. Full-time undergraduate tuition: $12,408/semester; Education fee: $980/semester for Biomedical Sciences.

Biomedical science graduates from Keiser University can pursue diverse career paths in research, health care, and laboratory settings. The program prepares you for entry-level positions as biomedical scientists while also completing prerequisites for professional programs and graduate school. Career possibilities span medical research institutions, pharmaceutical companies, health care providers, and academic research settings.

• Research scientist
• Laboratory technicians
• Clinical trials coordinator
• Biomedical research assistant

• Medical staff support
• Medical sales representative
• Medical science liaison
• Public health professionals

Gain Job-Ready Skills for a Biomedical Science Career

• Scientific Knowledge and Research Skills
• Laboratory techniques for molecular and cell biology
• Research methodologies and experimental design
• Data analysis and statistical methods
• Scientific writing and documentation
• Ethical decision-making in research
• Modern laboratory equipment operation
• Molecular biology techniques
• Biochemical analysis methods
• Cell culture and tissue handling
• Disease processes and pathology
• Medical terminology and healthcare industry standards

Keiser University offers career-oriented education designed to support students seeking health care careers, research positions, and further education in the sciences. With small class sizes, experienced faculty, and comprehensive student support, Keiser helps learners achieve their professional goals in biomedical science and related fields.

What career opportunities exist for biomedical science graduates?

Biomedical science graduates pursue diverse career paths including research scientist positions, laboratory technicians, medical sales representatives, medical science liaisons, and roles in pharmaceutical companies and medical device companies. Many graduates also continue to graduate school, medical school, pharmacy programs, or other professional health programs.

Does the biomedical sciences degree prepare me for medical school?

The Bachelor of Science in Biomedical Sciences completes prerequisites necessary for medical school, dental school, and pharmacy programs.. Students gain strong scientific knowledge, laboratory experience, and critical thinking skills that prepare them for success in professional health programs.

Can I transfer credits from other colleges?

Yes, Keiser University accepts transfer credits for undergraduate and graduate-level programs. Our admissions team will work with you to review your transcripts and determine your transfer eligibility. Credits transfer based on several factors including accreditation and course equivalency. Learn more about credit transfer requirements and eligibility requirements.

Can I specialize in a particular area within biomedical sciences?

Keiser University offers concentrations including Equine Studies (preparing students for veterinary medicine). All students can also select from free electives and upper division courses to focus on specific areas of interest within biomedical science.

What laboratory experience will I gain in the program?

Students complete laboratory coursework in molecular biology, cell biology, biochemistry, microbiology, genetics, and other biomedical science disciplines. These hands-on experiences teach laboratory techniques routinely applied by biomedical scientists in research and clinical settings.

How long does the biomedical sciences program take to complete?

The Bachelor of Science in Biomedical Sciences requires 121 credit hours completed over approximately 35 months for full-time students. This timeline varies if you transfer in credits from previous coursework.

What prerequisites do I need before starting upper division courses?

You must complete lower division science courses including math and science requirements with a minimum grade of “C” for general education courses before advancing to upper division biomedical science courses.

Will I be prepared for graduate programs in the sciences field?

Yes. The program provides strong scientific knowledge, research experience, and laboratory skills that prepare you for success in graduate programs. Many biomedical science graduates continue to graduate programs such as masters or doctoral in biomedical sciences and related fields.

What makes Keiser's biomedical sciences program unique?

Keiser offers small class sizes, personalized attention from faculty with real-world experience, hands-on laboratory training, and a concentration option. The program balances rigorous scientific education with practical experience, preparing you for immediate employment or further education.

Is financial aid available for the biomedical sciences program?

Yes. Students in this program may qualify for grants, scholarships, and tuition assistance programs. Military veterans may also qualify for education benefits. Speak with a dedicated financial aid counselor to explore all available options and create a plan that fits your situation. Learn more about Keiser University’s Financial Services.

Keiser University is accredited by the Southern Association of Colleges and Schools Commission on Colleges (SACSCOC) to award associate, bachelor’s, master’s, and doctoral degrees. Learn more about Keiser University accreditation. While this program doesn’t require programmatic accreditation, the SACSCOC accreditation ensures Keiser University meets rigorous quality standards, which is crucial for students as it affects access to federal financial aid, the transferability of credits to other accredited schools, and recognition of degrees for programs and employers. This accreditation signifies that the institution adheres to standards that ensure educational quality and institutional effectiveness.