Alvernia University

What you'll study

This programme provides a foundation in cellular and molecular biology while emphasising biomedical applications. Core topics include cell biology, molecular genetics, biochemistry, microbiology, immunology and human anatomy and physiology. Students develop laboratory skills in microscopy, tissue culture, biochemical analysis, molecular techniques (PCR, gel electrophoresis), and quantitative data analysis.

The curriculum typically includes research methods and experimental design, bioethics, and statistics for the life sciences. Upper-level modules often focus on pathophysiology, pharmacology, clinical diagnostics and current topics in biomedical research. Students complete a capstone research project or practicum, and there are opportunities for internships with local hospitals, clinical laboratories and regional biotechnology organisations.

• Introductory and advanced cell and molecular biology
• General and organic chemistry sequence with associated labs
• Biochemistry and metabolic pathways
• Microbiology and immunology
• Anatomy & physiology (human systems)
• Research methods, laboratory techniques and scientific communication
• Capstone research project or practicum/internship

Teaching and assessment

Teaching methods combine lectures, small-group seminars, laboratory classes and supervised research. Assessment is by a mix of practical laboratory reports, written exams, research posters, oral presentations and the capstone deliverables.

Entry requirements

Applicants should hold a high school diploma or equivalent with a strong background in science and mathematics. Recommended preparation includes courses in biology, chemistry and algebra or precalculus; physics and statistics are advantageous. Admissions consider the whole application, which may include academic transcripts, a personal statement, and references. International applicants must meet English language proficiency requirements.

For students aiming directly for clinical roles after graduation, it is advisable to plan required prerequisite courses in consultation with programme advisors, particularly if intending to apply to professional health programmes (medicine, physician assistant, clinical laboratory certification).

Career prospects

Graduates enter a range of careers across healthcare, research and industry. Typical roles include laboratory technician/assistant, clinical research coordinator, quality control analyst in biotech or pharmaceutical companies, public health technician, and outreach or education roles. Many alumni progress to graduate and professional schools—master’s or PhD programmes in biomedical sciences, as well as professional degrees in medicine, physician assistant studies, pharmacy or occupational therapy—where their undergraduate research experience and lab skills are advantageous.

The programme also prepares students for certification pathways and employment in clinical laboratories, although some roles require additional training or certification beyond the bachelor’s degree.

Why study at Alvernia University

Alvernia offers a personalised learning environment with small class sizes and accessible faculty mentors, which supports close supervision of laboratory work and undergraduate research. The university emphasises experiential learning through hands-on labs, capstone projects and local internship partnerships that connect students with regional healthcare providers and laboratories.

Grounded in a Franciscan tradition of community engagement, the programme encourages ethical practice and service-oriented career paths. Students benefit from academic advising focused on career and professional-school preparation, and from opportunities to present research at campus symposia or regional conferences.