Pfeiffer University

What you'll study

The Biology programme provides a broad grounding in the major sub-disciplines of biology with a strong emphasis on laboratory and field experience. Core study areas include cell and molecular biology, genetics, ecology and evolution, microbiology, physiology and organismal biology. Students engage in laboratory methods, data analysis, and scientific communication throughout the curriculum.

• Core modules: introductory and advanced courses in cellular biology, molecular biology, genetics, microbiology and ecology.
• Laboratory skills: hands-on courses in microscopy, molecular techniques (e.g. DNA extraction, PCR), biochemistry assays and sterile microbiological methods.
• Integrative courses: biostatistics, bioinformatics or computational biology, and experimental design to prepare students for data-driven research.
• Applied and field experiences: ecology and organismal fieldwork, environmental sampling, and project-based labs that develop observational and practical skills.
• Capstone and research: an undergraduate research project or a senior seminar/capstone experience supervised by faculty, allowing students to design and carry out an independent investigation.
• Electives and concentrations: options typically allow focus areas such as pre-health (anatomy and physiology), environmental biology, molecular biology, or secondary education tracks for students intending to teach.
• Experiential learning: internship placements, community partnerships and opportunities to collaborate on faculty-led research.

Entry requirements

Entry is at undergraduate level and applicants are expected to hold a high-school diploma or equivalent. Successful applicants typically have studied biology and chemistry at secondary level and demonstrate competence in mathematics. Selection normally considers academic transcripts, a personal statement and letters of recommendation. Additional factors that strengthen an application include laboratory experience, relevant extracurricular activities and an interest in research or applied biology.

Some students may be asked to complete placement or preparatory coursework depending on prior preparation; applicants planning pre-professional pathways (such as medicine, dentistry or veterinary medicine) should confirm prerequisite courses with advisors.

Career prospects

Graduates with a Biology degree from Pfeiffer University enter a wide range of careers and further-study pathways. The programme prepares students for:

• Graduate study in biology, ecology, molecular biology or related fields and professional schools (medicine, dentistry, physician assistant, veterinary medicine).
• Laboratory and research technician roles in academic, industrial or government laboratories.
• Environmental and conservation careers, including roles with consulting firms, non-governmental organisations and state or federal agencies.
• Biotechnology and pharmaceutical industry positions in quality control, manufacturing support or product development.
• Secondary education and outreach roles, including teaching and science communication.

Many students combine the undergraduate degree with internships, volunteer placements and research experience to build competitive applications for jobs or postgraduate study.

Why study at Pfeiffer University

Pfeiffer offers a small-campus environment with close faculty mentorship and a focus on undergraduate teaching. Biology students benefit from small class sizes and extensive hands-on laboratory time, which supports skill development in experimental techniques and scientific reasoning. Faculty members often involve undergraduates in research projects, providing experience that is valuable for graduate school or employment.

The university emphasises experiential learning and community engagement, with opportunities for internships and collaborations with regional healthcare providers, environmental organisations and industry partners. Pfeiffer's liberal-arts context means students gain communication, critical thinking and ethical reasoning skills alongside scientific training.

Prospective students should meet with academic advisors to plan a programme of study aligned with their career goals, whether that is immediate entry to the workforce, graduate study or preparation for a professional programme in the health sciences.