Alvernia University

What you'll study

The Biology degree combines core natural science courses with laboratory and field work to build competence in cellular and organismal biology, ecology and modern molecular techniques. Students follow a curriculum that typically includes introductory and advanced modules in general biology, genetics, cell biology, microbiology, physiology and ecology, plus supporting courses in chemistry, mathematics and statistics.

• Core laboratory courses: introductory and advanced lab courses that develop microscopy, aseptic technique, molecular biology methods (DNA extraction, PCR, gel electrophoresis) and quantitative data analysis.
• Molecular and cellular biology: cell structure and function, gene expression, molecular genetics and biotechnology applications.
• Organismal and ecological studies: animal and plant physiology, organismal diversity, population biology, community ecology and ecosystem dynamics, often involving fieldwork.
• Microbiology and immunology: study of microbes, host–pathogen interactions and basic immunological principles.
• Research and capstone: opportunities for independent research or a senior capstone project conducted under faculty supervision, emphasising experimental design, data interpretation and scientific communication.
• Complementary skills: biostatistics, scientific writing, laboratory safety and ethical issues in biological research; electives may include bioinformatics, conservation biology or forensic science.

Students are encouraged to take internships, participate in faculty-led research, and pursue pre-professional tracks (for example pre-medical or pre-physical therapy) by integrating recommended prerequisite courses and clinical or practicum experiences.

Entry requirements

Applicants should hold a secondary school diploma or equivalent with a strong background in science and mathematics. Typical preparatory subjects include biology, chemistry and algebra or precalculus. Alvernia considers academic records holistically, so relevant extracurricular experience—such as laboratory work, environmental volunteering or healthcare exposure—strengthens an application.

• Academic preparation: successful completion of college-preparatory coursework in biology and chemistry; mathematics at least through algebra or precalculus is recommended.
• Transferring students: transfer credit is accepted where courses are equivalent; transcripts and syllabi will be reviewed to determine placement.
• Admissions materials: applicants typically submit an application form and official transcripts; additional materials such as personal statements, recommendation letters or interview information may be requested depending on the applicant’s background.
• Placement and advising: incoming students may take placement assessments for mathematics and receive academic advising to plan required and elective courses, including pre-professional pathways.

Career prospects

Graduates of the Biology programme leave prepared for a range of immediate-entry roles and for further study. Career paths commonly followed include laboratory technician roles in academic, industrial or clinical settings, environmental and conservation positions, and roles in biotechnology, quality control and regulatory affairs.

• Laboratory technician or research assistant in university, government or private-sector labs
• Environmental scientist or field technician with conservation organisations, consulting firms or public agencies
• Quality assurance/control positions in pharmaceutical or biotech companies
• Clinical and allied health professions after completing required pre-professional coursework (e.g. medical, dental, physician assistant, physical therapy)
• Science education at secondary level (with required certification) or outreach roles in museums and nature centres
• Further study: many graduates pursue graduate degrees (MSc, PhD) or professional programmes in medicine, public health, or veterinary medicine

Alvernia’s emphasis on hands-on training, internships and faculty-mentored research supports students seeking employment immediately after graduation as well as those planning postgraduate study.

Why study at Alvernia University

Alvernia offers a student-centred learning environment with small class sizes and close faculty mentorship, which helps students gain practical skills in laboratory and field settings. The programme emphasises experiential learning through undergraduate research projects, internships with local hospitals, environmental organisations and industry partners, and community-engaged science opportunities.

• Personalised attention: accessible faculty mentors and advising to support academic goals and pre-professional planning.
• Hands-on facilities: modern laboratories and equipment that allow students to practise core techniques and undertake independent research.
• Career and internship support: robust career services and local partnerships that facilitate internships, clinical placements and job placement.
• Values-driven education: a liberal-arts context shaped by the university’s mission emphasising ethical practice, service and community engagement.

Together these elements make Alvernia’s Biology programme appropriate for students seeking a practical, mentored undergraduate experience that leads to meaningful entry-level roles in the life sciences or strong preparation for advanced study.