Alvernia University

What you'll study

The programme blends foundational coursework across biological and physical sciences with laboratory, field and research components. Early coursework typically covers general biology, general chemistry and introductory physics alongside calculus and statistics to build quantitative skills. Intermediate and advanced modules may include organic chemistry, molecular biology, biochemistry, thermodynamics, optics, classical and modern physics, physical chemistry, and environmental science.

• Core laboratory work: hands-on labs in biology, chemistry and physics that emphasise experimental design, instrumentation and data analysis.
• Research practicum: supervised undergraduate research or faculty-mentored projects culminating in a capstone presentation or thesis.
• Electives and concentrations: options to focus study in areas such as biophysics, environmental science, pre-health preparation, or materials science through elective modules and internships.
• Skills development: coursework and seminars that develop scientific communication, statistics, computational methods and laboratory safety.

Entry requirements

Applicants should hold a secondary school diploma or equivalent with a strong preparation in mathematics and laboratory sciences. Recommended academic background includes courses in biology, chemistry and physics, and algebra or calculus. Typical application materials include official transcripts, a personal statement outlining scientific interests and goals, and one or more academic or character references.

Alvernia may consider applicants holistically; competitive candidates usually demonstrate consistent achievement in STEM subjects, strong quantitative skills, and evidence of curiosity through laboratory, volunteer or extracurricular experiences. International applicants must demonstrate English proficiency through recognised testing or prior instruction in English where required.

Career prospects

Graduates leave with a flexible scientific foundation suited to a wide range of career paths. Common roles include laboratory technician, research assistant, environmental analyst, quality-control specialist, and roles in biotechnology and pharmaceutical support. The degree also provides solid preparation for professional programmes such as medicine, dentistry, physician assistant studies and for graduate study (MSc, PhD) in biology, chemistry, physics and related interdisciplinary fields.

Alvernia graduates may also pursue careers in education, regulatory agencies, public health, technical sales, or continue into specialised applied science positions after gaining workplace experience or further training. Internship placements and undergraduate research experience often help students transition into entry-level positions or competitive graduate programmes.

Why study at Alvernia University

Alvernia offers a small-campus environment with close faculty mentorship and frequent access to hands-on laboratory experiences. The university emphasises experiential learning—students can engage in undergraduate research, community-based projects and internships with regional healthcare, industry and environmental partners.

Facilities include teaching laboratories equipped for modern biological and physical science experiments and support for student research and presentations. Advising is personalised to help students map coursework to career goals or graduate study pathways, and the liberal arts context encourages broad critical thinking alongside technical training.