Alvernia University

What you'll study

This interdisciplinary programme builds a foundation in chemistry, physics and molecular biology and applies quantitative and experimental approaches to living systems. Core topics typically include general and organic chemistry, physical chemistry concepts applied to biological molecules, cell and molecular biology, genetics, enzymology, structural biology, and biophysical techniques such as spectroscopy and molecular modelling.

• Introductory and advanced laboratory courses that emphasise experimental design, data analysis and laboratory safety
• Courses in analytical chemistry, biochemical methods, and instrumentation (chromatography, electrophoresis, mass spectrometry)
• Classes covering thermodynamics and kinetics as they relate to biomolecular interactions
• Genetics, molecular biology techniques (PCR, cloning, sequencing) and cell biology
• Opportunities for independent research or a capstone project under faculty supervision
• Electives to broaden skills, such as bioinformatics, computational modelling, biostatistics or advanced physics for biologists
• Professional development elements including scientific writing, ethics, and presentation skills

The degree emphasises hands-on experience: students spend significant time in laboratories, participate in faculty-led research, and may complete internships or clinical/industry placements to apply classroom learning to real‑world problems.

Entry requirements

Applicants are normally expected to hold a high school diploma (or equivalent) with a strong background in science and mathematics. Recommended preparation includes courses in:

• High school biology
• High school chemistry (preferably including laboratory work)
• Algebra and preferably precalculus or calculus
• Physics is beneficial but not always mandatory

Typical admissions review considers academic transcripts, personal statement, and references. Placement testing or first‑year course advising may be used to determine appropriate starting levels in mathematics and chemistry. Transfer applicants should expect to have prior college coursework in general chemistry and biology evaluated for credit.

Career prospects

Graduates are well prepared for a range of pathways in both applied and research sectors. Common destinations include:

• Entry‑level roles in biotechnology and pharmaceutical companies (research technician, quality control, laboratory support)
• Positions in clinical and medical laboratories
• Further study in graduate programmes (MS/PhD) in biochemistry, molecular biology, biophysics or related fields
• Preparation for health professional schools (medicine, dentistry, veterinary medicine, physician assistant), supported by pre‑health advising
• Careers in regulatory affairs, scientific sales, patent law (with further training), and science education

Undergraduate research experience and internships significantly enhance employability and competitiveness for postgraduate programmes.

Why study at Alvernia University

Alvernia offers a liberal arts environment with small class sizes and accessible faculty, creating strong mentorship opportunities for undergraduate scientists. The university emphasises hands‑on learning, so students benefit from well‑equipped teaching laboratories and the chance to participate in faculty research projects from early in their degree.

• Close faculty supervision and opportunities for independent research or senior capstone projects
• Pre‑health and career advising to support students aiming for professional schools or industry roles
• Connections with regional hospitals, clinical laboratories and local industry for internships and experiential learning
• A values‑based educational environment that supports ethical scientific practice and community engagement

These features make Alvernia a strong choice for students seeking a personalised undergraduate experience with practical preparation for careers in molecular and biomedical sciences.