Pennsylvania State University

What you'll study

The programme provides core training in the fundamental areas of modern biology and biomedical science, combining lecture, laboratory and research experiences. Early-year coursework establishes a strong grounding in cellular and molecular biology, genetics, biochemistry, physiology and quantitative skills, and later years allow concentrations or elective tracks that focus more specifically on biomedical topics.

• Core topics: cell and molecular biology, genetics, biochemistry, physiology, microbiology, and laboratory techniques.
• Quantitative and supporting subjects: calculus or statistics, physical chemistry principles, and computational biology or bioinformatics options.
• Advanced and elective modules: human anatomy, immunology, pharmacology, developmental biology, neuroscience, cancer biology, and advanced molecular methods.
• Research and practical experience: semester-long laboratory courses, faculty-led research projects, and opportunities for independent honours or capstone research under the supervision of Eberly College of Science faculty or via partnerships with the Penn State College of Medicine and the Huck Institutes of the Life Sciences.
• Interdisciplinary opportunities: courses and collaborations that bridge engineering, public health, and business for students interested in translational research, biotech entrepreneurship or health policy.

Entry requirements

Applicants need a high-school diploma or equivalent and should demonstrate strong academic achievement with a clear emphasis on science and mathematics. Penn State assesses applications holistically, considering academic record, coursework difficulty, letters of recommendation, personal statement and any relevant extracurricular or research experience.

• Academic preparation: preparation in biology and chemistry is expected; physics and mathematics (algebra, precalculus or calculus) are strongly recommended.
• Standardised tests: submission of standardised test scores may be optional or considered as part of the application depending on current university policy; check Penn State's admissions guidance for the latest position.
• International applicants: qualifications such as A-levels, International Baccalaureate (IB) or other recognised secondary credentials are accepted; evidence of competence in science and mathematics at an advanced level is recommended.
• Transfer applicants: transfer students typically need college-level coursework in biology and chemistry and a competitive collegiate GPA; prior laboratory experience is advantageous.

Career prospects

Graduates from the programme pursue a wide range of careers in the life sciences and health sectors or continue with further professional or research training. The degree provides strong preparation for both immediate employment and postgraduate study.

• Research and laboratory roles: research technician, laboratory assistant, or associate in university, hospital or industry labs.
• Healthcare and clinical paths: many graduates progress to professional schools (medicine, dentistry, physician assistant programmes) after completing prerequisite coursework and application processes.
• Industry positions: roles in biotechnology, pharmaceutical companies, clinical research organisations, quality control and regulatory affairs.
• Public health and policy: positions in public health agencies, epidemiology support roles, and health policy analysis (often combined with postgraduate qualifications).
• Further study and alternative careers: master’s and PhD research programmes, science communication, patent law or commercial roles in life-science startups—many options are available with additional training or qualifications.

Why study at Pennsylvania State University

Penn State offers the resources of a large public research university combined with structured undergraduate mentoring. The programme is hosted within the Eberly College of Science, which provides access to a broad range of faculty expertise, research institutes and core facilities.

• Research opportunities: undergraduate students can join faculty labs, participate in funded summer research programmes and present at departmental symposia.
• Clinical and translational links: collaborations with the Penn State College of Medicine and nearby healthcare partners create pathways for clinically relevant projects and internships.
• Facilities and support: modern teaching laboratories, core microscopy and genomics facilities, and career services that help with internships, graduate school applications and employer recruitment.
• Honours and enrichment: qualifying students may pursue honours-level research or apply to the Schreyer Honors College for an enhanced interdisciplinary academic experience.
• Alumni network and industry connections: a large alumni community and regional biotech and healthcare companies provide networking and employment opportunities for graduates.