Augustana University

What you'll study

The Biology major provides a balance of core biological principles, laboratory technique and opportunities for independent research. Core subjects typically include cell and molecular biology, genetics, ecology, evolution and organismal biology. Students take laboratory courses in microbiology, molecular methods, physiology and anatomy, and complete training in experimental design and data analysis.

• Foundations: Introductory biology, general chemistry and organic chemistry sequences, and calculus or statistics to support quantitative work.
• Core biological disciplines: Cell biology, molecular biology, genetics, ecology, evolution and organismal physiology.
• Laboratory and techniques: Microbiology, molecular methods, microscopy, bioinformatics introduction and laboratory safety practices.
• Advanced seminars and electives: Specialized topics such as developmental biology, immunology, conservation biology, marine or freshwater ecology, and animal behaviour depending on faculty offerings.
• Capstone/Research: Many students complete an independent research project or senior capstone under faculty supervision, presenting results at campus symposia or in written reports.
• Experiential learning: Field courses, internships with regional hospitals, environmental organisations or industry partners, and study-away options enhance practical skills.

Entry requirements

Admission to the Biology programme follows the university’s undergraduate admission process. Successful applicants typically present a strong high-school record with coursework in biology, chemistry and mathematics. Recommended preparation includes laboratory science classes and algebra/trigonometry or calculus.

• Academic background: High-school diploma or equivalent with solid grades in science and maths.
• Recommended subjects: Biology and chemistry with laboratory components; mathematics (algebra and pre-calculus or calculus); physics is beneficial but not always required.
• Other requirements: Personal statement and academic references help demonstrate interest and preparedness. International applicants must meet the university’s English-language proficiency requirements.
• Transfer students: Credit evaluation is performed for college-level coursework; previously completed lab science and math courses often transfer when they align with programme requirements.

Career prospects

Graduates with a Biology degree from Augustana pursue a wide range of careers. The programme is designed to prepare students for immediate entry-level roles and for further professional or graduate study.

• Health and medicine: Many graduates continue to medical, dental, physician assistant, pharmacy or other health-professional training, supported by pre-health advising and prerequisite coursework.
• Laboratory and research roles: Positions as laboratory technicians, research assistants, or project staff in academic, clinical or industrial labs.
• Environmental and conservation careers: Work with environmental consultancies, conservation NGOs, government agencies and natural-resource organisations in roles such as field biologist, ecological technician or environmental educator.
• Biotechnology and industry: Opportunities in quality control, manufacturing support and product development within biotech and pharmaceutical firms.
• Education and communication: Teaching at the secondary level (with appropriate certification), museum and science communication roles.
• Graduate study: The degree also provides a strong foundation for graduate programmes in biology, ecology, bioinformatics and related disciplines.

Why study at Augustana University

Augustana’s liberal-arts environment emphasises small class sizes, close faculty-student interaction and a strong undergraduate research culture. Biology students benefit from modern teaching laboratories, field equipment and personalised mentorship that supports independent projects and career planning.

• Undergraduate research: Faculty-led projects and senior theses give students early, hands-on research experience.
• Personalised advising: Pre-health and career advising help students map coursework, internships and graduate-school preparation.
• Experiential learning: Accessible internships, regional partnerships and field courses provide practical training and professional connections.
• Community and resources: A campus culture that encourages collaboration, leadership and involvement in scientific clubs, outreach and conferences.