University of Iowa

What you'll study

The biology curriculum provides a foundation in core biological principles while allowing specialisation through elective sequences. Early coursework typically covers cellular and molecular biology, genetics, physiology, ecology and evolution, accompanied by chemistry and mathematics prerequisites. Upper-level modules let you focus on areas such as molecular and cellular biology, organismal biology and ecology/evolutionary biology.

• Core topics: cell structure and function, molecular genetics, evolutionary theory, ecology, comparative physiology and organismal biology.
• Laboratory and practical skills: laboratory techniques, experimental design, quantitative data analysis, microscopy, molecular methods (e.g. PCR, gel electrophoresis) and field methods for ecological work.
• Electives and advanced seminars: developmental biology, microbiology, neurobiology, bioinformatics, conservation biology and systems biology.
• Research and capstone options: independent research projects, honours thesis or senior capstone experiences that pair students with faculty mentors in laboratories or field programmes.

The programme balances lectures, lab classes and fieldwork, with opportunities for internships, study abroad and participation in research groups. Mathematics and chemistry courses are integrated to support rigorous quantitative and laboratory training.

Entry requirements

Applicants are expected to have a strong background in science and mathematics. Typical preparation includes high school biology and chemistry, and competency in algebra and calculus or statistics. Universities assess applications holistically, taking academic record, testing where submitted, and extracurricular experience into account.

• A-levels / UK applicants: successful applicants generally present strong grades in biology and at least one other science or mathematics subject.
• International Baccalaureate: Higher Level study in biology or related sciences is typically required or preferred.
• International and transfer students: will need recognised secondary credentials or college-level coursework in the sciences; transfer applicants should demonstrate college-level science and maths readiness.
• Additional evidence: lab experience, research internships, relevant extracurricular activities or strong personal statements bolster applications. Applicants to health professional programmes should be aware of prerequisite and admissions testing requirements for those next steps.

Career prospects

Graduates with a BSc in Biology pursue a wide range of careers or further training. Many proceed to graduate school (MS/PhD) or professional schools (medicine, dentistry, veterinary medicine, pharmacy), while others enter the workforce directly.

• Research technician or laboratory specialist in academic, government or industrial settings.
• Biotechnology and pharmaceutical industry roles, including quality control, regulatory affairs and product development.
• Environmental and conservation careers with governmental agencies, NGOs or consulting firms (field biologist, conservation specialist, ecological consultant).
• Healthcare-related roles and allied health professions, or progression to medical and other professional schools.
• Science education, outreach and communication, including secondary teaching (with appropriate certification) and museum or public engagement positions.

Students gain marketable laboratory, analytical and communication skills valued across sectors; internships, research experience and career services help translate academic study into employment.

Why study at University of Iowa

The University of Iowa offers biology students access to active faculty research, modern laboratory facilities and proximity to a major academic medical centre, creating strong options for clinical and translational experiences. The campus supports undergraduate research placements and mentorship, enabling students to contribute to publishable projects and present at symposia.

• Research opportunities: opportunities to work with faculty across molecular, organismal and ecological research programmes.
• Facilities and fieldwork: laboratory infrastructure and access to field sites for ecological studies and hands-on training.
• Support services: academic advising, career services, pre-health advising and internship placement assistance to support transitions to work or further study.
• College town environment: Iowa City offers a vibrant cultural and student life that complements academic study and promotes community engagement.

Together, these features make the University of Iowa a place where students can build strong scientific foundations, gain research experience and prepare for diverse careers in the life sciences.