University of North Dakota

What you'll study

The Biology degree combines core coursework, laboratory experience and elective concentrations. Early semesters focus on foundational subjects such as cellular and molecular biology, general chemistry, introductory physics and calculus or statistics. Core biology modules typically include genetics, cell biology, microbiology, ecology, evolution and organismal physiology, each accompanied by practical laboratory classes.

Students personalise their degree through electives and concentration tracks that may cover areas like molecular and cellular biology, ecology and conservation, organismal biology, or pre‑professional preparation for health careers. Many students undertake research projects or a capstone experience in an independent laboratory under faculty supervision. Field courses and applied laboratory classes give practical skills in experimental design, microscopy, molecular techniques (for example PCR and gel electrophoresis), data analysis and scientific communication.

Entry requirements

Applicants should hold a high school diploma (or equivalent) with a solid background in science and mathematics. Typical preparation includes high‑level coursework in biology and chemistry, and at least one year of secondary mathematics. Admissions consider academic performance, the strength of science and maths preparation, and any relevant extracurricular or work experience.

Transfer applicants are expected to present college transcripts showing completed general education and introductory science courses; articulation agreements and transfer credit evaluations are available. International students must meet the university's English language proficiency requirements and submit comparable academic documentation from their home country.

Career prospects

Graduates leave prepared for a wide range of careers or further study. Common next steps include:

• Entry‑level laboratory roles such as research technician or clinical laboratory assistant in academic, government or private sector labs.
• Environmental and conservation careers including field technician, environmental consultant or natural resource specialist.
• Health‑related professions: many graduates progress to professional programmes (medicine, dentistry, physician assistant, physical therapy) or to allied health roles after completing required prerequisites.
• Industry roles in biotechnology, pharmaceutical companies, and quality control.
• Further academic training through MSc and PhD programmes leading to research, academic or specialised professional roles.
• Teaching at secondary level when combined with teacher certification pathways.

Internships, undergraduate research and campus career services at the university help students build practical experience and connect with employers and graduate programmes.

Why study at University of North Dakota

The University of North Dakota provides a biology programme with strong emphasis on hands‑on learning and faculty mentorship. Students have opportunities to join active research groups, complete independent projects and access well‑equipped teaching laboratories. Proximity to diverse prairie, wetland and riverine ecosystems supports field‑based learning and ecological research.

UND also offers close links to health and research resources on campus, advising for students planning professional health careers, and support services that include academic advising, career development and undergraduate research funding. Small class sizes in upper‑level courses help foster close interaction with faculty and personalised training that prepares graduates for both employment and advanced study.