Cost & earnings at University of Mary Washington What students borrow here, and what they go on to earn
Biology graduates earn a median $28,443 Across 1,383 US programmes, two years after finishing
See the degree grade →The Bachelor’s in Biology at the University of Mary Washington is a hands-on, liberal-arts driven programme that prepares students for careers in research, healthcare, environmental science and education. It suits students who want a strong foundation in the core biological sciences combined with laboratory experience, fieldwork and opportunities for undergraduate research or professional internships.
The Biology programme combines core courses in cellular and molecular biology, organismal and ecological biology, and quantitative methods with laboratory and field-based learning. Students typically take courses such as Cell Biology, Genetics, Ecology, Evolution, Physiology, Microbiology and Biostatistics, alongside a two- or three-course sequence in chemistry (general and organic) and supporting mathematics. Practical components include semester-long laboratory classes, dissection and microscopy work, field trips to local ecosystems, and data-analysis projects.
Students choose electives and advanced seminars tailored to their interests; common elective topics include Molecular Biology Techniques, Conservation Biology, Developmental Biology, Neurobiology, and Environmental Toxicology. The programme emphasises research skills: many students undertake an independent research project or capstone experience under faculty supervision, and there are opportunities for collaborative research in faculty labs and for community-based environmental projects.
Depending on career goals, pathways often focus on preparation for graduate or professional school (pre-health/pre-vet tracks), molecular and cellular laboratory work, ecological and conservation practice, or secondary science education. Internships with local hospitals, biotech firms, government environmental agencies and conservation organisations are encouraged and supported.
Applicants should have a strong secondary-school academic record with significant preparation in the sciences and mathematics. Recommended background includes high-school biology and chemistry with laboratory experience, and coursework in algebra or precalculus; additional preparation in physics and advanced maths is advantageous for certain pathways.
The University of Mary Washington considers the whole application: academic transcripts, teacher recommendations, and a personal statement that outlines interest in biology and relevant experiences (labwork, fieldwork, volunteer or employment). International applicants must present equivalent secondary qualifications and demonstrate English language proficiency via recognised tests or approved waivers.
Graduates with a Biology degree from Mary Washington move into a wide range of careers. Typical roles include research technician, laboratory assistant, environmental consultant, conservation specialist, biological field technician, and roles in public health or science outreach. Many graduates enter advanced study or professional programmes in biology, ecology, medicine, veterinary medicine, dentistry, physical therapy and occupational therapy.
Other career pathways include science teaching at the secondary level (often after teacher-certification preparation), regulatory and compliance roles, biotech industry positions, and non-profit or government work related to natural resource management. The programme’s emphasis on lab skills, data analysis and communication helps graduates adapt to diverse workplace settings.
Mary Washington offers a biology programme within a small, residential liberal-arts environment that prioritises close faculty-student mentorship and high-quality undergraduate research opportunities. Class sizes are generally small, enabling direct interaction with faculty and hands-on training in teaching labs.
The university’s location provides access to varied field sites in the Chesapeake Bay watershed and nearby rivers, supporting courses and independent research in ecology and conservation. Students benefit from partnerships and internship opportunities with regional hospitals, environmental organisations and governmental agencies, and from modern laboratory facilities geared for undergraduate instruction and research.
Overall, the programme is well-suited to students seeking rigorous preparation in biological sciences combined with experiential learning, individualized mentorship and clear pathways to graduate study or professional employment.
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