Seattle University

What you'll study

This degree combines core concepts in evolution and systematics with practical training in ecological and population-level methods. You will study the mechanisms of evolution, phylogenetics and classification, population genetics, community and ecosystem ecology, and applied conservation biology. Coursework typically includes modules such as Evolutionary Biology, Systematics and Taxonomy, Population Biology, Field Methods in Ecology, Marine and Freshwater Ecology, Behavioural Ecology, Molecular Techniques for Ecology, and Biostatistics and Experimental Design.

Program structure emphasises progressive skill development: introductory biology and chemistry courses, intermediate courses in genetics and ecology, and upper-level seminars and laboratories. Students are expected to develop quantitative and computational skills (e.g. statistics, data analysis, GIS) and laboratory competencies (molecular methods, microscopy) alongside field experience (transects, population surveys, mark–recapture, habitat assessment).

A substantial undergraduate research component is a hallmark of the programme. Students may undertake a senior capstone, independent research project or honours thesis under faculty supervision, and there are options for directed study, collaborative lab work and field intensives that take advantage of the Pacific Northwest’s diverse ecosystems.

Entry requirements

Applicants must meet Seattle University’s general undergraduate admissions criteria. For this programme, typical academic preparation includes a high-school diploma or equivalent with strong performance in biology and chemistry; mathematics (including algebra and preferably precalculus or statistics) is recommended. Successful applicants usually demonstrate readiness for college-level science through coursework and, where applicable, laboratory experience.

Admissions decisions also consider the overall application package: personal statement or essays that articulate interest in evolution and ecology, letters of recommendation (often from science teachers), and any relevant extracurriculars such as fieldwork, volunteering, or research experience. Transfer students should provide college transcripts and a record of completed science courses. Applicants should consult Seattle University’s admissions office for details on standardised testing policies and any programme-specific prerequisites.

Career prospects

Graduates are prepared for a range of roles in conservation, research, environmental management and education, or for further study in graduate or professional programmes. Typical career paths include:

• Research technician or laboratory assistant in university, government or private research labs
• Wildlife or conservation biologist with NGOs, governmental conservation agencies or park services
• Environmental consultant or field ecologist conducting surveys, impact assessments and monitoring
• Data analyst or GIS specialist in ecology and natural resource management
• Science educator, community outreach coordinator or work with aquaria and nature centres
• Graduate study leading to specialised roles in evolutionary biology, ecology, systematics, conservation genetics or academic research

Students frequently gain experience and employment through internships and partnerships with regional organisations, such as local conservation groups, state and federal wildlife agencies, research institutes and museums. The quantitative and research skills developed in this degree are also transferable to careers in biotechnology, environmental policy and science communication.

Why study at Seattle University

Seattle University offers a distinctive undergraduate experience with small class sizes, close faculty mentorship and a focus on experiential learning aligned with the university’s Jesuit commitment to service and ethical leadership. The university’s location in the Pacific Northwest provides ready access to a broad range of field sites—from urban green spaces to coastal, freshwater and mountain ecosystems—ideal for hands-on field courses and independent research.

Faculty in the biology and environmental science areas emphasize undergraduate research, so students commonly work side-by-side with professors on projects that can lead to presentations and publications. Laboratory facilities, computing resources for statistical and spatial analysis, and connections with local conservation organisations and agencies provide practical pathways from coursework to real-world experience. Career and internship services at Seattle University also support students in finding placements, building professional networks and preparing for graduate study or employment in ecology and evolution-related fields.