Eastern Washington University

What you'll study

This degree combines core natural science and quantitative skills with applied conservation practice. Typical areas of study include ecology and ecosystem dynamics, soil science, hydrology and watershed management, wildlife biology, plant identification and community ecology, restoration ecology, and principles of conservation biology. Students also learn practical techniques such as field methods, laboratory analysis, remote sensing and geographic information systems (GIS), statistical analysis for ecology, and research design.

The programme is built around a mix of lectures, laboratory work and regular field experiences. Students complete foundational courses in biology, chemistry and statistics in early years, then progress to specialised courses and hands-on classes such as stream and riparian assessment, habitat inventory, restoration planning, and applied GIS. Most students undertake an undergraduate research project or capstone in which they design, carry out and report original field- or lab-based research under faculty supervision.

• Core modules: ecology, conservation principles, soil and water science, wildlife management
• Technical modules: field methods, laboratory techniques, statistics for natural resources, GIS and remote sensing
• Policy and management: natural resource policy, environmental law and ethics, land-use planning
• Capstone and practicum: independent research project, internship or practicum with a government agency, NGO or private firm

Entry requirements

Applicants are normally expected to hold a high-school diploma or equivalent with a solid background in science and mathematics. Recommended preparation includes one or more courses in biology and chemistry, and coursework in algebra or precalculus. Successful applicants typically demonstrate readiness for university-level quantitative work and laboratory science.

Admissions consider a combination of academic record, letters of recommendation and a personal statement that explains interest in natural resources and relevant experience. Transfer students with college-level science credits or applicants with relevant field experience or vocational qualifications are considered; placement in particular courses may depend on previous coursework. International applicants should demonstrate proficiency in English according to the university's language requirements.

Career prospects

Graduates are prepared for entry-level and technical roles in conservation, natural resource management and environmental science, and for graduate study. Common career paths include:

• Conservation scientist or natural resources manager (state, tribal or federal agencies)
• Field technician or restoration specialist for habitat and stream restoration projects
• Environmental consultant working on impact assessments, remediation or monitoring
• GIS analyst or mapping specialist supporting natural resource planning
• Research assistant or technician in university, government or non-profit research programmes
• Park ranger, wildlife technician or land stewardship coordinator
• Progression to graduate study (MSc/PhD) in ecology, fisheries, forestry, hydrology or related fields

Why study at Eastern Washington University

Eastern Washington University's campus in the Inland Northwest places students close to a wide range of ecosystems—forests, rivers, riparian corridors and grasslands—providing convenient access for field-based learning and research. The programme emphasises hands-on training and applied research, with opportunities for internships and practicum placements with state and federal agencies, tribal natural resource departments and local conservation organisations.

Students benefit from smaller class sizes and direct mentoring from faculty engaged in regional research, as well as access to on-campus laboratories, GIS facilities and field equipment. The department encourages undergraduate research, collaboration with community partners and development of technical skills that employers in the conservation and environmental sectors value.