Eastern Washington University

What you'll study

The MS in Biology combines advanced coursework with independent research. Typical core subject areas include population and community ecology, molecular and cellular biology, evolutionary biology, organismal physiology, and experimental design and statistics. Students normally take a mix of lectures, laboratory courses and field-based classes, and complete a faculty‑mentored research project that culminates in a thesis or a comprehensive research report.

Common modules and topics you can expect:

• Advanced Molecular Biology and Genetics
• Ecology and Conservation Biology
• Animal and Plant Physiology
• Biostatistics and Experimental Design
• Field Methods in Ecology and Environmental Sampling
• Seminar in Current Biological Research
• Research Techniques: microscopy, molecular assays (PCR, sequencing workflows), GIS and spatial analysis

Students work closely with a faculty advisor to develop a research proposal, carry out data collection and analysis, and present their results in a written thesis and oral defence or equivalent final product. There are opportunities to participate in regional field studies that take advantage of Eastern Washington's diverse ecosystems.

Entry requirements

Applicants are expected to hold a bachelor's degree in biology or a closely related discipline. Successful applicants typically have completed undergraduate coursework in core biological sciences (for example, genetics, ecology, cell biology), general chemistry and statistics. Admissions consider academic transcripts, a statement of purpose outlining research interests, and letters of recommendation that speak to academic and research potential.

Additional application materials commonly requested include a curriculum vitae or résumé and a writing sample or summary of prior research experience. International applicants must meet the university's English language proficiency requirements. Some applicants without a traditional biology degree may be admitted conditionally if they complete specified prerequisite courses before or early in the programme.

Career prospects

Graduates of the MS in Biology go on to a range of careers in academia, government, non-profit and private sectors. Typical roles include:

• Research technician or laboratory scientist in academic, clinical or industrial settings
• Environmental consultant or natural resource specialist working on habitat assessment and restoration
• Conservation biologist or wildlife biologist with government agencies and NGOs
• Quality control and regulatory roles in biotechnology and pharmaceuticals
• Secondary and community college teaching positions (with appropriate certification where required)

Many students also use the programme as preparation for doctoral study (PhD) in fields such as ecology, molecular biology or evolutionary biology; research experience and a completed thesis strengthen applications for competitive doctoral programmes and research grants.

Why study at Eastern Washington University

Eastern Washington University offers a personalised graduate experience with small class sizes and close mentorship from faculty actively engaged in research. The department emphasises hands-on training, enabling students to gain practical laboratory and field skills that are directly applicable to research and professional practice.

The university's location provides convenient access to a range of field environments—from riparian corridors and wetlands along the Columbia River to upland grasslands—supporting diverse ecological and conservation research projects. Faculty research spans molecular to ecosystem scales, giving students options to align projects with their interests. Graduate assistantships and research-funded positions are commonly available to support students while providing teaching and professional development experience.

Overall, the MS in Biology at Eastern Washington University is well suited to students seeking mentored research, practical technical skills and connections to regional natural-resource and biomedical communities.