Case Western Reserve University

What you'll study

The programme combines foundational biological and environmental science with specialist training in conservation, field methods and research design. Core topics typically include ecology and population biology, conservation biology, freshwater and watershed ecology, soil science, and principles of natural resource management. Quantitative and technical skills are emphasised through courses in statistics for the life sciences, spatial analysis and geographic information systems (GIS), remote sensing, and data management.

Practical learning is central: laboratory classes and wet labs teach species identification, sampling and experimental techniques, while multi-day field courses develop habitat assessment, monitoring protocols and field-based decision making. Students undertake research methods modules and a senior capstone — either an independent research project, a group-based applied research placement with a partner organisation, or an internship.

Electives and interdisciplinary options allow students to tailor their pathway toward topics such as restoration ecology, invasive species management, environmental policy and law, environmental economics, or conservation genetics. Opportunities to combine coursework with electives from related departments (for example, Earth, Environmental and Planetary Sciences; Biology; or the School of Engineering) support preparation for specialised careers or graduate study.

Entry requirements

Admission to Case Western Reserve University's undergraduate programmes is selective. Applicants should present a strong secondary school record with emphasis on science and quantitative subjects. Recommended prerequisite subjects include biology, chemistry, mathematics (algebra and precalculus or calculus) and, where available, earth or environmental science.

Typical application materials include a completed application, academic transcripts, a personal statement outlining interests in conservation and research, and at least one teacher or counsellor recommendation. Standardised tests are considered according to the university's current testing policy; applicants should consult the admissions office for details. International applicants must demonstrate equivalent secondary qualifications and provide proof of English-language proficiency if required.

Career prospects

Graduates with a degree in Natural Resources Conservation and Research pursue careers across government, non-profit, private and academic sectors. Common entry roles include research technician, field biologist, natural resources or park manager, environmental consultant, GIS analyst, restoration specialist and conservation officer. Many graduates work for federal and state resource agencies, NGOs, consulting firms, land trusts and watershed organisations.

The programme also provides solid preparation for postgraduate study — master's or PhD programmes in ecology, conservation biology, environmental science, forestry, fisheries science or related disciplines — and for professional pathways in environmental law, policy or sustainable resource management. Practical components such as internships, capstone projects and collaborations with regional partners enhance employability and professional networks.

Why study at Case Western Reserve University

Case Western Reserve University offers a research-intensive environment with strong cross-disciplinary connections, allowing students to combine rigorous ecological training with quantitative and policy perspectives. The university's location in Cleveland provides immediate access to diverse urban, freshwater and Great Lakes environments — ideal for field-based learning and applied research.

Students benefit from partnerships and internship possibilities with regional institutions such as local park systems, the Great Lakes Science Center and natural history organisations, as well as faculty-led research programmes. Small class sizes, laboratory and field equipment resources, and opportunities to undertake mentored undergraduate research give students practical experience that supports both employment and graduate study paths.

Finally, the programme's emphasis on combining field methods with modern analytical tools (including GIS and statistical modelling) ensures graduates leave with the technical and applied skills needed to address contemporary natural resource challenges.