Chatham University

What you'll study

This programme blends foundational courses in genetics, organismal biology and ecology with specialised modules in evolution, systematics and population biology. Core subjects typically covered include evolutionary theory, population genetics, community and ecosystem ecology, comparative morphology and phylogenetics, field methods, and biostatistics. Practical training emphasises laboratory techniques, molecular methods (such as DNA barcoding and basic molecular ecology), geographic information systems (GIS) and quantitative analysis.

Students engage in hands-on learning through field trips, long-term ecological monitoring, and independent research projects. A capstone or senior research practicum allows students to design and carry out an original study—collecting data in the field or the lab and presenting results in written and oral formats. Elective options often cover conservation biology, behavioural ecology, invasive species biology, bioinformatics, and science communication, enabling students to tailor their degree toward particular interests.

Entry requirements

Applicants are expected to hold a high-school diploma or equivalent with a solid academic record. Strong preparation in biology and mathematics is recommended; chemistry and laboratory experience are advantageous. Typical application materials include official transcripts, a personal statement describing academic interests and goals, and at least one academic or character reference.

Chatham considers applications holistically and looks for evidence of curiosity about the natural world, practical experience (such as fieldwork, labs, volunteer or internship placements), and readiness for independent research. Standardised test scores may be submitted where available but are not the sole determinant of eligibility; applicants should consult the university for current testing policies.

Career prospects

Graduates with this degree move into a range of careers in ecology, conservation and related fields. Common roles include ecological technician, wildlife or conservation biologist, restoration practitioner, environmental consultant, and natural resource manager. The programme also prepares students for work in museums and herbaria, environmental education, and government agencies engaged in biodiversity monitoring.

Many graduates pursue further study at the master’s or doctoral level in ecology, evolutionary biology, conservation science, or related disciplines. Skills developed—field methods, data analysis, GIS, molecular techniques and scientific communication—are also applicable to roles in environmental policy, non-profit conservation organisations, and applied research laboratories.

Why study at Chatham University

Chatham offers a learning environment with small class sizes and close faculty mentorship, enabling personalised research opportunities. The university’s campuses provide strong access to field-based instruction and sustainability-focused resources, allowing ecology and evolution students to gain practical experience in diverse habitats and working landscapes.

Students benefit from interdisciplinary collaboration across environmental studies, sustainability and the biological sciences, as well as internship and networking connections with regional conservation organisations, parks, and research institutions. The programme emphasises experiential learning, preparing students for both professional practice and graduate study through project-based courses, independent research, and career support services.