Lesley University

What you'll study

This master's programme combines core foundations in evolution and ecology with practical training in systematics, population biology and quantitative methods. Typical topics and modules include:

• Evolutionary theory and speciation — mechanisms of evolution, adaptive processes and the origin of biodiversity.
• Population genetics and genomics — genetic structure of populations, molecular markers and applications of genomic data.
• Ecological theory and community ecology — population dynamics, species interactions and ecosystem processes.
• Systematics and phylogenetics — morphological and molecular approaches to taxonomy, phylogenetic inference and biodiversity assessment.
• Field methods and natural history — sampling design, survey techniques, specimen preparation and observational skills gained through field courses and local fieldwork.
• Quantitative methods and data analysis — statistics for ecology and evolution, modelling population dynamics, spatial analysis and use of R or comparable software.
• Molecular laboratory techniques — DNA extraction, PCR, sequencing workflows and basic bioinformatics relevant to systematics and population studies.
• Research seminar and professional development — literature synthesis, presentation skills and training in grant writing and science communication.
• Independent research project or thesis — a substantial, supervised research project that integrates field or laboratory work, data analysis and written reporting.

Coursework is typically balanced with supervised research; students benefit from small-class formats and opportunities for collaborative projects with local conservation organisations and regional research institutions.

Entry requirements

Applicants should hold a recognised bachelor’s degree in biology, ecology, zoology, environmental science or a closely related discipline, and demonstrate preparation in core areas such as genetics, ecology and statistics. The application package normally includes official transcripts, a personal statement describing research interests and goals, two or more academic or professional letters of recommendation, and a CV or résumé. Relevant laboratory or field experience is advantageous. Some applicants may be invited to an interview or asked to provide examples of written work; proficiency in English is required for non-native speakers.

Career prospects

Graduates of this programme are prepared for a range of careers in science and applied ecology. Common pathways include:

• Research assistant or technician roles in academic, government or non-profit laboratories.
• Conservation biologist or wildlife ecologist positions with NGOs, land trusts and environmental agencies.
• Environmental consultant roles focusing on biodiversity assessment, impact studies and habitat management.
• Positions in natural history museums, botanical gardens or herbaria involving curation, collections-based research or outreach.
• Further study at the doctoral level in evolutionary biology, ecology, systematics or related fields.
• Science communication, education and policy roles that draw on strong interpretive and data-analysis skills.

Alumni typically benefit from the programme’s emphasis on hands-on skills, quantitative training and faculty mentorship when moving into research, management or postgraduate study.

Why study at Lesley University

Lesley’s programme emphasises experiential learning within a supportive, small-cohort environment where students work closely with faculty on mentored research. The university’s location in the Boston–Cambridge region provides access to a wide range of research collections, museums, conservation organisations and regional field sites for temperate and urban ecology study. Students often engage in community partnerships, internships and collaborative projects that connect academic training to applied conservation and education. The curriculum is designed to integrate lab and field techniques with modern quantitative and molecular approaches, preparing graduates for both practical roles and further academic research.