Brandeis University

What you'll study

The programme emphasises core ecological principles, quantitative analysis and practical fieldwork. Students take foundational courses in ecology, conservation biology, organismal biology and environmental chemistry, together with statistics and data analysis tailored to environmental questions. The curriculum typically includes modules in GIS and remote sensing, field methods and experimental design, restoration ecology, population and community dynamics, and conservation policy and ethics.

Hands-on learning is central: laboratory courses, multi-day field trips and semester-long research projects give students experience with sampling techniques, spatial data, modelling and scientific communication. Upper-level study often culminates in a senior research seminar or an honours thesis completed under faculty supervision. Elective options allow students to explore related areas such as environmental economics, environmental law, climate science, or interdisciplinary topics linking social and natural sciences.

Typical structure

• Foundations: introductory biology, chemistry and statistics for environmental applications.
• Core conservation courses: conservation biology, population ecology, ecosystem ecology.
• Methods and tools: GIS, remote sensing, field techniques, ecological modelling.
• Capstone research: independent project, senior seminar or honours thesis with faculty mentorship.
• Electives and concentrations: opportunities to take courses in policy, data science, or regional ecosystem studies.

Entry requirements

Applicants are expected to have a strong secondary-school record with coursework in biology and mathematics; chemistry and environmental science are recommended. Typical application materials include a completed university application, academic transcripts, letters of recommendation (often academic), and a personal statement describing interests in conservation and research. Brandeis operates a test-optional policy for standardised admissions tests; applicants should check current guidance on whether to submit scores.

Successful candidates demonstrate curiosity about natural systems, evidence of quantitative aptitude, and experience or interest in fieldwork or research—this may be shown through extracurricular activities, volunteer work, internships, or independent projects.

Career prospects

Graduates are prepared for a range of professional and academic pathways. Immediate career options include roles as conservation technicians, ecological field technicians, GIS analysts, environmental consultants, park and wildlife managers, and outreach or education officers for NGOs and public agencies. Many graduates pursue postgraduate study (master’s or PhD) in ecology, conservation biology, environmental science, natural resource management, or related disciplines.

The programme also provides transferable skills prized by employers—data analysis, scientific writing, project design, and field logistics—enabling alumni to work in environmental planning, sustainability roles in the private sector, policy analysis, or community-based conservation.

Why study at Brandeis University

Brandeis offers a research-intensive liberal-arts environment with small class sizes and close faculty mentorship, making it well suited to undergraduates seeking hands-on research experience. Students benefit from access to on-campus laboratories, field equipment and advising, and from collaborations with faculty conducting active research in ecology, conservation and environmental science.

Its location near Boston and varied local ecosystems—including river corridors, woodlands and coastal environments—provides convenient field-study sites and internship opportunities with regional conservation organisations, government agencies and research institutions. The university’s interdisciplinary culture encourages students to combine natural-resource training with courses in policy, data science and community engagement, broadening career and research options.