Florida International University

What you'll study

The programme is organised around core conservation science, quantitative methods and specialised elective modules that reflect the subtropical, coastal and urban ecosystems of South Florida. Students typically complete a mix of coursework and independent research (thesis) or an applied project (non-thesis option).

• Core modules: Conservation Biology, Ecosystem Ecology, Quantitative Methods and Experimental Design, Field Methods in Ecology.
• Skills and tools: Geographic Information Systems (GIS) and Remote Sensing for Natural Resources, Environmental Statistics, Spatial modelling and data visualisation.
• Applied and regional topics: Coastal and Marine Resource Conservation, Wetland and Everglades Ecology, Restoration Ecology, Wildlife and Fisheries Management.
• Policy and management: Natural Resource Policy and Governance, Environmental Law and Permitting, Natural Resource Economics and Valuation.
• Research component: Supervised thesis research leading to a substantive original study, or an applied practicum/project with a partner organisation. Fieldwork opportunities and internships are integrated into several modules.

Programme structure

The degree is delivered through a combination of seminars, lab sessions, field courses and independent research. Students tailor their pathway through elective choices and by selecting either a research-based thesis or an applied non-thesis project. Practical training emphasises hands-on field methods, laboratory techniques, and the use of industry-standard spatial and statistical software.

Entry requirements

• A recognised bachelor's degree in biology, ecology, environmental science, natural resource management, forestry, geography or a closely related discipline.
• A competitive undergraduate academic record; specific minimum GPA expectations are set by the university and vary by applicant pool.
• Statement of purpose outlining research or career objectives and how the programme matches those goals.
• Two or three academic or professional references commenting on academic potential and suitability for graduate study.
• Evidence of quantitative and laboratory skills is helpful; applicants with limited quantitative background may be asked to take preparatory coursework.
• International applicants must meet English language proficiency requirements through an approved test or exemption as defined by the university.
• GRE scores are accepted where required by departmental policy; applicants should check the department's guidance for current testing expectations.

Career prospects

Graduates move into a wide range of roles across conservation organisations, government agencies, private environmental consultancies and research institutions. Typical careers include:

• Conservation scientist or ecologist working on habitat assessment, monitoring and restoration.
• Natural resource manager for parks, reserves, water resources or forestry operations.
• Environmental consultant specialising in impact assessment, permitting and mitigation design.
• GIS/remote sensing analyst focusing on land-cover change, coastal mapping and resource modelling.
• Research technician or project scientist in academic or government laboratories and monitoring programmes.
• Policy analyst or programme officer in NGOs and agencies working on biodiversity, climate adaptation and coastal resilience.
• Preparation for doctoral study in ecology, conservation science or related fields for students pursuing an academic research career.

Why study at Florida International University

Florida International University offers a strategic location and institutional strengths that benefit students in natural resources conservation. The campus's proximity to the Everglades, mangroves, coastal estuaries and Caribbean ecosystems provides exceptional opportunities for field-based learning and regionally focused research.

• Research centres and partnerships: Students can engage with FIU's environment-focused research centres and collaborate with regional partners, including national agencies and conservation organisations, on applied projects and internships.
• Field and laboratory facilities: Access to well-equipped laboratories, boats and field stations supports hands-on training in habitat assessment, water quality, species monitoring and restoration techniques.
• Interdisciplinary faculty: The programme draws on faculty expertise across ecology, marine science, geography and policy, enabling cross-disciplinary supervision and mentoring.
• Career connections: Strong local and regional networks provide internship, practicum and employment pathways into conservation NGOs, municipal and state agencies, and consulting firms working on coastal resilience and resource management.

Overall, the programme is designed to develop scientifically rigorous, practical and policy-aware professionals ready to address contemporary natural resource challenges in subtropical and coastal environments.