Florida International University

What you'll study

The programme combines core public-health and environmental-science subjects with applied methods for assessing and managing environmental hazards. Typical modules cover exposure assessment and monitoring, environmental toxicology, environmental epidemiology, risk assessment and risk communication, industrial hygiene principles, environmental policy and regulation, and analytical methods in environmental health.

Students follow a mix of taught coursework and applied experience. Common programme elements include:

• Core courses in environmental health principles, biostatistics and research methods
• Specialist courses in air and water quality, hazardous materials management, occupational health, and exposure science
• Laboratory and field methods training in sampling, instrumentation and environmental analysis
• An applied practicum or internship with a public health agency, consulting firm or industry partner
• An integrative capstone project or thesis option for students pursuing research

Students may be able to tailor studies through elective modules in environmental policy, GIS for environmental health, climate and health, or food and water security depending on availability.

Entry requirements

Applicants are normally required to hold a bachelor's degree from an accredited institution in a relevant discipline such as biology, public health, environmental science, chemistry, engineering or a closely related field. Admissions typically consider academic transcripts, a statement of purpose outlining professional and academic goals, and letters of recommendation.

The programme may require or prefer a minimum undergraduate record demonstrating preparation for graduate-level work; specific GPA and quantitative prerequisites are set by the admissions office. Relevant coursework in statistics, chemistry or biology is advantageous. Professional experience in environmental health or public health can strengthen an application but is not always mandatory.

International applicants must demonstrate English language proficiency through an accepted test or qualifying evidence in accordance with university policy. Some applicants choose the thesis route and should indicate interest and any prior research experience when applying.

Career prospects

Graduates from an environmental health master’s programme enter a wide range of roles across the public, private and non-profit sectors. Typical career paths include:

• Environmental health specialist or public health inspector in local, state or federal health agencies
• Industrial hygienist or occupational health practitioner in manufacturing, construction or utilities
• Environmental consultant working on site assessments, remediation, permitting and compliance
• Risk assessor, exposure scientist or air/water quality analyst in consulting firms or research organisations
• Programme manager or policy advisor in non-governmental organisations, international agencies or foundations focused on environmental health and climate impacts
• Research assistant or PhD candidate for those pursuing academic careers

Many alumni find roles that combine technical assessment with regulatory compliance, community engagement and policy development, reflecting the applied nature of the training.

Why study at Florida International University

Florida International University offers regional strengths that are particularly relevant to environmental health study. Located in South Florida, the university provides proximity to coastal and subtropical ecosystems, which supports hands-on training and research on issues such as water quality, vector-borne diseases and climate-related health impacts.

The university’s public health and environmental science departments maintain collaborations with local health departments, environmental agencies and community partners, creating practicum and internship opportunities. Facilities include laboratories and resources for environmental monitoring and applied research, and faculty often work on interdisciplinary projects that link environmental science, epidemiology and policy.

Students benefit from a diverse metropolitan setting with practical exposure to the environmental health challenges facing urban and coastal populations, as well as connections to professional networks across Florida and the broader region.