Florida International University

What you'll study

This programme is structured as a four‑year undergraduate degree blending general education, foundational biological sciences and specialised courses in ecology, evolution, systematics and population biology. Early years emphasise core concepts in cell and molecular biology, genetics, organismal biology and chemistry, while later years focus on advanced ecological theory, evolutionary mechanisms, phylogenetics and quantitative approaches to population analysis.

• Core modules you can expect: Principles of Ecology, Evolutionary Biology, Population Biology, Systematics and Taxonomy, Genetics, and Biostatistics.
• Typical advanced and applied modules: Community and Ecosystem Ecology, Conservation Biology, Behavioural Ecology, Molecular Ecology and Phylogenetics, Ecological Field Methods, Quantitative Ecology and Modelling, and Geographic Information Systems (GIS) for ecological applications.
• Practical work and capstone: Field courses using South Florida ecosystems (coastal, mangrove and freshwater habitats), laboratory training in molecular and morphological techniques, data analysis using R or similar software, and a senior capstone or independent research project under faculty supervision.
• Electives and cross‑disciplinary options: Marine biology, tropical ecology, environmental policy, restoration ecology, and internships with local research centres, conservation organisations and environmental agencies.

Entry requirements

Applicants should hold a high school diploma or equivalent with a college‑preparatory curriculum. Preparation in biology, chemistry and mathematics is expected; physics and calculus are recommended for students intending to pursue quantitative ecology or graduate study. Admissions decisions are based on academic record, teacher or counsellor recommendations where requested, and other application materials required by the university.

• Domestic applicants: Completion of secondary school with a strong science and maths background. Transfer applicants from community colleges are considered and credits are evaluated against degree requirements.
• International applicants: Secondary qualifications equivalent to U.S. high school completion. Proof of English language proficiency is required if the applicant’s prior education was not in English.
• Additional preparation: Relevant extracurricular experience (fieldwork, lab work, volunteering with conservation groups) strengthens an application. Students are encouraged to contact the department for advice on course planning and transfer credit evaluation.

Career prospects

Graduates develop a mix of field and laboratory skills, quantitative analysis and scientific communication that prepare them for a range of careers. Common pathways include natural resource management, conservation and restoration, wildlife and fisheries biology, environmental consulting, ecological data analysis, and science education.

• Research and academia: Many graduates continue to postgraduate study (Master’s and PhD) in ecology, evolution, conservation biology or related disciplines and work as researchers or university staff.
• Applied careers: Positions as ecological consultants, environmental compliance specialists, conservation programme managers, wildlife biologists, restoration ecologists and GIS analysts are typical.
• Other options: Careers in environmental law and policy, science communication, non‑profit conservation organisations, and biotechnology or natural-history collections management.

Why study at Florida International University

FIU’s location in South Florida offers exceptional access to a diversity of ecosystems — coastal waters, mangroves, wetlands and tropical forests — providing rich opportunities for field training and regionally focused research. The university supports undergraduate research through faculty‑led projects, field stations and lab facilities, and students commonly undertake independent projects or internships that connect classroom learning to real conservation and management challenges.

• Hands‑on field experience: Frequent field courses and research opportunities in nearby marine and wetland systems allow students to learn field techniques, species identification and long‑term ecological monitoring.
• Laboratory and quantitative training: Coursework includes molecular methods, statistical analysis and GIS, giving graduates practical skills sought by employers and graduate programmes.
• Community and professional links: Students benefit from internship and networking opportunities with local conservation organisations, environmental agencies and research centres working in the Everglades, Biscayne Bay and broader Caribbean region.