Florida International University

What you'll study

This programme combines foundational biological sciences with specialised modules in ecology, evolution, systematics and population biology. Core courses typically include cellular and organismal biology, genetics, evolutionary theory, ecology, and statistics for biologists. Students then progress to more specialised subjects such as population genetics, behavioural ecology, community and ecosystem ecology, phylogenetics and systematics, conservation biology, and quantitative methods including ecological modelling and biostatistics.

Hands-on laboratory and field training is a central element. Expect courses that teach molecular techniques (DNA sequencing, PCR), morphological systematics, environmental sampling methods, experimental design, geographic information systems (GIS) and spatial analysis, and long-term ecological monitoring. Many students undertake an undergraduate research project or capstone, often working with faculty on topics ranging from marine and coastal ecology to evolutionary genetics and invasion biology.

Elective options and seminars allow specialisation in areas such as marine ecology, tropical ecology, restoration ecology, disease ecology, and biodiversity informatics. The programme emphasises quantitative literacy, scientific communication and data management so graduates can analyse ecological data, interpret evolutionary patterns and present results to both scientific and non-specialist audiences.

Entry requirements

Applicants are expected to have completed a college-preparatory secondary education with strong preparation in biology, chemistry and mathematics. Typical successful applicants will have taken advanced courses in sciences where available. For transfer students, satisfactory performance in college-level introductory biology and chemistry courses and a competitive college GPA are important.

In addition to academic records, admissions commonly consider a personal statement demonstrating interest in ecology and evolution, and any relevant extracurriculars such as fieldwork, laboratory experience, volunteering or internships. Letters of recommendation from teachers or supervisors may strengthen an application.

International students must present an equivalent secondary-school credential and demonstrate English language proficiency through recognised tests or institutional pathways. Specific course and grade expectations, and any prerequisite coursework required for transfer credit, are set by the university admissions office and the Department of Biological Sciences.

Career prospects

Graduates from this programme pursue a wide range of careers. Common paths include research and technical roles in academic and government laboratories, conservation organisations, environmental consulting firms, natural resource management agencies, and non-governmental organisations focused on biodiversity and habitat restoration.

Other opportunities include positions in wildlife and fisheries management, museum and herbarium curation, ecological data analysis, environmental impact assessment, science communication and education, and roles in biotechnology and genomics companies that require ecological and evolutionary expertise. Many students continue to postgraduate study (MSc/PhD) to specialise in research, or acquire professional qualifications for careers in environmental policy, law, or applied conservation practice.

Why study at Florida International University

Florida International University is located in a region of exceptional biological diversity, providing direct access to coastal, marine and subtropical ecosystems for field-based learning and research. Faculty members in the Department of Biological Sciences are actively engaged in research across ecology, evolution and systematics, offering undergraduate students opportunities to participate in ongoing projects and independent research.

The university fosters practical experience through field courses, internships with regional environmental agencies and conservation organisations, and collaborations with nearby research centres and reserves. Students benefit from modern laboratory facilities, GIS and bioinformatics resources, and a curriculum that integrates quantitative training with applied ecological and evolutionary science.

FIU's location and industry connections also support networking and career development, helping students transition into employment or graduate study in disciplines that address contemporary environmental and biodiversity challenges.