Southeastern Louisiana University

What you'll study

The programme combines advanced coursework, seminars and a substantial research component to deepen understanding of core biological disciplines. Typical topics include molecular and cellular biology, population and community ecology, evolutionary biology, physiological ecology, and contemporary research methods such as experimental design, biostatistics and scientific communication.

• Core and advanced courses — Advanced molecular biology, ecological principles, organismal biology and research methods that provide theoretical and practical grounding.
• Research and thesis — Students undertake an original research project supervised by a faculty mentor; the thesis option emphasises hypothesis-driven laboratory or field work and culminates in a written thesis and oral defence.
• Coursework/non-thesis option — For students who prefer a more taught route, there is a coursework track with a capstone project or comprehensive examination.
• Seminars and professional skills — Regular seminar series develop presentation skills, critical reading of literature and awareness of current research trends.
• Field and laboratory experience — Hands-on training in modern laboratory techniques and opportunities for fieldwork in the region’s wetlands, coastal and freshwater systems.

The programme is structured to accommodate full- and part-time students and typically requires completion of the equivalent of a standard master’s credit load over two to three years, depending on the chosen track and pace of research.

Entry requirements

• Academic background — A bachelor’s degree in biology, or a closely related natural science, is normally required. Applicants with alternative science degrees who have substantial coursework in biology may also be considered.
• Transcripts and evidence of preparation — Official transcripts demonstrating successful completion of foundational biology and quantitative coursework (for example, genetics, ecology, cell biology, and statistics) are required.
• Supporting documents — Personal statement or statement of purpose outlining research interests and career goals, a curriculum vitae or résumé, and letters of recommendation from academic or professional referees.
• Graduate tests and language — Requirements for standardised tests (such as the GRE) vary; international applicants must meet English language proficiency requirements through recognised tests or other authorised evidence.
• Admissions review — Applications are reviewed by the department’s admissions committee; admission decisions consider academic preparation, fit with faculty research areas, and availability of supervisory support.

Career prospects

Graduates of the Master’s in Biology pursue a wide range of careers across research, education and applied sectors. Typical pathways include:

• Research technician or laboratory specialist in academic, government or private-sector labs
• Environmental consultant or field biologist working on conservation, habitat assessment and natural resource management
• Roles in biotechnology and pharmaceutical companies involving assay development, quality control and regulatory support
• Secondary or community college teaching positions (often combined with state teaching certification where required)
• Progression to doctoral study (PhD) for careers in independent research and higher education
• Positions in public-sector agencies and non-profit organisations focused on environmental policy, restoration and biodiversity monitoring

Why study at Southeastern Louisiana University

Southeastern Louisiana University offers a biology master’s that emphasises close faculty mentorship and practical experience. The Department of Biological Sciences includes faculty working across ecology, organismal biology and molecular approaches, enabling students to pursue projects suited to regional ecosystems and applied biological questions.

The university’s location provides ready access to diverse field sites in coastal, wetland and freshwater environments, supporting hands-on field research and community-engaged projects. Facilities include teaching and research laboratories, and students benefit from a smaller graduate cohort that facilitates one-to-one supervision and collaborative lab environments.

Through the programme students gain both the technical laboratory and field skills and the professional competencies—such as scientific communication and experimental design—needed for careers in research, environmental management and industry, or for further graduate study.