Emory University

What you'll study

Coursework is designed to build a strong conceptual foundation while preparing students for independent research. Typical subject areas include:

• Molecular and Cellular Biology – gene regulation, signal transduction, cell structure and experimental methods such as PCR, cloning and microscopy.
• Genetics and Genomics – population and Mendelian genetics, genomics technologies, bioinformatics and sequence analysis.
• Physiology and Neuroscience – systems physiology, neurobiology and functional approaches to organismal biology.
• Ecology and Evolution – ecological interactions, evolutionary processes, field methods and statistical approaches to ecological data.
• Immunology and Microbiology – host–pathogen interactions, microbial physiology and laboratory techniques for studying microbes and immune responses.

Students typically combine seminar and lecture courses with laboratory rotations or a principal research project. Many programmes offer both thesis (research) and non-thesis (coursework/project) pathways. Training also emphasises experimental design, quantitative data analysis and scientific communication, including writing and presentation skills.

Entry requirements

Successful applicants usually hold a bachelor’s degree in biology or a closely related discipline and demonstrate a solid background in foundational science courses such as general biology, chemistry, and mathematics. Required application materials commonly include official transcripts, a statement of purpose that outlines research interests and career goals, letters of recommendation, and a CV or résumé. Standardised tests may be optional or required depending on the admissions cycle; international applicants will need to provide evidence of English proficiency where applicable. Competitive applicants show prior laboratory experience and clear alignment with potential faculty mentors.

Career prospects

Graduates pursue a range of career paths. Many continue to doctoral study or professional programmes; others move directly into roles such as research technician, laboratory manager, data analyst, or quality control specialist in biotechnology and pharmaceutical companies. Additional destinations include public health agencies, environmental consultancies, scientific publishing and communication, and education at the secondary or community-college level. The combination of hands-on research experience and transferable skills in data analysis and communication supports career mobility across academic, governmental and private sectors.

Why study at Emory University

Emory provides access to a collaborative research environment that spans basic and translational science, with strong connections to the university medical centre and nearby public health institutes. Students benefit from mentorship by internationally active faculty, core research facilities and interdisciplinary centres. Proximity to major research organisations and a vibrant biotechnology community enhances opportunities for internships, collaborations and applied projects. The university’s emphasis on mentoring, professional development and seminar programmes helps students build the scientific and career skills needed for diverse pathways after graduation.