Master of Science in Biology – Research Concentration

The Research Concentration offers students an opportunity to build practical scientific expertise through faculty-guided research, advanced laboratory work and independent investigation. Students develop the ability to formulate research questions, apply appropriate biological techniques, analyse experimental findings and communicate their results in a formal scientific report.

- Supervised laboratory research: Students work closely with a member of the Biology Graduate Faculty who serves as their major professor. Under this mentorship, they undertake a focused research project, develop research objectives and gain experience planning and carrying out investigations in their chosen area of biology.

- Research training (BIOL 8800): This research component provides structured experience in conducting graduate-level biological research. Students apply relevant laboratory or research methods, collect and interpret data, review scientific literature and discuss their findings with their research supervisor.

- Research report (BIOL 8888): Students bring their research work together in a formal written report. The report allows them to demonstrate their ability to explain the research problem, describe the methods used, present and interpret results, and discuss the significance of their findings. It is evaluated by a faculty committee chaired by the student's major professor.

- Research specialisations: Students can align their projects with faculty research across four broad areas: Cell and Molecular Biology, including neural signalling, protein engineering and cellular mechanisms; Metabolic Disorders, including obesity and related physiological conditions; Microbial Genetics and Physiology, including microbial communities, bacterial pathogenesis and host–microbe interactions; and Virology, including viral infections and virus–cell interactions. These areas allow students to connect their research with current biological and biomedical questions.

- Faculty research environment: Students can explore research opportunities with faculty members working in areas such as therapeutic target discovery, synthetic biology, microbial biofilms, bacterial infections, neurobiology and viral disease. The department's research faculty page provides an overview of faculty expertise, helping students identify potential research mentors whose interests match their academic goals.

- Research documentation and progress monitoring: Students complete the department's research registration and approval requirements while undertaking their project. The department provides research-related forms, semester report formats, committee appointment procedures and project approval documentation to support the research process.

- Graduate research and teaching assistantships: Qualified students may be considered for Graduate Research Assistantships (GRA) or Graduate Teaching Assistantships (GTA). Research assistants work in faculty laboratories, while teaching assistants support undergraduate teaching; the department states that these positions may provide a stipend and tuition waiver. Availability and eligibility depend on the department's selection process and position requirements.

- Scientific communication and professional development: Through research discussions, faculty supervision and the final research report, students strengthen their ability to interpret scientific literature, organise research findings and communicate technical information. These experiences help prepare graduates for further academic research and research-focused roles in industry, government and academia.

The Biology, M.S., Research Concentration prepares graduates to apply advanced biological knowledge and practical research skills in academic, government and industry environments. Through faculty-supervised research, laboratory investigation and the preparation of a formal research report, students develop capabilities in experimental planning, scientific analysis, problem-solving and research communication. These skills can support entry into research-focused employment or provide preparation for further graduate study.

Career opportunities:

• Biological Research Associate: Assist with biological investigations, conduct experiments, maintain research records and analyse findings in university, laboratory or industry settings.

• Laboratory Research Scientist: Apply laboratory techniques to investigate biological processes, prepare samples, interpret experimental results and contribute to research projects.

• Microbiology Research Associate: Support studies involving microorganisms, microbial genetics, microbial physiology, host–microbe interactions and related research topics.

• Biotechnology Research Specialist: Contribute to research and development projects involving cellular and molecular biology, biological systems, experimental methods and the investigation of potential applications.

These are potential career pathways aligned with the degree's research training, rather than guaranteed job titles or specific placement outcomes.

Career development: Georgia State identifies government, industry and academia as potential career sectors for Biology M.S. graduates. The department's program mission also highlights professional networking, critical thinking and scientific communication as important preparation for employment and further academic study.

Research and professional opportunities: The research concentration provides experience that can be relevant to university research laboratories, government science and research organisations, biotechnology companies and other bioscience employers. Students' research specialisation and faculty mentorship can help them develop expertise suited to particular scientific fields.

Employment statistics and salary: Georgia State does not publish specific employment rates, graduate placement figures or salary data for the Biology M.S. Research Concentration in the official sources reviewed. These outcomes may vary depending on the student's research specialisation, technical experience and subsequent qualifications.

Further Academic Progression: Graduates can pursue a Ph.D. in Biology or a related discipline, using their master's-level research experience as a foundation for more advanced independent investigation. Georgia State's Biology department offers a doctoral program designed to prepare graduates for research and teaching careers at universities, with additional opportunities in the bioscience industry. Students may also consider doctoral programmes in specialised areas such as molecular biology, microbiology, neuroscience, virology or other related biological sciences, depending on their research interests and admission eligibility.