Emory Neuroscience Graduate Program: Complete PhD Training Guide 2026

Why Choose Emory for Neuroscience Graduate Training

The Emory neuroscience graduate program stands as one of the most comprehensive doctoral training pathways in the United States, drawing students from around the world who seek rigorous, interdisciplinary preparation for careers in research and academia. Housed within the Graduate Division of Biological and Biomedical Sciences (GDBBS) at the Laney Graduate School, the program integrates faculty expertise from over twenty-five departments and centers spanning medicine, science, engineering, and psychology.

What distinguishes the Emory neuroscience graduate program from peer institutions is its deliberate breadth. The program studies the nervous system at every level of analysis—from single molecules transporting ions across biological membranes to large, interconnected networks of neurons controlling complex motivated behaviors. This scope allows incoming students to explore multiple subfields before committing to a dissertation topic, which reduces the risk of misaligned research interests and accelerates productive scholarship.

Emory’s location in Atlanta places students at the intersection of a vibrant biomedical research corridor. The university maintains close ties with the Centers for Disease Control and Prevention, Georgia Institute of Technology, and Children’s Healthcare of Atlanta, creating collaborative opportunities rarely available at other neuroscience doctoral programs. Students interested in how leading universities structure graduate education can explore similar guides, such as the Duke JD Law Program overview for a look at professional doctoral training at another top-tier institution.

Emory Neuroscience Graduate Program Structure and Degrees

The primary degree offered through the Emory neuroscience graduate program is the Doctor of Philosophy (PhD) in Neuroscience. A terminal Master of Science degree is available only under special circumstances, making the PhD the standard pathway for admitted students. Additionally, the program supports an MD/PhD track through the Medical Scientist Training Program (MSTP) for students pursuing both medical and research degrees simultaneously.

Program governance rests with the Executive Committee, whose members serve three-year terms and are drawn from across the participating departments. No more than five members may represent any single department, ensuring that diverse research perspectives shape curriculum and policy decisions. The Program Director oversees daily operations and chairs the Executive Committee, while separate Directors of Graduate Studies manage student progress for junior (years one and two) and senior (years three and beyond) cohorts.

An innovative feature of the program’s support structure is the At-Large Faculty Advisor, a faculty member selected by neuroscience graduate students to serve as a confidential resource for personal and professional concerns. This advisor holds a permanent non-voting position on the Executive Committee and is trained to help students navigate challenges ranging from advisorship conflicts to well-being support. The position reflects Emory’s recognition that doctoral training requires not just academic rigor but also sustained personal support.

The participating departments span an impressive range: Anesthesiology, Anthropology, Biochemistry, Biology, Biomedical Engineering, Cell Biology, Human Genetics, Neurology, Neurosurgery, Ophthalmology, Pathology, Pharmacology, Physiology, Psychiatry, Psychology, Radiology, and the Yerkes National Primate Research Center, among others. This breadth means students can pursue dissertation research in virtually any neuroscience subfield while remaining within a single, cohesive training program.

First-Year Curriculum and Core Courses

The Emory neuroscience graduate program front-loads its most intensive coursework into the first year, building a shared foundation across all incoming students regardless of their undergraduate specialization. The fall semester carries thirteen credits and centers on IBS 526: Neuroanatomy and Systems Neuroscience, a seven-credit course that provides comprehensive coverage of nervous system structure and function. Students simultaneously enroll in NS 551: Techniques in Neuroscience, a two-credit lab methods course, and NS 570R: Professional Development, Communication and Ethics, which introduces responsible conduct of research practices.

Spring semester shifts focus to IBS 514: Cellular, Developmental, Molecular, and Translational Neuroscience, another seven-credit intensive that complements the fall neuroanatomy course. Students also complete IBS 538: Design and Analysis of Experiments, a four-credit statistics course essential for rigorous experimental design. Together, these four core courses—IBS 526, IBS 514, IBS 538, and the later IBS 522R: Hypothesis Design and Scientific Writing—form the backbone of the program’s didactic training.

Grading standards are strict. A grade of C or F in any of the four required neuroscience courses mandates that the student repeat the course and achieve a minimum grade of B. The program uses a standard scale from A (4.0) through C (2.0) and F, with no D grade available. Some courses may be taken on a Satisfactory/Unsatisfactory basis, particularly seminars and professional development modules. Students exploring other rigorous graduate curricula may find parallels in programs like the GWU BS Public Health program, which similarly emphasizes quantitative methods in its first-year sequence.

Throughout both semesters, students attend IBS 530R: Frontiers Seminar, a one-credit weekly series featuring cutting-edge research presentations. Attendance requirements are firm—no more than two absences per semester are permitted. This seminar exposes first-year students to the full breadth of active research across Emory’s neuroscience community and helps inform rotation choices.

Laboratory Rotations and Advisor Selection

Laboratory rotations are the cornerstone of the Emory neuroscience graduate program’s approach to matching students with dissertation advisors. Every PhD student must complete a minimum of three rotations during their first year, with each rotation spanning eight to ten weeks. The first rotation begins in the fall semester, and the third must conclude by the end of the spring term. Students register for NS 597R: Laboratory Rotations and receive a letter grade based on both their experimental work and the quality of their rotation report.

Each rotation begins with a structured conversation between student and faculty advisor about the research project scope, expectations, and timeline. Students are encouraged to prepare a written summary of the agreed-upon rotation goals before starting bench work. At the conclusion of each rotation, students submit a rotation report—a short manuscript detailing the dissertation goal, experimental accomplishments, and data interpretation. These reports must be signed by both the student and the rotation advisor and submitted to the Junior Director of Graduate Studies within two weeks of rotation completion. Late submissions result in an Incomplete grade.

The rotation grading system requires an average grade above B- for a passing mark. If a student’s grade falls at or below B-, they must amend and resubmit the rotation report. This rigor ensures that rotation experiences produce substantive scientific writing practice, not merely a check-box exercise.

Advisor selection follows the rotation period. Students are encouraged to identify a dissertation advisor by the end of their first spring semester. If they have not done so, rotations may continue through the summer. Failure to identify an advisor by the end of the summer after year one may result in academic probation, and failure to secure an advisor by the end of fall in year two may lead to a recommendation for dismissal. The program takes this timeline seriously because an established advisor relationship is essential for productive dissertation research. Students who wish to rotate in laboratories of GDBBS members who are not formally part of the Neuroscience Program must obtain prior approval from the Junior DGS.

Qualifying Examinations: Written and Oral

The Emory neuroscience graduate program employs a two-stage qualifying examination system that tests both breadth of knowledge and depth of independent scientific thinking. The written qualifying exam takes place in June, at the end of the first year (or G1 for MD/PhD students). This exam evaluates students’ command of the core curriculum material covered in IBS 526, IBS 514, and related coursework.

The oral qualifying exam follows approximately one year later, in the late spring or early summer of the second year. By this point, students should have selected a dissertation advisor, formed a dissertation committee, and begun generating preliminary data. The oral exam assesses a student’s ability to defend a research proposal, demonstrate mastery of relevant literature, and articulate a clear hypothesis-driven research plan.

Students who pass the oral qualifying exam and have accumulated the required credit hours advance to candidacy and register for NS 799R: Dissertation Research for the remainder of their graduate career. The transition from IBS 699R (Advanced Graduate Research) to NS 799R marks a formal milestone in the student’s progress from trainee to independent researcher.

The examination structure reflects the program’s philosophy that neuroscience doctoral training must produce researchers who are both broadly knowledgeable and deeply specialized. For students considering programs at other research-intensive universities, the ETH Zurich Degree Programmes guide offers another perspective on how top institutions structure graduate research milestones.

Dissertation Committee and Research Phase

Once a dissertation advisor is confirmed, students assemble a dissertation committee in consultation with their advisor. The committee should be formed during the summer of the second year. Each committee must include at least four members of the Neuroscience Program faculty, including the dissertation advisor, with an optional fifth member who need not be a program member. At least three committee members must hold Emory faculty appointments to satisfy Laney Graduate School requirements.

The dissertation committee serves multiple functions throughout the research phase. Members provide scientific guidance, evaluate progress at regular committee meetings, and ultimately determine whether the dissertation research meets the standard for an original contribution to scientific knowledge. The Senior Director of Graduate Studies attends the final dissertation committee meeting and chairs the dissertation defense, providing institutional oversight of the examination process.

Outside readers from institutions other than Emory may serve on the committee, but the dissertation director must supply a resume and brief letter explaining the proposed reader’s qualifications to the DGS for approval. This flexibility allows students whose research spans multiple institutions or specialties to draw on the broadest possible expertise for their committee.

Switching dissertation advisors, while possible, is strongly discouraged because it almost invariably results in substantial lost time. Students who find themselves in this situation are advised to consult with the Program Director, DGS, and Executive Committee members before making a change. The program leadership assists with identifying new advisors and securing alternative funding when a switch becomes necessary.

MD/PhD MSTP Track in Neuroscience

The Medical Scientist Training Program (MSTP) track within the Emory neuroscience graduate program offers a pathway for physician-scientists who aim to bridge clinical medicine and neuroscience research. MD/PhD students enter the neuroscience program after completing their pre-clinical medical training and USMLE Step 2, typically beginning laboratory rotations in the summer before their first graduate year (G1).

The MSTP rotation schedule differs from the standard PhD track. MD/PhD students complete at least one rotation during the summer before G1, starting around June 1, with each rotation lasting five to six weeks. They then complete two additional rotations in the fall and winter of G1 and are expected to select a thesis laboratory by the spring of G1. With Junior DGS approval, an MD/PhD student who identifies a thesis lab during their first two rotations may forgo the third rotation.

The coursework modifications for MSTP students reflect their prior medical training. While they are not required to register for IBS 526 (Neuroanatomy) or IBS 514 (Cellular Neuroscience), they are strongly encouraged to audit these courses or consult with the DGS before taking the written qualifying exam. The modified schedule allows MSTP students to devote more credit hours to laboratory research (NS 597R and IBS 699R) during their first two semesters while still completing required elements such as NS 570R (Professional Development), NS 551 (Techniques), IBS 538 (Statistics), and IBS 530R (Frontiers Seminar).

The MD/PhD liaison, Dr. Steven Sloan, coordinates between the medical school and neuroscience program to ensure that MSTP students meet milestones on both tracks. This dual-track structure enables physician-scientists to maintain clinical context while developing the independent research skills essential for careers in academic medicine and translational neuroscience.

Teaching Requirements and Professional Development

The Emory neuroscience graduate program considers teaching competence an integral part of doctoral training. All PhD students must complete the Teaching Assistant Training and Teaching Opportunity (TATTO) program, administered by the Laney Graduate School for GDBBS doctoral students. The TATTO requirement has three components that span the first three years of study.

The first component, TATTO 600, is a teaching workshop that has been fully virtual and asynchronous since Fall 2025. Students typically complete this module during the summer following their first year, and no classroom teaching activities are permitted until TATTO 600 has been completed. The second component, TATTO 605, requires students to serve as a teaching assistant for at least one semester, usually during their second year. TA request forms must be submitted one month prior to the desired term—by August 1 for fall and December 1 for spring placement.

The third component establishes a peer mentoring tradition: third-year students are required to mentor second-year students as they prepare for the oral qualifying exam. This near-peer mentoring model recognizes that recent exam takers often provide the most practical and relatable guidance, and it simultaneously develops senior students’ mentoring skills.

Beyond formal teaching requirements, the program’s Professional Development, Communication and Ethics course (NS 570R) in the first semester builds competencies in scientific writing, oral presentation, grant preparation, and responsible conduct of research. The Jones Program in Ethics (JPE 600), completed as a pre-semester module, introduces students to the broader ethical frameworks governing biomedical research.

Funding, Stipends, and Student Support

Financial support for the Emory neuroscience graduate program is structured through the Laney Graduate School, which provides all admitted PhD students with a comprehensive funding package. This package includes a competitive annual stipend, full tuition remission, and health insurance coverage. Funding is maintained for the duration of the doctoral program as long as students maintain satisfactory academic progress and meet program milestones on schedule.

Students must register for a minimum of nine credit hours per semester to maintain full-time status and stipend eligibility. The credit hour requirement is structured across research credits (NS 597R, IBS 699R, or NS 799R depending on program stage), coursework, and seminars. During the summer between years one and two, students register for nine credits of research while preparing for or recovering from the written qualifying examination.

The Laney Graduate School also provides professional development funding, including support for conference travel, workshop attendance, and supplementary training opportunities. Students may apply for competitive fellowships and grants both internally (through Emory) and externally (through agencies such as the National Science Foundation Graduate Research Fellowship Program), with program faculty providing mentorship on application strategy and review.

The program’s support infrastructure extends beyond finances. The At-Large Faculty Advisor offers confidential guidance, the program administrator serves as the first point of contact for logistical questions, and Emory’s broader student services—including counseling, disability resources, and housing assistance—are available to all graduate students. This comprehensive support reflects the program’s understanding that successful doctoral training requires both intellectual stimulation and personal stability.

Research Facilities and Yerkes Primate Center

The Emory neuroscience graduate program benefits from exceptional research infrastructure across multiple campuses. The primary research buildings house state-of-the-art laboratories equipped for electrophysiology, optogenetics, advanced microscopy, behavioral testing, and computational neuroscience. Shared core facilities provide access to equipment and expertise that individual laboratories could not maintain independently, including genomics, proteomics, and biostatistics support.

The crown jewel of Emory’s neuroscience research infrastructure is the Yerkes National Primate Research Center, one of only seven National Institutes of Health–funded national primate research centers in the United States. Yerkes provides neuroscience students with unparalleled access to non-human primate models for studying cognition, social behavior, neurodegenerative disease, and neural circuit function. Research at Yerkes has contributed to breakthroughs in understanding Parkinson’s disease, addiction, and the neural basis of social bonding.

Students working at Yerkes receive specialized training in primate research ethics, animal care protocols, and the unique methodological considerations of primate neuroscience. The center’s facilities include advanced neuroimaging suites, behavioral observation laboratories, and surgical theaters designed specifically for neuroscience research procedures.

Emory’s collaborative relationship with the Georgia Institute of Technology enhances computational and engineering approaches to neuroscience. Joint faculty appointments and cross-institutional research projects allow students to access Georgia Tech’s strengths in machine learning, robotics, and neural engineering. This partnership is particularly valuable for students interested in brain-machine interfaces, computational modeling, and data-intensive approaches to neural systems analysis. For more on how different universities structure their engineering and research programs, see our guide to the Melbourne Engineering and IT programs.