Duke University PhD Genetics and Genomics Guide 2026

Duke UPGG Program Overview

The University Program in Genetics and Genomics (UPGG) at Duke University is one of the most comprehensive doctoral programs in genetics and genomics in the United States. Led by Director Allison Ashley-Koch, Professor in the Departments of Medicine, Biostatistics and Bioinformatics, and Molecular Genetics and Microbiology, UPGG trains doctoral students to become independent researchers capable of making significant contributions to our understanding of genetic mechanisms and their applications in medicine and biology.

Located at the Duke University Medical Campus in Durham, North Carolina, the program benefits from Duke’s position as one of the nation’s leading research universities. The UPGG office at MSRB 3 on Genome Court sits at the heart of Duke’s biomedical research infrastructure, giving students immediate access to cutting-edge laboratory facilities, sequencing technologies, and computational resources. With approximately 100 affiliated faculty spanning multiple departments, the program offers an unusually broad range of research opportunities — from field work on lemurs to fungal pathogen studies to immune cell signaling and beyond.

What distinguishes Duke UPGG from competing genetics programs is its combination of structured training and research flexibility. The program provides a carefully scaffolded curriculum that builds competency in genetic and genomic approaches while allowing students substantial freedom to customize their educational path through electives and research choices. The expected completion timeline of approximately 5.5 years is competitive with peer institutions, and the program’s emphasis on both publication and professional development ensures that graduates are well-prepared for diverse career paths. Students interested in top-tier doctoral programs in related fields often compare Duke UPGG with programs like those at Stanford and Harvard.

Curriculum and Course Requirements

The Duke UPGG curriculum requires a minimum of 30 total credits for graduation, including 24 graded credits that must be completed by the end of the second year. The remaining credits come from elective coursework and research. The core curriculum is built around a modular system that provides both depth in genetics and genomics and flexibility to pursue individual research interests.

The centerpiece of the curriculum is UPGEN 778A-F: Genetic and Genomic Approaches to the Solution of Biological Problems, a modular course that runs during fall semesters of both year one and year two. This course comprises 12 modules total, with approximately six modules per year. Students must complete at least eight modules from the UPGEN offering, though up to four can be substituted with modules from the Cell and Molecular Biology (CMB) program. This modular structure allows students to build a customized knowledge base while ensuring comprehensive coverage of core genetic and genomic methods.

First-year students take two additional required courses that build foundational skills. UPGEN 701: Topics in Genetics and Genomics is a journal club format course where students lead discussions on peer-reviewed manuscripts from speakers in the upcoming seminar series. UPGEN 700: Critical Skills in Scientific Presentation covers scientific storytelling, preliminary exam preparation, and career path exploration, culminating in an oral presentation on a rotation project. These courses are limited to first-year UPGG students, creating an intimate learning environment.

The Student Research Seminar (UPGEN 716) spans both years one and two. First-year students participate as listeners and critics, developing their ability to evaluate scientific presentations. From year two onward, students give formal presentations of their own research, with two presentations expected — once during year two and once beyond year three. This progressive structure ensures that students build presentation skills gradually, with early exposure to the format before they are required to present their own work.

Grant writing receives dedicated attention through BIOTRAIN 720: Writing Grant Proposals (or Bio 706: Grant Writing), taken during fall of the second year. This full-semester course teaches the practical skills of funding application development — from crafting specific aims to constructing research strategies to preparing budget justifications. Combined with the preliminary exam requirement to write a proposal in NIH R01 or NSF format, UPGG students graduate with substantial grant-writing experience.

Elective requirements call for 6-8 credit hours in graduate-level courses relevant to biomedical research. Students are free to choose from any graduate-level offerings across Duke, allowing them to develop specialized expertise that complements their dissertation research. The Student Advisory Committee, composed of the Director of Graduate Studies, the Director, and the Program Administrator, can add or waive specific course requirements on an individual basis, providing additional flexibility.

Lab Rotations and Advisor Selection

Laboratory rotations are a defining feature of the Duke UPGG first-year experience. Students complete a minimum of three rotations, each lasting eight to ten weeks, providing substantial exposure to different research groups, methodological approaches, and laboratory cultures. This rotation system allows students to make an informed decision when selecting their thesis advisor — a choice that will shape the remainder of their doctoral training.

The rotation period occupies most of the first year, with students typically choosing their thesis advisor by the summer between years one and two. The formal deadline for advisor affiliation is September of the second year, ensuring that students have time to complete their rotations and make a thoughtful decision. The program strongly encourages students to explore diverse research areas during rotations, even if they arrive with a strong preference for a particular lab.

When selecting a thesis laboratory, students must complete a Statement of Financial Support form, which requires discussion not only with the faculty advisor but also with the chair and/or business manager of the advisor’s department. This administrative step ensures that financial support for the student is secured before the formal transition from program-funded to lab-funded status, preventing gaps in support that could disrupt research progress.

The transition from program to laboratory support happens at the start of year three, when students move from “non-comp” payroll to faculty staff payroll. Transfer students from other Duke programs follow a similar pathway, with funding transferring from their original program to lab support at the end of their second year. Understanding this financial transition is important for students as they evaluate potential thesis laboratories — a lab’s funding stability and the advisor’s track record of supporting students are critical factors in the decision, similar to how students evaluate research opportunities at institutions like MIT.

Preliminary Exam and Thesis Committee

The preliminary examination is a pivotal milestone in the Duke UPGG doctoral journey. Students must take the exam between the start of their fourth semester (spring of year two) and before the end of their fifth semester (fall of year three), with committee selection required by December of the second year. The exam tests both the student’s mastery of their research area and their ability to develop and defend an independent research proposal.

The preliminary exam committee comprises four to five faculty members including the student’s advisor. At least three members must be UPGG faculty, and the committee chair must be a UPGG faculty member who is not the advisor. A “minor area” member — the faculty member whose expertise overlaps least with the student’s project — adds breadth to the evaluation. External members from outside UPGG or even outside Duke are possible but rare.

Before the formal preliminary exam, students must complete a pre-prelim committee meeting. This required meeting, lasting no more than one hour, gives the committee an early look at the student’s progress and research direction. Students provide a one-to-two-page specific aims synopsis and updated CV, with an optional 15-to-20-minute PowerPoint presentation. This meeting serves as both a reality check and a feedback opportunity, helping students refine their proposals before the high-stakes exam.

The written component requires an NIH R01/NRSA format proposal (10-12 pages, single spaced) or NSF format proposal (8-12 pages), including specific aims, approach, significance, innovation, research design and methods, preliminary data, timeline, and literature cited. The committee must receive this document at least two weeks before the oral exam. Notably, extensive preliminary data is not required — the exam evaluates the student’s ability to propose and defend a research plan rather than simply report existing results.

The oral examination begins with a minimum 30-minute presentation followed by general questions and in-depth discussion, typically lasting several hours total. The advisor is present as an observer only and cannot serve as chair or ask leading questions — a design that ensures the exam tests the student’s independent thinking rather than their ability to echo their advisor’s perspective. Students have the opportunity to speak frankly about their advisor relationship, providing a confidential feedback channel that supports healthy mentoring dynamics.

Dissertation Research and Defense

After passing the preliminary exam, Duke UPGG students focus primarily on their dissertation research. The Graduate School requires that the thesis defense occur two to four years after the preliminary exam, and students who remain in the program six years past their prelim date must re-enroll in classes. These time boundaries create a clear window for focused research productivity.

One of UPGG’s most distinctive requirements is that every graduating student must have at least one first-author peer-reviewed publication — published or in press — before they can defend their dissertation. This requirement sets a high bar for research productivity and ensures that UPGG graduates enter the job market with demonstrated ability to produce publishable science. The publication requirement also motivates students to engage with the manuscript preparation and peer review process early in their doctoral training.

The dissertation itself follows a structured format. Chapter one provides the introduction, covering background, research area, research problem, gap in knowledge, and main thesis points. Subsequent chapters present distinct data studies that may be based on published papers with proper formatting and attribution. The final chapter — Discussion and Future Directions — must exceed ten pages double-spaced and place the work in a broader biological, medical, or translational context. This final chapter requirement ensures that students can articulate the significance of their work beyond the immediate experimental findings.

Annual committee meetings, held between September and May, provide ongoing oversight of research progress. A final committee meeting by the start of year five determines whether the student is ready to begin writing the thesis. The committee must approve the student’s readiness before writing begins — a checkpoint that prevents students from investing months in writing before their research is sufficiently mature.

The defense itself comprises two parts. A public seminar lasting approximately one hour (45-minute presentation plus 15 minutes of questions) demonstrates the student’s ability to communicate their research to a broad audience. The subsequent private closed session, typically two hours (not exceeding three), allows the committee to conduct a thorough oral examination. Passing requires an average score of four or better in the T3 tracking system. Post-defense revisions must be completed within 30 days or by the semester deadline, whichever comes first.

Faculty and Research Areas

Duke UPGG’s approximately 100 affiliated faculty represent one of the largest genetics and genomics faculty bodies in any American university program. This exceptional breadth means students can find expertise across virtually every major area of genetics research, from classical model organism genetics to cutting-edge genomic technologies to computational approaches to statistical genetics.

The faculty spans multiple departments including Medicine, Biology, Biostatistics and Bioinformatics, Molecular Genetics and Microbiology, and the Duke Molecular Physiology Institute. Director Allison Ashley-Koch holds appointments in three departments, exemplifying the interdisciplinary nature of the program. Director of Graduate Studies Ryan Baugh, an Associate Professor in the Department of Biology, brings expertise in developmental genetics that complements the program’s strong biomedical focus.

Research areas within UPGG are remarkably diverse, spanning from evolutionary genetics field work on lemurs to molecular studies of fungal pathogens to immune cell signaling research. This diversity means that students entering the program with broad interests can explore multiple research areas during their rotations before committing to a thesis lab, while students with focused interests can find faculty with deep expertise in their chosen area.

Faculty commitment to training is substantial — UPGG faculty serve on up to 25 different preliminary exam and thesis committees, ensuring that students receive guidance from researchers with diverse expertise. This distributed mentorship model means that each student benefits from multiple perspectives on their research, not just their advisor’s viewpoint. The faculty’s active involvement in committee work also creates informal mentoring relationships that extend beyond the formal advisor-student dynamic.

Funding, Stipends, and Financial Support

Duke UPGG provides a clear and supportive funding structure for doctoral students. During years one and two, the program itself provides full funding including stipend, tuition, and fees. International students receive their funding through a fellowship from the Graduate School (rather than NIH training grants due to eligibility restrictions) but receive the same gross pay as domestic students, ensuring equity across the cohort.

From year three onward, students transition from program-funded “non-comp” payroll to faculty staff payroll, with support provided by the thesis advisor’s research grants. This transition requires coordination between the student and the advisor’s department, including setting up new payroll arrangements. Students are responsible for initiating this process, making it important to plan ahead and communicate with both the advisor and departmental administration.

Conference travel funding is available through two channels. Pre-prelim students can access the UPGG Travel Award, which provides $300 for conference attendance. After passing the preliminary exam, students become eligible for the Graduate School Conference Travel Award, which covers 70 percent of total expenses up to $525 for domestic conferences or $700 for international conferences. The student’s primary department contributes the remaining 30 percent, up to $300. Covered expenses include registration fees, primary travel, three nights of lodging, and meals for four days at up to $25 per day. Awards are limited to one per fiscal year and require active presentation at the conference.

The Graduate School also offers various fellowships and awards for continuing students, with details available through the Duke Graduate School financial support page. Some awards require a letter from the Director of Graduate Studies, which should be requested at least one week before the deadline. Health insurance is mandatory for all students on F1 or J1 visas and is covered by the fellowship, providing essential medical coverage without additional cost to students.

Career Development and Professional Training

Duke UPGG offers an unusually comprehensive suite of career development resources that prepare students for diverse post-doctoral career paths. The program recognizes that not all genetics PhDs will pursue traditional academic positions, and its career development infrastructure reflects this reality by supporting preparation for academic, industry, teaching, and policy careers.

The Preparing Future Faculty program, a national initiative hosted at Duke, accepts 25-30 fellows per year and provides mentorship, site visits to various institution types, workshops, self-evaluation exercises, and teaching portfolio development. Students interested in academic careers find this program invaluable for understanding the full range of faculty positions — from research-intensive universities to liberal arts colleges to community colleges — and the different expectations at each type of institution.

For students with a strong interest in teaching, the Certificate in Teaching Biology provides structured mentorship, coursework, practical teaching experience, evaluation, and teaching portfolio development. The broader Certificate in College Teaching offers similar training across disciplines. Teaching Ideas Workshops, held throughout the academic year, cover topics from active learning strategies to classroom technology, allowing all students to develop pedagogical skills regardless of whether they pursue a formal certificate.

Students are encouraged to complete an Individual Development Plan (IDP) annually and upload it to the T3 tracking system. Career plans are discussed at each annual committee meeting, ensuring that professional development receives ongoing attention alongside research progress. The program recommends that students pursuing academic careers begin identifying and contacting potential postdoctoral mentors in their fourth year, and that all students have post-graduation positions lined up six to nine months before graduating. This proactive approach to career planning prevents the drift that can occur when students focus exclusively on dissertation completion without thinking about next steps. Students at elite institutions like EPFL follow similar career planning timelines.

Responsible Conduct of Research Training

Duke UPGG implements one of the most thorough responsible conduct of research (RCR) training programs in graduate education, requiring a total of 18 contact hours spread across all years of the doctoral program. This distributed approach ensures that ethical training accompanies students throughout their development rather than being confined to a single orientation session.

The RCR training begins during August orientation with BIOTRAIN 750 (4 hours), covering expectations of graduate students, professionalism, choosing rotation and thesis mentors, wellness, ethics history, inherent bias, data documentation, electronic lab notebooks, misconduct reporting, and diversity and inclusion. This intensive introduction sets ethical expectations from day one.

In the spring of year one, BIOTRAIN 751: The Responsible Scientist I (4 hours) deepens the training through a multi-day course combining online lectures, in-person presentations, and small group discussions. Topics include research area development, hypothesis formulation, research design, misconduct, mentorship, conflict of interest, human and animal subjects, and data acquisition. The small group discussions, led by training faculty with senior graduate students and postdoctoral fellows, create an interactive learning environment where ethical scenarios can be explored in depth.

Years two and three feature annual DOSI-ASIST online modules (1 hour each), covering practical topics like lab notebook tools, experiment management, and research communication. In spring of year four, BIOTRAIN 754: The Responsible Scientist II (4 hours) addresses advanced topics including data provenance, recordkeeping, data ownership and sharing, responsible authorship, publication practices, and peer review — issues that become increasingly relevant as students begin publishing their own work.

Year five and beyond requires two 2-hour RCR Forums (4 hours total), each combining a one-hour lecture with a one-to-1.5-hour small group discussion. Topics at this level include copyright versus plagiarism, global bioethics, academic freedom, intellectual property, and science communication. An alternative pathway allows advanced students to serve as teaching assistants in BIOTRAIN 751, earning RCR credit while developing pedagogical skills — an elegant integration of training and professional development.

Student Life and Community

The Duke UPGG student community is organized through a Student Body Committee with a clear mission: maintaining primary commitment to academic performance and scientific productivity while organizing student activities under the purview of program leadership. Leadership positions are filled at the Annual UPGG Student Body Meeting each fall, with roles covering recruitment, the annual retreat, graduate student government representation, the Distinguished Lecture Series, social events, curriculum review, and diversity, equity, inclusion, and accessibility initiatives.

The annual student retreat, organized by the student committee, is a highlight of the academic year. Held over a weekend in fall at a beach or mountain location, the retreat combines scientific sessions featuring 15-minute student talks from all years (except first-year students) with social activities. Three faculty members — selected from new or established UPGG faculty — are invited to participate, fostering informal connections between students and faculty outside the laboratory setting.

First-year students participate in February recruitment weekends, helping to attract the next cohort of UPGG students. This involvement in recruitment serves a dual purpose: it gives current students a stake in the program’s future and provides prospective students with honest, student-level perspectives on the UPGG experience.

The program’s Tuesday Seminar and Distinguished Lecture Series (UPGEN 750) brings leading genetics and genomics researchers to Duke throughout the academic year, providing students with exposure to cutting-edge science and opportunities to network with established investigators. Required attendance during years one and two and strongly encouraged thereafter, the seminar series creates a shared intellectual experience that unifies the UPGG community around the latest advances in the field. Students at comparable programs like UCL benefit from similar seminar cultures.

Teaching opportunities provide additional professional development. TA positions range from standard course support (grading, problem sets, exams) to more involved undergraduate laboratory teaching roles. The program encourages students to discuss teaching objectives with their mentors and acknowledges that teaching during work hours may require additional lab time — a transparent approach to balancing training responsibilities that helps students plan their time effectively.