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My Annual PhD Student Assessment - Meeting My Research Studies Panel (RSP) thumbnail

My Annual PhD Student Assessment - Meeting My Research Studies Panel (RSP)

Ciara Feely·
6 min read

Based on Ciara Feely's video on YouTube. If you like this content, support the original creators by watching, liking and subscribing to their content.

TL;DR

Feely’s annual PhD review is run through a five-person Research Studies Panel that checks both research progress and professional development milestones.

Briefing

Ciara Feely’s end-of-year PhD assessment centers on a Research Studies Panel (RSP) that formally checks whether a doctoral student is on track—research-wise and career-wise—while also pushing for concrete next steps. In her setup, the panel totals five people: two supervisors, two additional professors from her Dublin-based research center, and one professor from another university brought in because of specialized involvement in the project’s running-science and computer science/machine learning components. The panel’s job is to track progress against a research plan, ensure publication and thesis planning stay aligned, and confirm professional development milestones are being built toward a viable end-of-PhD career.

The RSP meeting is tied to a structured annual review document: the Research and Professional Development (RPDP) form. Feely fills in sections covering ongoing research updates, a future work plan, and academic/professional activity records. The chair of the RSP—typically a professor who is not her supervisor—then completes the panel’s progress-to-date recommendations and any additional comments. Feely also prepares slides (optional but encouraged) to summarize her program status, internship outcomes, career goals, and the current state of the research—especially the new data pipeline that has opened up multiple potential project directions.

Her research focus is injury prediction using training data, with new data from Strava and additional summarization work tied to training breaks. She reports that after completing an earlier “stage transfer” assessment at about 18 months—an evaluation that determines whether she continues toward a PhD or exits with a master’s—this annual review becomes the routine checkpoint. For the RPDP future plan, she prioritizes narrowing down useful projects that can feed back into predictive modeling, then translating findings into concrete training plan recommendations. She also lists coursework, prior learning, research integrity training, publications, presentations, outreach activities, and an internship, including participation in “I’m Scientists Get Me Out of Here” and service on an equality, diversity, and inclusion committee.

The meeting itself runs as a short presentation followed by a longer Q&A and feedback session. Feely’s supervisors mostly stay quiet, letting the other panel members drive questions. The feedback concentrates on validation and realism: whether user studies are feasible, how recommendations might be tested with real runners, and how injury prediction should be validated given that training breaks are used as a proxy for injury. A major discussion point is the choice of a 14-day break window versus other lengths, plus whether performance differences can be attributed to injury specifically or to broader training behavior (for example, runners with slower marathon times taking more breaks). Panel members also press on publication strategy—targeting sports analytics journals—and on career planning, including whether lecturing-focused training should happen now or later (with the expectation that a postdoc will be the more likely path).

Overall, Feely frames the assessment as productive rather than punitive: the panel’s questions push her toward tighter validation plans and clearer publication and career targets, while she remains motivated to finish the training-break summarization work so she can move on to the next set of analyses.

Cornell Notes

Ciara Feely’s annual PhD assessment uses a Research Studies Panel (RSP) to verify progress on both the research plan and professional development. Her RPDP form documents ongoing injury-prediction work (including new Strava data), a future work plan, coursework and training, publications/presentations, outreach, and an internship. The panel’s feedback emphasizes validation—especially whether a 14-day “training break” proxy for injury is justified and how user studies might be done without building an app. Career planning also comes up, including publishing in sports analytics journals and timing teaching/lecturing preparation relative to a likely postdoc path. The process matters because it forces concrete next steps toward thesis writing, publication, and a credible academic career trajectory.

What is the Research Studies Panel (RSP) meant to accomplish in Feely’s PhD program?

The RSP’s core purpose is to track whether a doctoral student is making progress toward the PhD by checking that the research plan is being followed (or adjusted with a credible workaround if circumstances change). It also pushes thesis and publication planning—ensuring the student is building a thesis plan and knowing where results will be published. A second major function is professional development oversight, so the student is building a career direction and taking steps along the way. Feely’s panel totals five people: her two supervisors, two additional professors from her Dublin-based research center, and one professor from another university brought in because of deep involvement in the running-science side of the work.

How does the RPDP form structure the annual review work?

The RPDP form is split between student input and panel-chair input. Feely fills in sections including (1) ongoing research—an update on what was done in the last year (for her, injury prediction, new data, summarization work, and collaboration status), (2) a future work plan—what will happen next year, including narrowing projects that can feed predictive modeling and producing concrete training-plan recommendations, and (3) credits/professional development—classes, prior learning, career/professional modules, research integrity training, publications, presentations, outreach activities, and internship details. The RSP chair then completes progress-to-date recommendations and any additional comments, and everyone signs and submits the form.

What research priorities does Feely set for the next year given the new data?

Feely highlights two intertwined priorities. First, she wants to complete the training-break summarization work that uses training breaks as a proxy for injury, because finishing that specific component will unblock further analysis. Second, she plans to use the new data (from Strava) to select a small set of high-value projects rather than chasing an “endless list” of possibilities. Those projects should feed back into predictive work and ultimately support training-plan recommendation work, including explainability goals and model recommendations.

Why does the panel focus so much on validation, and what specific validation questions come up?

Panel feedback centers on whether the work can be validated in ways that would satisfy both domain experts and thesis readers. User-study feasibility is discussed: the most likely approach would be getting real runners to evaluate recommendation outputs for reasonableness, but Feely doubts a full live user study is realistic within the next 18 months because it would require building a reliable app and navigating practical constraints. For injury prediction, the panel challenges the proxy choice: why a 14-day break window instead of other lengths, and whether performance changes reflect injury specifically or broader training behavior (e.g., runners with slower marathon times taking more breaks). The panel also considers whether manual labeling by users could validate the injury concept, though that would require ethical approval and access to data and may still not guarantee accuracy.

How does the discussion connect research output to career planning and publication strategy?

Feely shares a preference for staying in academia and targets publishing in journals, especially sports analytics journals. The panel conversation includes the idea that a large dataset—hundreds of thousands of runners—could enable sports-analytics papers that test findings at scale, contrasting with sports-science studies that often rely on small cohorts. Teaching/lecturing preparation is also debated: her field may have a more direct route from PhD to lecturing, while Feely expects a postdoc first, so the panel suggests there’s time for teaching-focused development later.

Review Questions

  1. In Feely’s setup, what are the two main categories of responsibilities the RSP has (and how do they show up in the RPDP form)?
  2. What are the main validation challenges around using training breaks as an injury proxy, and why does the 14-day window matter?
  3. How does Feely’s career plan influence the way she frames publication goals and teaching/lecturing preparation during the meeting?

Key Points

  1. 1

    Feely’s annual PhD review is run through a five-person Research Studies Panel that checks both research progress and professional development milestones.

  2. 2

    The RPDP form is the central artifact: students document ongoing research, future plans, and credits/professional development, while the RSP chair adds progress-to-date recommendations.

  3. 3

    New Strava data expands the range of possible injury-prediction projects, so the next step is selecting a focused set that feeds predictive modeling and training-plan recommendations.

  4. 4

    Panel feedback heavily targets validation—especially whether user studies are feasible and whether a 14-day training-break proxy is justified.

  5. 5

    The panel challenges whether observed performance changes reflect injury specifically or broader training behavior, such as differences tied to marathon time.

  6. 6

    Publication strategy is treated as part of progress tracking, with an emphasis on sports analytics journals and leveraging large-scale datasets.

  7. 7

    Career planning includes a preference for academia and a likely postdoc path, shaping how and when teaching/lecturing preparation should occur.

Highlights

The RSP’s feedback isn’t just about whether work is progressing—it pushes concrete validation choices, including the rationale for using a 14-day training break as an injury proxy.
Feely’s RPDP process forces a structured bridge between research execution (models, data, summarization) and professional trajectory (credits, outreach, internship, publication goals).
User-study validation is discussed as a realistic constraint: meaningful runner feedback might be possible, but a full app-based study may not fit the timeline.
Career planning and publication targeting—especially sports analytics journals—are treated as measurable outputs of the annual review.

Topics

  • PhD Assessment
  • Research Studies Panel
  • RPDP Form
  • Injury Prediction
  • Validation Strategy

Mentioned