Get AI summaries of any video or article — Sign up free
My PhD Application Process and 1st Year PhD Student Experience Part 1 thumbnail

My PhD Application Process and 1st Year PhD Student Experience Part 1

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

The center for research training program emphasized candidate readiness and fit rather than requiring a pre-selected research topic and supervisor at application time.

Briefing

A structured, industry-facing PhD pathway can work even when a candidate doesn’t yet know their exact research topic—so long as the application process is built around fit, evidence, and training rather than a pre-selected project. In this account of a computer science PhD application and first-semester experience, the core turning point is a “center for research training” program in Dublin and two other universities, funded externally and designed to funnel students toward industry roles through internships, industry talks, and a highly scaffolded start.

Instead of the usual PhD route—where applicants often specify a precise topic and supervisor—the program emphasized the candidate’s background and readiness. The path began when a professor in a master’s course suggested computer science PhD study. After reaching out to a senior computer science figure at the university, the applicant was directed to the center’s program, which targets students from varied starting points, including math, statistics, and other non-traditional computer science backgrounds. The application submitted in March 2019 relied heavily on transcripts, any industry experience, relevant coursework, and a case for suitability, not on a fully formed research proposal. Two interviews followed in April–May, and acceptance came before a summer internship that served as a practical bridge into research.

That summer internship—four months in a university research group—was the first sustained, hands-on research project in computer science for the applicant. While the master’s thesis work sat in sociology and data analytics, the internship built confidence in coding, idea generation, and research execution with support from a supervising professor. It also clarified what a research rhythm might feel like before the PhD began.

The first semester then looked different from a typical PhD because the center’s training model is intentionally structured. Students start with a six-week boot camp split across multiple universities, designed to bring people from diverse backgrounds up to a shared level in statistics, machine learning, and research fundamentals. The boot camp also includes industry partner talks, a group project that mixes students across universities, and workshops focused on transferable skills—creative problem-solving, entrepreneurship, presentation skills for communicating jargon-heavy science to broader audiences, and career planning.

A distinctive feature was supervisor “matchmaking.” With no prior certainty about who supervisors would be, students participated in speed-dating style meetings with professors, followed by deeper one-on-ones and final selection. The applicant’s outcome was relatively rare within the cohort: strong interest in computer vision and related areas meant recommender systems stood out, and the applicant secured a supervisor aligned with machine learning plus a second supervisor bringing sports science domain expertise. Their research focus became applied recommender systems for marathon training.

Finally, the account ties productivity and motivation to the realities of early PhD uncertainty. After the boot camp (starting September 30 and ending mid-November), the applicant took a planned holiday and then spent December and early January reading heavily to understand the research area. That “not knowing exactly what to do” stretch—especially before the first proper supervisor meeting—helped motivate the launch of a YouTube channel focused on PhD progress and productivity, including time management strategies learned from productivity audiobooks and the challenge of adjusting from a full-time study/work mindset to a more flexible PhD schedule.

Cornell Notes

The applicant’s PhD entry route relied on a structured, externally funded “center for research training” program that prioritized candidate fit over a pre-defined research topic. After a master’s professor recommended computer science PhD study, the applicant applied in March 2019 using transcripts, coursework, and relevant experience, then completed two interviews before acceptance in time for a summer research internship. The first semester emphasized a six-week, multi-university boot camp covering statistics, machine learning, research skills, and industry-facing talks, plus workshops on presentation, entrepreneurship, and career planning. Supervisor selection happened through matchmaking sessions, and the applicant ultimately aligned with recommender systems and sports science expertise for marathon-training recommendations. Early uncertainty about tasks and direction led to heavy reading and the start of a YouTube channel focused on productivity and tracking PhD progress.

How did the application process differ from a typical PhD application, and what did it reward instead?

Rather than requiring applicants to specify an exact research topic and supervisor upfront, the center’s program accepted students based on readiness and fit. The application (submitted March 2019) leaned on transcripts, any industry experience, relevant classes, and an argument for suitability. Two interviews in April–May followed, and acceptance came before the summer internship. The applicant’s lack of deep computer science project experience didn’t disqualify them because the program’s training and industry structure were designed to build capability after entry.

Why was the summer internship considered a key bridge into the PhD?

The internship was the applicant’s first sustained computer science research project. It ran for about four months and paired technical skill-building—coding, developing ideas—with research execution under a supportive professor. It also complemented master’s thesis experience in sociology and data analytics, but shifted the work into a more technical research environment, making the eventual PhD start feel less like a leap.

What made the first semester structurally different from other PhD programs?

The center’s model was more structured and training-heavy. Students completed a six-week boot camp split across multiple universities, earned 30 credits through classes (typically four to six modules), and participated in additional requirements such as seminars and a yearly one-week course/conference. The boot camp’s purpose was to level students from varied backgrounds—pure computer science, math/statistics, physics, engineering, and industry experience—so everyone could engage with machine learning and research fundamentals.

How did supervisor selection work before research direction was locked in?

Supervisor assignment wasn’t predetermined. Students went through matchmaking: speed-dating style meetings with potential supervisors, then more focused one-on-ones, followed by decisions on both sides. The applicant described a cohort where many students gravitated toward computer vision, making recommender systems a standout interest. They secured a supervisor aligned with computer science/machine learning and a second supervisor with sports science domain knowledge.

What research area did the applicant pursue, and what domain expertise mattered?

The applicant’s research centered on applied recommender systems in sports science, specifically marathon training recommendations. They needed both machine learning/recommender systems expertise and sports science context, which is why the second supervisor’s domain knowledge was described as especially helpful.

How did uncertainty early in the PhD influence productivity and the decision to start a YouTube channel?

After the boot camp, the applicant spent December and early January reading extensively to understand the research area, but described the early months—before a first proper supervisor meeting—as challenging because the path felt unclear. That uncertainty contributed to launching a YouTube channel focused on tracking progress across PhD stages and sharing productivity strategies. The applicant also noted adjusting from a full-time, tightly scheduled work style to a more flexible PhD schedule, using time management learning (including productivity audiobooks) to stay productive.

Review Questions

  1. What elements of the center’s program reduced the need for applicants to arrive with a fully defined research topic?
  2. How did the boot camp’s structure (multi-university format, industry talks, workshops) support students from non-traditional computer science backgrounds?
  3. Why did supervisor matchmaking matter for the applicant’s eventual research focus, and what two expertise areas were required?

Key Points

  1. 1

    The center for research training program emphasized candidate readiness and fit rather than requiring a pre-selected research topic and supervisor at application time.

  2. 2

    Acceptance came after transcripts/coursework and two interviews, with the applicant learning they were accepted before a summer internship began.

  3. 3

    A four-month computer science research internship served as the applicant’s first hands-on research bridge into the PhD, building coding confidence and research execution skills.

  4. 4

    The first semester followed a structured training model: a six-week multi-university boot camp, 30 credits of classes, seminars, and additional yearly course requirements.

  5. 5

    Supervisor selection happened through matchmaking sessions, which helped students align with both technical and domain expertise before committing to research direction.

  6. 6

    Early PhD uncertainty drove heavy literature reading and motivated the creation of a YouTube channel focused on productivity and documenting progress.

  7. 7

    Planned time off was treated as a scheduling necessity to avoid being forced into rest due to exhaustion or illness.

Highlights

The program’s application didn’t require a defined PhD topic—evidence of suitability (transcripts, coursework, experience) mattered more than a project proposal.
A six-week boot camp across multiple universities aimed to level students from wildly different backgrounds in statistics, machine learning, and research skills.
Supervisor “speed dating” replaced assumptions about who would guide the research, making matchmaking a formal part of the early process.
The applicant’s recommender-systems focus stood out in a cohort largely drawn to computer vision, and it required both ML and sports science expertise.
Early uncertainty about what to do next helped trigger a productivity-focused YouTube channel and a more deliberate reading-and-notes routine.

Topics