position-discovery
Skill1 starsChanged 5 months agoMITView on GitHub
Find open PhD positions, funded studentships, fellowships, or labs actively recruiting students that match the applicant's profile. Use this whenever the user wants to discover, search for, find, or surface PhD opportunities — e.g. "find me PhD positions in NLP in Europe", "any funded studentships in computational biology?", "what programs should I be looking at?", "search for open PhD spots with professors working on diffusion models", or "are there openings in these three departments?". Sweeps position boards, department and lab pages, and funding databases, filters by the applicant's field/region/constraints, de-duplicates, and writes structured opening records to knowledge-base/openings/. Trigger even when the user names a board, a region, or a topic instead of saying "position" — any intent to locate PhD opportunities to apply to should use this skill.
In this repository9 other files it gives its agents.
- application-materialsSkill
- application-trackerSkill
- interview-prepSkill
- opportunity-rankerSkill
- outreach-emailSkill
- phd-copilotSkill
- professor-analyzerSkill
- professor-analyzerSkill
- research-proposalSkill
The file
We split this skill into the rules it gives an agent
6 rules. About 0 are common, 3 are distinctive, and 3 are very specific to this project.
≈0
Common · estimate
Many files like this have a rule of this kind.
≈3
Distinctive · estimate
This author's own choices. Worth a look.
3
Very specific
Tied to their project's names, files or tools. Probably skip.
- Common
- Distinctive
- Very specific
- Very specific: line 32
Read knowledge-base/profile/profile.md.
- Very specific: line 40
Use shared/references/data-sources.md for the catalogue.
- Distinctive: line 50
Topic-driven: when the user gives a research topic, search recent publications and lab pages to find *who* works on it, then check those …
- Distinctive: line 57
Verify before recording: Follow each promising hit to its primary source (the lab or program page), confirm it's current (not a closed call …
- Very specific: line 74
Before writing, check existing files in knowledge-base/openings/ so you don't create a duplicate.
- Distinctive: line 91
Leave a field blank when genuinely unknown rather than guessing a deadline or funding status — downstream ranking depends on these being …
≈ “Common” is an estimate: at least 1 in 5 of the 350,495 skill files we read have a rule of the same kind, not the same words. “Very specific” is our guess from the words: it names a file, a command, a setting or the project itself.
Files
Position discovery
The job of this skill is to turn a broad wish ("find me PhD positions in X") into a small set of specific, real, current openings the applicant can act on — each captured as a file the rest of the copilot can consume. Quality beats quantity: ten well-verified, genuinely-matching openings are worth more than a hundred scraped links, because every opening you surface becomes downstream work (analyzing the professor, drafting outreach).
What you produce
One file per opening at knowledge-base/openings/<slug>.md, following the opening
schema in shared/schemas/README.md (read it for the exact front-matter fields). Slugs
are lowercase-kebab and should encode lab + topic + year, e.g. smith-lab-rl-2026.
Step 1 — Load the search profile
Read knowledge-base/profile/profile.md. The field, subfields, target_regions,
target_start, sources, and constraints fields define the search. If the profile is
empty or thin, ask the user for at least field + region + whether funding is required —
searching without these produces noise. If the user's request already narrows things
(a specific topic, professor, or department), treat that as an overriding filter.
Step 2 — Choose sources and sweep
Use shared/references/data-sources.md for the catalogue. Pick sources that fit the
applicant's field and region rather than searching everything — the sources: list in the
profile is the guide. As a rule of thumb:
- Advertised, funded projects (common in UK/EU): FindAPhD, EURAXESS, jobs.ac.uk, and national portals. These have explicit deadlines and funding — capture them precisely.
- US / direct-to-advisor style: there's rarely a "position" posting; the signal is a
professor whose lab page says they're recruiting, or whose recent hiring/grant activity
implies openings. Treat "this lab is plausibly recruiting in your area" as a valid
opening, with
funding: unknownand a note on the admission model. - Topic-driven: when the user gives a research topic, search recent publications and lab pages to find who works on it, then check those labs for openings.
For static pages use web fetch; for JS-rendered listings (some boards, Scholar) use the browser tools. If a source needs a connector that isn't available, tell the user rather than silently skipping it.
Verify before recording. Follow each promising hit to its primary source (the lab or
program page), confirm it's current (not a closed call from two years ago), and read enough
to fill the schema honestly. A plausible-looking listing that turns out to be expired is
worse than no listing. Determine today's date with the shell, and when you confirm an opening
is live, record that date in verified_on — it's the currency stamp the ranker and tracker
use to tell a fresh opening from a stale one. Check the deadline and intended start_year
against today: a passed deadline or a prior cycle means don't record it as new (or record it
with a clear note that it's expired), rather than presenting it as actionable.
Step 3 — Filter and de-duplicate
Apply the applicant's hard constraints as filters, not suggestions. Read the typed
funding_required flag and target_start from the profile: if funding_required: true,
drop self-funded openings (and flag unknown-funding ones for the applicant to verify) —
an unfunded position for someone who needs funding is not a match. Drop anything that fails a
dealbreaker, region, or start-year filter.
Before writing, check existing files in knowledge-base/openings/ so you don't create a
duplicate. If an opening already exists, update it (e.g. a newly found deadline) rather
than making a second file.
Step 4 — Write opening records
For each surviving opening, write knowledge-base/openings/<slug>.md with all schema
fields. Set status: new, verified_on to today's date, start_year to the intake year,
and funding to one of fully funded | partial | self-funded | unknown (use self-funded
explicitly — never blur it into partial). In the body:
## Description— what the project/position actually is, in your words.## Requirements— degree, skills, tests, eligibility (note visa/nationality limits).## Why it fits— the concrete link to the applicant's profile (topic, method, goal). This is what makes the record useful later; be specific, not "matches your interests".## Notes— admission model, funding clarity, anything the applicant should verify.
Leave a field blank when genuinely unknown rather than guessing a deadline or funding status — downstream ranking depends on these being honest.
Step 5 — Report and hand off
Give the user a short ranked-by-promise summary: how many openings you found, the strongest two or three with one line each on why, and any source you couldn't reach. Then suggest the natural next steps: deep-dive the most promising professors with professor-analyzer, or rank everything with opportunity-ranker once a few openings exist.
Recurring sweeps
Discovery is naturally periodic — new positions appear throughout a cycle. If the user wants ongoing coverage, offer to set up a scheduled task that re-runs this sweep (e.g. weekly) and reports only genuinely new openings since last time.
Guardrails
Respect source etiquette in shared/references/data-sources.md (APIs over scraping, rate
limits). Never invent an opening, a deadline, or a funding guarantee — an applicant who
plans around a fabricated deadline is actively harmed. When unsure whether a position is
real or current, mark it for the user to verify rather than asserting it.
Does it work?
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Your trail
Files you open will collect here, so you can find them again.
Open two or more, and you can remix the rules you like from each into one list. Kept in this browser only.
Now do this for your own.
Bring your CLAUDE.md, AGENTS.md or skills. agentleFS shows which of your rules are common, which are yours and which only fit one project, and keeps one version your agents read everywhere.

