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Conversion Intelligence Programme

The intelligence layer applied to
application to enrolment.

The sector made 4.3 million offers in 2025. For every 100, 26.9 students enrolled — down from 27.9 in 2016. Offer volume is growing. Placements are not keeping pace. At offer rates above 85 per cent, the conversion lever is the proposition, not the volume. The response has to be intelligence-driven.

26.9 Students enrolled per 100 offers, sector-wide 2025 — down from 27.9 in 2016
31 of 126 Mid-large providers contracted for two consecutive years — the sector is stratifying, not growing uniformly
3 Programme components — diagnostic, momentum, and platform — compounding every cycle

The conversion problem is structural, not cyclical.

Nine years of UCAS data tell the same story. Offer volumes have grown faster than placements across every tariff band. Traditional universities have expanded their reach downward. Clearing has become a structural admissions mechanism, not an emergency overflow. At offer rates above 85 per cent, further volume expansion yields diminishing returns. The appropriate response is not more offers. It is better intelligence about who is likely to accept, why, and what it would take to keep them.

26.9%
Sector accept-on-offer, 2025
Down from 27.9% in 2016. For every 100 offers made, 26.9 students enrolled. Offer volumes grew. Placements did not keep pace. The sector is not short of offers.
+12pp
Sector offer rate rise since 2016
From 113.8% to 125.8% of applicants receiving at least one offer. The funnel has widened at every tariff level. Working harder through the funnel to fill an equivalent number of places.
512k
Clearing acceptances, 2025
Clearing has become a structural admissions mechanism, not an emergency overflow. For providers filling 15–25% of places through Clearing, year-on-year income volatility is a planning risk, not a contingency.

This is a market structure shift. It will not reverse. At offer rates above 85 per cent, the conversion lever is the proposition — why a student with an offer from this institution should firm it, not how many offers are made. Understanding which applicants are likely to firm, which are wavering, and what is driving the decision — that is the intelligence gap the Conversion Intelligence Programme is built to close.

Source: UCAS End of Cycle data 2016–2025, Blairgowrie analysis.

Three components. One programme.

Each component addresses a specific part of the application-to-enrolment journey. Together they form a compounding intelligence system — the diagnostic components establish the baseline, the platform makes it operational, and the programme gets sharper every cycle.

01 — Diagnostic

Student Value Diagnostic

SVD

What drives your students to accept or decline? Not sector averages — your applicant pool, calibrated to your specific recruitment context.

We analyse publicly available student review data through a validated eight-dimension academic framework and produce a scored, institution-specific picture of the value proposition your applicants are weighing up.

Scored analysis across eight student value dimensions
Four student persona types calibrated to your applicant profile
Gap between marketed proposition and perceived experience
Recruiter briefing — what to emphasise and with whom
02 — Diagnostic

Student Momentum Diagnostic

SMD

Where does the experience and communication break down? Every touchpoint from application to enrolment scored — the disengagement points before a student ever arrives.

We audit your enquiry response, Open Day materials, offer letter, acceptance pack, and registration instructions against the same eight dimensions as the SVD. Momentum killers identified, scored, and prioritised.

Momentum Score (1–100) across five admissions moments
Colour-coded heatmap of where enrolment intent is lost
Specific momentum killers ranked by impact
Prioritised action plan — ready for immediate handoff
03 — Platform

Applicant Journey Platform

AJP

The intelligence made operational. The propensity model is built on three historical UCAS cycles of your own applicant data through Yield Intelligence — then deployed here, scoring every live applicant against your institution-specific conversion personas.

This is not a proposal. The platform is built and ready to deploy from cycle one. Every score is traceable to specific behavioural events in your own admissions pipeline — not sector averages.

Propensity score per applicant — rising, falling, or flat trajectory
Persona classification — four types, calibrated to your data
Recommended next action for every applicant in the pipeline
Recruiter dashboard — who to call today, who to call this week, and why

This is not a proposal. It exists.

Platform built — ready to deploy

The platform is built. Not a concept, not a proposal.

The Applicant Journey Platform exists. It is ready to generate propensity scores, persona classifications, and daily recruiter action lists on your applicant data from cycle one.

The model is trained on applicant behaviour in your own admissions pipeline — not sector-wide averages or synthetic data. That means the scores are specific, the trajectories are traceable, and the recruiter actions are actionable from day one.

The data model is clean. Applicant behaviour only. No third-party PII. No data sharing beyond what your institution already holds.

Data model: Applicant behaviour data from your own pipeline only. No third-party PII. No data purchased from list brokers. Fully compliant with GDPR and UK data protection legislation. Every score traceable to specific behavioural events — no black box.
Applicant behaviour data only No third-party PII Fully traceable scores GDPR compliant Data processing agreement provided No black-box model
Platform outputs — per applicant, per week
Propensity Score
Rising, flat, or falling trajectory. Updated as new behavioural signals arrive. Every score traceable to the specific events that drove it.
Persona Classification
Four canonical student types calibrated to your applicant pool — not generic archetypes. Determines communication style and messaging priority.
Recommended Next Action
Specific, prioritised action for each applicant based on their propensity trajectory and persona. Not a generic nudge sequence — an evidence-based instruction.
Recruiter Dashboard
Who to call today. Who to call this week. Why each call is prioritised. A daily action list your team can act on in the first hour of the working day.

The programme gets sharper every cycle.

Most conversion tools work on sector averages. The Conversion Intelligence Programme works on your data — which means every cycle produces a more precise picture of your specific applicant behaviour.

The diagnostic components establish the baseline in year one. The platform trains on your data. By year two, the propensity scores reflect a full cycle of observed behaviour. By year three, the model knows your applicant pool well enough to flag a wavering offer-holder before your recruiter notices the silence.

Yield Intelligence is the propensity model that powers the AJP. Built on three historical UCAS cycles of your own applicant data, it produces the conversion personas and scoring framework the AJP deploys operationally. Each cycle the model is refreshed — post-January deadline, post-decision deadline, and post-Clearing — and the intelligence compounds as more of your own conversion outcomes are folded in.

Cycle 1
Baseline established. SVD and SMD calibrated to your applicant pool. AJP deployed. Propensity scores generated from first behavioural signals. Recruiters have a ranked action list from week one.
Cycle 2
Model trained on observed outcomes. The propensity model learns from what happened in cycle one — which applicants firmed, which melted, and which behavioural signals predicted the difference. Scores become sharper.
Cycle 3+
Institution-specific intelligence. The model now reflects your applicant pool, your communication cadence, and your conversion patterns. Peer benchmarking identifies where the gap between your propensity and the sector average is structural versus tactical.

Ready to see it on your data?

A working prototype is already built. The conversation about applying it to your institution starts with fifteen minutes.

[email protected]