EnrollForge™ | Strategic Enrollment Intelligence for Higher Education

The Challenge

A Prestigious Institution with Untapped Reach

Tulane's institutional reputation was never in question. With a nationally recognized research profile and a distinctive campus culture rooted in one of America's most vibrant cities, the brand carried real weight. The challenge was one of reach — identifying and activating prospective students in underserved markets who had the academic profile and personal ambition to thrive at a research-intensive university, but who had not yet placed Tulane in their consideration set.

The enrollment intelligence gap was clear: traditional recruitment infrastructure was waiting for students to find them. The pipeline needed to be built proactively — upstream, before competitors made their move, and in channels where best-fit prospects were actually spending their attention.

The Core Problem

High institutional brand recognition in core markets was masking a significant opportunity gap in secondary and emerging markets. The university's best-fit prospects in those markets weren't being reached — not because they weren't interested, but because no one had found them yet.

Our Approach

Intelligence-Led. Relationship-Driven. Results-Focused.

EnrollForge activated a coordinated campaign architecture that moved prospects through every stage of the enrollment funnel with precision. Direct outreach, social media trigger campaigns, and text-based engagement sequences were built around behavioral signals indicating active college search activity — not calendar dates, not batch communications.

Campus ambassador programming and peer engagement campaigns placed Tulane in front of prospective students through authentic channels. Real voices. Real moments. Real pipeline movement.

⬡ Student Signal Integration

Student Signal's behavioral detection layer identified prospects actively researching Tulane-profile institutions — surfacing them before institutional competitors made contact. Signal-matched students received personalized outreach within 48 hours of detection, dramatically compressing the time between prospect intent and institutional response.

"The institutions that move fastest to identify a student's interest signal — and respond with relevance — are the ones that win the enrollment conversation. Not the ones with the biggest budgets. The ones with the best intelligence."

EnrollForge Signal Engagement Framework

Campaign Architecture

A Multi-Layer Outreach System

The campaign was structured across three coordinated layers — each designed to move a different segment of the prospect population from awareness to action.

Layer 01

Signal Detection

Behavioral trigger monitoring across digital platforms identified prospects actively researching Tulane-profile institutions. These students received personalized outreach within 48 hours of signal detection — before institutional competitors identified them.

Layer 02

Multicultural Digital Publishing

Tulane's story was placed directly in front of minority student audiences in print and digital formats they trusted and consumed regularly. Not advertising — editorial presence in channels enrollment offices cannot access independently.

Layer 03

Campus Visit Activation

Students who engaged with outreach were funneled into a campus tour pipeline — converting digital interest into physical presence and dramatically improving downstream yield probability.

Outcomes

Pipeline Built. Reach Expanded. Relationships Established.

The engagement produced a materially expanded prospect pipeline — with meaningful growth in geographic markets that had previously been underpenetrated. Campus visit inquiry volume from targeted outreach cohorts increased. The multicultural prospect pipeline was meaningfully strengthened through publishing and digital partnerships built over more than a decade of institutional relationship work.

Beyond campaign results, this engagement established the infrastructure for ongoing signal-based enrollment management — moving Tulane's admissions operation from reactive to proactive.

Tulane University