Early-talent intelligence layer

Build hiring-ready talent before hiring begins.

stu. is an early-talent alignment platform that translates employer-defined hiring standards into measurable, longitudinal capability pathways - improving candidate readiness before hiring begins.

stu. builds the intelligence layer between universities and employers, transforming fragmented student activity into calibrated capability signals aligned to real hiring outcomes.

Capability Alignment Preview

From coursework to calibrated capability

Companies spend millions recruiting early-career talent, yet hiring remains noisy and unpredictable. stu. shifts hiring upstream by translating employ...

Employer profiles codified12 dimensions
Artifacts normalized4.7M data points
Readiness scoredProbabilistic fit
Outcomes recalibratedWeekly model tuning

Signal lens

Longitudinal

Scoring mode

Outcome-calibrated

Hiring stage

Pre-application

Employer-defined capability models
Longitudinal student signal translation
Outcome-calibrated readiness scoring

Who this is for first

Teams hiring at graduate scale and paying for low-signal screening

Tech companies hiring 50+ graduates annuallyConsulting firms with structured competency modelsEngineering-driven enterprises with high junior ramp costsTeams investing heavily in campus recruiting with measurable readiness goals

Why early-career hiring breaks today

Signal distortion creates avoidable inefficiency, bias amplification, and higher ramp costs.

  • GPA varies by institution and grading culture.
  • Prestige often substitutes for measurable capability.
  • Resume screening compresses multi-year development into a static snapshot.
  • Students lack clarity on what hiring-ready truly means.

How Stu restores signal density

Stu is infrastructure for capability translation, not another job board workflow.

Employer Capability Modeling

Companies define structured hiring-ready profiles across technical, applied, and behavioral dimensions.

Artifact Structuring and Normalization

Coursework, projects, certifications, and leadership experiences are translated into latent capability dimensions.

Alignment Scoring

Students are scored probabilistically against employer profiles using normalized capability vectors.

Outcome Calibration

Interview and offer outcomes refine model weights over time so readiness prediction improves each cycle.

Operating model

A feedback-driven early-talent intelligence layer

Stu translates employer hiring standards into measurable pathways, then uses outcomes to continuously improve prediction quality.

1

Define target capability profiles

Employer teams specify what hiring-ready looks like for each early-career role before recruiting starts.

2

Structure longitudinal artifacts

Student activity across academics and applied work is converted into comparable evidence vectors.

3

Score candidate-role alignment

Readiness is assessed probabilistically against employer benchmarks, not resume heuristics.

4

Calibrate to hiring outcomes

Interview and offer outcomes continuously tune profile weights and signal interpretation.

Differentiation

Stu changes the timing and quality of hiring signal

Status quo

LinkedIn and Handshake operate at application time.

With Stu

Stu operates during development.

Status quo

Traditional hiring evaluates snapshots.

With Stu

Stu evaluates longitudinal behavior.

Status quo

Prestige-based filtering amplifies bias.

With Stu

Stu scores demonstrated capability.

What stu. is not

  • Not a job board.
  • Not resume optimization software.
  • Not a bootcamp.
  • Not a recruiting agency.
  • Not a university replacement.

Stu is infrastructure that increases signal density in early-career hiring.

Pilot pathway

Run an employer pilot with measurable outcomes

If stu. increases interview conversion, reduces junior ramp time, or lowers early attrition by even modest margins, the ROI exceeds enterprise subscription costs by multiples.

Ideal early customers

  • Tech companies hiring 50+ graduates annually
  • Consulting firms with structured competency models
  • Engineering-driven enterprises with high junior ramp costs
  • Teams investing heavily in campus recruiting with measurable readiness goals
stu. becomes the operating system for early-career talent alignment - a capability translation layer that reduces uncertainty in hiring and replaces heuristic screening with outcome-calibrated signal.

Over time, stu. evolves into the standard infrastructure layer connecting universities and employers. Companies define capability expectations, students generate longitudinal development data, and hiring outcomes recalibrate the model continuously.

Build hiring-ready talent before hiring begins.Reduce hiring noise. Increase readiness.From coursework to capability.

Structured pilot briefs are returned within two business days.