AtomHub 2.0
    Loan & Upskilling — Sector Case Study

    From credit-only scoring to
    learner outcomes

    We built an admissions+credit decisioning stack that predicts admit likelihood, benchmarks university ROI, and powers an upskilling-loan platform—so lenders can fund potential, not just past credit.

    ML Predictions
    40Y Data
    Fund Potential
    Executive Summary

    At a glance

    Three Core Systems

    Admit Predictor, University Comparison Engine, and Upskilling Loan Platform powered by ML on millions of data points

    Transformed Underwriting

    Eligibility now includes academic potential and employability signals—improving approvals without added risk

    Business Impact

    Decisions in hours (not days), 40% portfolio growth in first quarter, expanded access in tier-2/3 segments

    The Challenge

    Situation Before

    Traditional scoring underweighted student merit; processes were fragmented across admissions, credit, and disbursal; and ops lacked real-time views into placement and salary outcomes for ROI.

    Objectives

    Our Goals

    ML-Based Predictions

    Predict admission & eligibility with machine learning models.

    University Comparison

    Compare universities on 40+ years of outcomes data.

    Upskilling Platform

    Launch an upskilling-loan platform with employability-aware scoring.

    Fast Decisions

    Cut decision time while holding credit risk flat.

    Our Solution

    What We Built

    1. Admit Predictor

    • Trained on 1M+ historical student records to output admit probabilities
    • Returns personalized shortlists in under a minute, with tips to improve odds

    2. University Comparison Engine

    • Aggregates 40+ years of placements, salaries, employability, acceptance rates
    • Ingests real-time public/government data; benchmarks ROI for analysts and students

    3. Upskilling Loan Platform

    • Integrations with learning partners for certified courses/micro-degrees
    • AI credit scoring blending CIBIL, bank signals, and alternative data (academic/social)
    • Rule-based underwriting with a low-code engine for business ownership
    Solution Overview

    At a Glance

    Data Sources

    Admissions, ranking datasets, placements, credit bureau, internal applicants

    Models

    Logistic regression, gradient boosting, ensembles for admit probability + default risk

    Rule Engine

    Low-code underwriting & eligibility (auditable, business-editable)

    APIs & UI

    REST services for ops CRM and student dashboards

    Cloud

    Modular microservices, scalable inference & reporting on AWS

    Transformation

    Before → After

    Counselors/Analysts

    Before

    Manual reviews of thousands of profiles per intake

    After

    ML-ranked shortlists + admit probability; faster, consistent triage

    Credit/Underwriting

    Before

    Narrow financial signals; slow, opaque decisions

    After

    Employability-aware scoring + rule packs with versioning and logs

    Students/Partners

    Before

    Little transparency on program ROI

    After

    Outcomes-based comparisons (placements, salaries) informing both loans and choices

    Results

    Outcomes (Anonymized)

    Turnaround

    Days to Hours

    Approvals from days to hours via automation

    Accuracy

    +80% Uplift

    Higher accuracy vs. manual counselor predictions

    Portfolio

    +40% Growth

    Upskilling-loan growth in first rollout quarter

    Inclusion

    Tier-2/3 Access

    Higher penetration in tier-2/3 regions at stable risk

    Impact

    Why It Mattered

    Fairer Access

    Models and rules look at talent and employability, not only legacy credit

    Operational Speed

    Auditable, low-touch underwriting accelerates disbursal

    Market Expansion

    Real-time insights unlock new programs and geographies

    Ready to Transform Your Lending Platform?

    Download the detailed upskilling loan case study with architecture diagrams, models, and underwriting playbooks.

    All metrics and results presented are anonymized and represent aggregated outcomes across engagements in the education technology and financial services domains.