Student Retention & Intervention Digital Worker
Deploys a 5-agent intelligence system that continuously analyzes student engagement data, predicts churn probability using machine learning, segments cohorts by risk level, and generates personalized intervention strategies. The system features RAG-powered context retrieval, streaming AI responses, and advanced reasoning chains (ReAct, Chain-of-Thought, Tree-of-Thoughts).
Problem Statement
The challenge addressed
Solution Architecture
AI orchestration approach
AI Student Success Intelligence Platform - Data & ML configuration, Agent Architecture (Orchestrator, Risk Analyst, Churn Predictor, Intervention Planner, Action Executor), and Launch Configuration
Agent Execution Runtime - Agent Orchestra with live activity feed, real-time code execution, and Agent Reasoning panel showing analysis progress
Intelligence Dashboard - At-risk student alerts (44 students), critical alerts (12), potential savings ($22,440), completion rate improvement (+12%), key findings, and AI-recommended actions
ROI Analytics - Projected savings ($22,440), expected ROI (4.2x), completion rate impact (+12%), 30-day predictions, and cost-benefit analysis
AI Agents
Specialized autonomous agents working in coordination
Orchestrator Agent
Complex retention analysis requires coordinating multiple specialized agents, managing data flow between components, and aggregating results into actionable insights.
Core Logic
Serves as the central coordinator using Claude 3 Opus for strategic decision-making. Plans workflow execution, delegates tasks to specialized agents, manages dependencies, and aggregates final results. Maintains agent coordination through structured handoffs and priority-based task routing.
Risk Analyst Agent
Raw student data is fragmented across systems and lacks risk context. Without synthesis, support teams cannot identify which engagement patterns indicate dropout risk.
Core Logic
Fetches student records from data warehouses and calculates multi-factor risk scores using machine learning models. Detects behavioral patterns (video abandonment, assessment avoidance, declining login frequency), segments cohorts into risk tiers (critical, high, medium, low), and identifies top risk factors with correlation analysis. Uses Claude 3 Sonnet for nuanced pattern interpretation.
Churn Predictor Agent
Historical data alone doesn't predict future outcomes. Institutions need forward-looking probability estimates to prioritize interventions before students disengage completely.
Core Logic
Executes ML-powered churn prediction models with configurable time horizons (30, 60, 90 days). Forecasts completion rates based on current trends, calculates intervention impact estimates for different strategies, and provides confidence scores for each prediction. Uses temperature=0 for deterministic, consistent predictions.
Intervention Planner Agent
Generic outreach messages have low response rates. Support staff lack time to craft personalized interventions for each at-risk student.
Core Logic
Generates personalized intervention strategies using Claude 3 Opus for creative, empathetic messaging. Creates multi-channel outreach plans (email, SMS, in-app, mentor assignment), matches students with compatible peer mentors based on profile similarity, drafts customized communication templates, and analyzes content effectiveness. Prioritizes interventions by expected impact and resource efficiency.
Action Executor Agent
Approved intervention plans remain ineffective without execution. Manual implementation is slow and inconsistent across channels.
Core Logic
Executes approved interventions across multiple channels using Claude 3 Haiku for fast, efficient operations. Sends personalized emails, schedules mentor meetings, updates learning paths in the LMS, pushes in-app notifications, and logs all interventions for outcome tracking. Operates with temperature=0 for consistent, reliable execution.
Worker Overview
Technical specifications, architecture, and interface preview
System Overview
Technical documentation
Tech Stack
8 technologies
Architecture Diagram
System flow visualization