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Letting Data Speak, AI Act!
Case Study
AI-Powered School Improvement Plan Review System
About the Client
An educational technology company serving K-12 school districts across the United States, specializing in school improvement planning platforms. The client supports hundreds of school administrators who must ensure their improvement plans comply with federal regulations while maintaining educational best practices.
Challenge
Manual Review Bottleneck: The client's operations team faced a time-consuming manual review process for extensive school improvement plans (60-100 pages each), requiring meticulous verification of federal compliance and educational best practices alignment.
Regulatory Compliance Complexity: Each plan required comprehensive checks against ESSA (Every Student Succeeds Act) federal regulations and multiple educational frameworks, demanding deep subject matter expertise and attention to detail.
Resource Allocation Issues: The labor-intensive review process diverted valuable administrator time away from focusing on student outcomes and strategic educational initiatives.
Scalability Constraints: Traditional manual approaches could not scale to meet growing demand from school districts requiring rapid, accurate feedback on their improvement plans.
Quality Consistency Concerns: Manual reviews risked inconsistencies in feedback quality and compliance verification across different reviewers and time periods, potentially exposing schools to regulatory issues.
Key Results
Reduced Review Time by 80%: Automated the complete review process from 60-100 page school improvement plans, delivering comprehensive compliance reports in 10-15 minutes versus hours or days of manual work.
Achieved Comprehensive Compliance Coverage: Implemented multi-faceted analysis covering ESSA federal regulations, SMART/BEST goal frameworks, coherence checks, and educational best practices validation.
Enabled Scalable Operations: Deployed a serverless architecture capable of processing multiple school plans simultaneously without additional staffing requirements.
Solution
Event-Driven Serverless Architecture: Designed and implemented a fully automated, serverless solution on AWS using parallel Lambda functions triggered by S3 file uploads, enabling immediate processing upon plan submission through a web-based user interface.
Advanced Document Processing Pipeline: Developed a sophisticated multi-stage analysis system that performed section-wise content extraction from PDF documents, including tabular data and logo extraction, followed by automated coherence analysis validating logical connections between problem statements, root causes, and strategic objectives.
AI-Powered Compliance Verification: Integrated Amazon Bedrock with Claude models to conduct intelligent compliance checks against federal regulations, leveraging a custom AWS Vector Knowledge Base containing ESSA documents, licensed planning guides, and educational best practice resources.
Intelligent Document Chunking Strategy: Implemented path-based chunking mechanisms for knowledge base ingestion, applying specialized strategies for different document types—section-wise chunking for ESSA regulations, whole-document treatment for reference materials, and fixed-size chunking with overlap for generic documents.
Retrieval-Augmented Generation (RAG) System: Built a comprehensive RAG pipeline that queried the vector knowledge base to validate goals, needs assessments, and strategic plans against regulatory requirements, ensuring accurate compliance reporting.
Structured Report Generation: Engineered a generative AI system that synthesized multiple analysis outputs (parsing, coherence, goal validation, and compliance checks) into structured "Glows and Grows" format reports with executive summaries and section-by-section feedback.
Real-Time Status Monitoring: Implemented a polling mechanism with 20-second intervals to track report generation progress, delivering completed reports to an editable markdown interface for final user review and customization.
Production Deployment Infrastructure: Deployed the Next.js user interface on AWS EC2 (t2.small instance) with proper security configurations, enabling external access and providing screen session management for continuous application availability.
Technologies Used
AWS Lambda
Amazon Bedrock (Claude Models)
AWS S3
Amazon Knowledge Base for Bedrock
AWS Vector Database
PyMuPDF (fitz)
Python (boto3)
Next.js
AWS EC2
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