Operational Context & Objectives
An engineering organization maintained over 30 years of mission-critical design documentation, operating manuals, maintenance bulletins, and compliance certificates across heterogeneous formats (PDFs, CAD drawings, scanned legacy documents, and intranet wikis).
Senior engineers spent an average of 6.5 hours per week searching for authoritative technical standards and prior test results. Previous attempts to use off-the-shelf generative AI tools had failed catastrophically due to hallucinations, missing citations, and confidentiality concerns regarding proprietary engineering IP.
Engineering Architecture & Delivery
I designed and implemented an enterprise-grade Grounded AI Knowledge Assistant built on a strict Retrieval-Augmented Generation (RAG) framework. Rather than allowing the language model to answer from parametric memory, the system enforces a deterministic retrieval pipeline that pulls authoritative excerpts before synthesizing responses.
A hybrid retrieval engine combines semantic dense vector embeddings with lexical BM25 keyword matching to accurately surface obscure part numbers, acronyms, and technical phrases. Every generated answer is programmatically linked to exact document references, page numbers, and version tags, allowing engineers to verify ground truth in seconds.
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This project leverages core methodologies from the AI & Intelligent Applications consulting practice.