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FDE skill for industrial AI deployment: scenario diagnosis, data governance, solution design, POC-to-scale methodology, ROI quantification. Covers predictive maintenance, visual inspection, process optimization, energy efficiency, supply chain. Triggers: FDE, industrial AI, smart manufacturing, factory AI, AI deployment.

FDE Industrial AI Deployment Skill

Open Source: https://github.com/jaccen/FDE-Industrial-Skill

Overview

Full-spectrum support for FDEs deploying AI & big data on industrial production lines — from scenario diagnosis to scaled deployment.

Core Workflow

text

Scenario Diagnosis -> Data Governance -> Solution Design -> POC -> Scale-up -> Feedback Loop

Step 1: Scenario Diagnosis

1. Read references/fde-role-model.md for FDE capability framework.
2. Apply "Pain-Data-Impact" triage: Pain (business pain), Data (sufficiency), Impact (quantifiable ROI).
3. Classify into 5 core categories — references/industrial-ai-scenarios.md.

Step 2: Data Governance & Integration

1. Map data sources: OT (SCADA/PLC/sensors), IT (MES/ERP/PLM), ET (engineering docs).
2. Palantir-style Ontology: Objects, Links, Actions.
3. Data quality gaps: missing values, timestamp misalignment, label scarcity.
4. Pipeline: edge collection -> ETL -> feature store.

Key: Start from business decisions, not data tables.

Step 3: Solution Design

• Visual inspection: CNN/ViT + edge GPU boxes
• Predictive maintenance: LSTM/Transformer + physics-informed features; 7-14 day window
• Process optimization: RL/Bayesian + digital twin; single process first
• Energy efficiency: regression + control optimization; baseline first
• Supply chain: graph model + demand forecast + ERP integration

Step 4: POC Deployment (Zero Week)

Day 1-3: data audit + interviews; Day 4-7: baseline model + quick wins; Week 2-4: training + integration; Week 4-6: A/B test + operator training.

Critical: Deliver measurable quick win within 2 weeks.

Step 5: Scale-up & Feedback

Measure ROI, generalize single -> multi -> factory-wide, FDE+FDR feedback loop.

ROI Framework

Metric	Typical Range
Defect detection improvement	80-95% reduction
Unplanned downtime reduction	30-60% reduction
Yield improvement	2-8% increase
Energy savings	5-15% reduction
ROI payback period	6-18 months

Reference Guide

Need	Reference
FDE role & skills	fde-role-model.md
Scenario & algorithm	industrial-ai-scenarios.md
Deployment methodology	landing-methodology.md
Case studies	case-studies.md