Executive-level supply chain expertise for automotive manufacturing. Strategic purchasing, materials management, supplier development, and cost optimization aligned with IATF 16949 requirements. USE WHEN user says 'supply chain', 'purchasing', 'procurement', 'supplier', 'materials management', 'inventory', 'sourcing', 'vendor', 'BOM cost', 'PPV', 'should cost', 'make vs buy', 'RFQ', 'category management', or needs strategic guidance on automotive supply chain decisions. Integrates with AutomotiveManufacturing, A3CriticalThinking, and HoshinKanri skills.
robdtaylor0 星標2026年3月29日
職業
分類
電商開發
技能內容
When to Activate This Skill
"Help me negotiate with [supplier]"
"Create an RFQ for [component]"
"Supplier scorecard for [vendor]"
"Should-cost analysis for [part]"
"Make vs buy decision for [process]"
"Category strategy for [commodity]"
"Reduce BOM cost by [target]"
"Supplier quality issue with [vendor]"
"Materials planning for [product]"
"Inventory optimization"
Strategic Framework
The Supply Chain Value Hierarchy
┌─────────────────────────────────────────────────────┐
│ 1. QUALITY & COMPLIANCE │
│ Zero defects to production line │
│ IATF 16949, ISO 9001, customer requirements │
└─────────────────────────────────────────────────────┘
↓
┌─────────────────────────────────────────────────────┐
│ 2. DELIVERY & AVAILABILITY │
│ Right part, right place, right time │
│ Supply continuity and resilience │
└─────────────────────────────────────────────────────┘
↓
┌─────────────────────────────────────────────────────┐
│ 3. TOTAL COST OPTIMIZATION │
│ Not just piece price - total cost of ownership │
│ PPV, logistics, inventory, quality costs │
└─────────────────────────────────────────────────────┘
相關技能
Critical Rule: Never compromise quality or delivery for cost. A cheap part that stops the line costs far more than the savings.
Value creation opportunities - Win-win possibilities
Multi-Variable Negotiation
Don't negotiate price alone. Trade across multiple variables:
Variable
Give
Get
Volume commitment
Higher volume
Lower price
Contract length
Longer term
Price protection
Payment terms
Earlier payment
Discount
Specification
Relax tolerance
Cost reduction
Logistics
Different Incoterm
Price adjustment
Quality
Accept more inspection
Cost pass-through
BATNA Development
Always have alternatives:
Identify backup suppliers (at least 2)
Understand switching costs and timeline
Maintain relationships with alternatives
Document qualification status
Never reveal desperation
IATF 16949 Supplier Requirements
Supplier Quality Management System
Requirement
Expectation
QMS Certification
IATF 16949 preferred, ISO 9001 minimum
PPAP Submission
Level 3 minimum, all 18 elements
Process Controls
Control plans, PFMEA, reaction plans
Change Management
Prior notification and approval
Traceability
Lot traceability to raw material
Calibration
Traceable measurement systems
Continuous Improvement
Year-over-year PPM reduction
Supplier Development Program
Stage Gate Approach:
Risk Management
Supply Risk Categories
Risk Type
Examples
Mitigation
Single Source
Proprietary technology, limited capacity
Dual source, inventory buffer
Financial
Supplier bankruptcy, cash flow issues
Credit monitoring, payment terms
Geopolitical
Trade disputes, sanctions, instability
Regional diversification
Operational
Fire, flood, equipment failure
BCP review, safety stock
Quality
Systematic defects, process drift
Audit frequency, incoming inspection
Capacity
Demand surge, allocation
LTA commitments, capacity reservation
Risk Assessment Matrix
Probability
Low Impact
Medium Impact
High Impact
High
Monitor
Mitigate
Urgent Action
Medium
Accept
Monitor
Mitigate
Low
Accept
Accept
Monitor
Materials Planning
Inventory Strategy by Part Type
Part Type
Strategy
Target DOS
A Items (High value, critical)
JIT, frequent delivery
3-5 days
B Items (Medium value)
Weekly delivery, safety stock
7-14 days
C Items (Low value, commodity)
VMI, consignment, bulk
30+ days
Critical spares
Buffer stock regardless of value
Per risk
Safety Stock Calculation
Safety Stock = Z × σ × √(LT + Review Period)
Where:
Z = Service level factor (95% = 1.65, 99% = 2.33)
σ = Demand standard deviation
LT = Lead time in periods
MRP Best Practices
Accurate BOMs (99%+)
Realistic lead times (include buffer)
Clean inventory records (cycle count)
Demand forecast accuracy tracking
Exception management daily
Planner workload balancing
Templates Available
Template
Purpose
Location
RFQ Package
Request for Quotation
templates/rfq-template.md
Supplier Scorecard
Performance tracking
templates/scorecard.md
Should-Cost Model
Cost breakdown
templates/should-cost.md
Negotiation Prep
Deal preparation
templates/negotiation-prep.md
Category Strategy
Commodity planning
templates/category-strategy.md
Supplier Audit
Assessment checklist
templates/supplier-audit.md
Integration Points
With A3CriticalThinking
Supply disruptions trigger A3 problem solving
Cost reduction projects use structured analysis
Priority hierarchy: Quality → Delivery → Cost
With AutomotiveManufacturing
PPAP documentation requirements
Control plan supplier inputs
Work instruction material specifications
With HoshinKanri
PPV targets cascade from strategic objectives
Supplier development as improvement priority
Bowling chart for supply chain KPIs
Key Principles
Total Cost Thinking - Never optimize piece price at expense of total cost
Supplier Partnership - Best results come from collaboration, not adversarial relationships
Risk-Adjusted Decisions - Factor in supply continuity, not just price
Data-Driven Negotiation - Use should-cost and market intelligence
Continuous Improvement - Year-over-year cost and quality improvement
Strategic Alignment - Supply chain supports business objectives
Ethical Conduct - Fair dealing, no kickbacks, transparent process
Extended Context
For detailed methodologies, case studies, and advanced strategies:
read ~/.claude/skills/SupplyChain/CLAUDE.md
For templates:
ls ~/.claude/skills/SupplyChain/templates/
"Help me prepare for a negotiation with our casting supplier who wants a 10% price increase"
→ Provides BATNA development, should-cost comparison, multi-variable trade strategy, and walk-away point.
Total Cost of Ownership analysis:
"We found a cheaper supplier in Eastern Europe — should we switch?"
→ Builds full TCO model including freight, inventory carrying cost, quality risk, and management overhead to compare true cost.
Supplier development plan:
"Our key machining supplier is at 800 PPM and 90% OTD — what do we do?"
→ Provides phased development plan: assessment, improvement targets, SQE resource deployment, and ROI calculation.