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[Abbreviations] Procurement Just-in-Time (JIT)

Just-in-Time (JIT) in procurement activities, outlining key criteria, benefits, risks, and implementation steps:

JIT Procurement Matrix

(Focused on automotive/manufacturing supply chains)

Criteria

JIT Implementation

Benefits

Risks & Mitigations

Automotive Example

Supplier Relationship

- Long-term contracts with trusted suppliers.


- Collaborative forecasting (VMI).

Reduced lead times, lower inventory costs.

Risk: Supplier failure.


Mitigation: Dual sourcing.

Toyota’s partnership with Denso.

Lead Time Accuracy

- Real-time tracking (EDI, IoT).


- Milk-run deliveries.

Minimizes stockouts/overstocking.

Risk: Transport delays.


Mitigation: Buffer stock for critical parts.

Honda’s regional logistics hubs.

Quality Consistency

- Supplier certification (IATF 16949).


- Incoming inspection waivers (for certified suppliers).

Zero-defect materials.

Risk: Quality escapes.


Mitigation: Statistical sampling.

Bosch’s JIT deliveries to BMW.

Demand Stability

- Kanban/pull signals.


- Shared production schedules (ERP integration).

Aligns supply with production needs.

Risk: Demand spikes.


Mitigation: Flexible capacity agreements.

Tesla’s daily parts replenishment.

Cost Efficiency

- Bulk discounts waived for frequent small batches.


- Reduced warehousing costs.

Lower carrying costs.

Risk: Higher per-unit transport costs.


Mitigation: Consolidated shipments.

Ford’s JIT for assembly line seats.

Key JIT Procurement Activities

  1. Supplier Selection

    • Criteria: Geographic proximity, proven reliability, IATF 16949 certification.

    • Tool: Supplier scorecards (OTIF, PPM).

  2. Order Scheduling

    • Method: Kanban cards, electronic pull signals (ERP/MES).

    • Frequency: Hourly/daily (vs. weekly/monthly).

  3. Delivery Execution

    • Mode: Milk runs, cross-docking, sequenced deliveries.

    • Tech: RFID/EDI for real-time tracking.

  4. Inventory Control

    • Target: Near-zero raw material inventory.

    • Tool: ABC analysis (prioritize high-value parts).

JIT vs. Traditional Procurement

Factor

JIT Procurement

Traditional Procurement

Order Quantity

Small, frequent orders.

Large, infrequent orders.

Inventory

Minimal (days/hours of supply).

High (weeks/months of supply).

Supplier Role

Strategic partner.

Transactional vendor.

Flexibility

High (adapts to demand changes).

Low (rigid schedules).

Risks & Mitigations

Risk

Mitigation Strategy

Supply Chain Disruption

Dual sourcing, safety stock for critical items.

Quality Failures

Supplier audits, inbound quality gates.

Demand Volatility

Demand sensing tools (AI forecasting).

Automotive Best Practices

  1. Toyota Production System (TPS):

    • Heijunka (production leveling) + Kanban for JIT parts flow.

  2. Tesla:

    • Gigafactory co-location with suppliers (e.g., Panasonic for batteries).

  3. Volkswagen:

    • Modular Consortiums: Suppliers assemble modules on-site (e.g., seats, dashboards).

Implementation Checklist

  1. Map all parts to JIT feasibility (ABC analysis).

  2. Negotiate VMI (Vendor-Managed Inventory) agreements.

  3. Integrate ERP with supplier systems (EDI/API).

  4. Train staff on Kanban/pull systems.

  5. Pilot JIT with 1-2 high-volume suppliers.

Performance Metrics

KPI

Target

Measurement Tool

Inventory Turns

≥12/year

ERP reports.

OTIF (On-Time In-Full)

≥98%

Supplier scorecards.

Lead Time

≤24 hours for critical parts

IoT/EDI tracking.


Abbreviations with their full forms, associated records/forms, and intended results, optimized for automotive/quality management contexts:

Abbreviation Matrix for Automotive Quality & Procurement

Abbr.

Full Form

Record/Form

Intended Result

JIT

Just-in-Time

JIT Delivery Schedules, Kanban Cards

Minimized inventory, reduced waste, on-time production.

VMI

Vendor-Managed Inventory

VMI Agreements, Stock-Level Reports

Supplier monitors/restocks inventory, reducing buyer workload.

EDI

Electronic Data Interchange

EDI Transaction Logs (e.g., PO/ASN)

Automated, error-free order processing.

OTIF

On-Time In-Full

OTIF Scorecards, Delivery Reports

Reliable supplier performance (e.g., ≥98% compliance).

PPM

Parts Per Million

Defect Logs, Quality Reports

Tracks defect rates (e.g., reduced from 500 PPM to 50 PPM).

COC

Certificate of Conformance

COC Documents (Per Batch)

Ensures materials meet specs (IATF 16949 Clause 8.6.4).

GR&R

Gage Repeatability & Reproducibility

MSA Reports, Calibration Records

Valid measurement systems (GR&R ≤10% for critical dimensions).

FIFO

First-In-First-Out

FIFO Audit Checklists, Storage Labels

Prevents material obsolescence/expiry.

MOQ

Minimum Order Quantity

Supplier Contracts, Purchase Orders

Balances cost efficiency with JIT needs.

ERP

Enterprise Resource Planning

ERP System Logs (SAP/Oracle)

Real-time inventory/production tracking.

RFQ

Request for Quotation

RFQ Documents, Supplier Bids

Competitive pricing, qualified supplier selection.

SLA

Service Level Agreement

SLA Contracts, Performance Dashboards

Defines supplier response times, penalties for delays.

RMA

Return Material Authorization

RMA Forms, Non-Conformance Reports

Streamlines defective material returns/credits.

BOM

Bill of Materials

BOM Sheets (Engineering/Production)

Accurate part lists for procurement/production.

OEE

Overall Equipment Effectiveness

OEE Dashboards, Downtime Logs

Measures production efficiency (e.g., OEE ≥85%).

Key to Records & Results

Category

Example Records

Intended Outcome

Procurement

JIT Schedules, VMI Agreements

Reduced inventory costs, on-time deliveries.

Quality

MSA Reports, PPM Logs

Zero defects, compliance with IATF 16949.

Operations

OEE Dashboards, FIFO Audits

Higher productivity, no material waste.

Supplier Mgmt.

OTIF Scorecards, SLA Contracts

Reliable supply chain, minimized disruptions.

Implementation Tips

  1. JIT/VMI: Start with high-volume, predictable parts (e.g., fasteners, packaging).

  2. EDI/ERP: Integrate with Tier 1 suppliers first for seamless data flow.

  3. PPM/OEE: Track weekly to identify trends and trigger CAPAs.

Automotive Examples

  • Toyota: Uses JIT + Kanban to achieve <2 hours of inventory for some parts.

  • Tesla: VMI with Panasonic for battery cells (real-time stock updates via EDI).

  • Ford: OTIF targets of 99% for critical suppliers (e.g., brake components).

Need template links (e.g., SLA contracts, MSA forms) or sector-specific

 
 
 

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