AIAG Products & Services

Provides information for the marking and reading of Data Matrix and/or QR Code symbols marked directly on parts using laser, dot peen and inkjet technologies. It is a comprehensive document focused on current 2D symbology parts identification methods, the common needs of manufacturing and assembly locations and performance capabilities of various marking and scanning technologies. This 2D DPM guideline is intended as a supplement to the AIAG B-4.

Table of Contents

• Introduction
• Definitions
• General: 2D Direct Parts Marking
• InkJet Marking
• Dot Peen Marking
• Laser Marking
• Reading and Verification
• References

This document explains the recommendations of AIAG's Automatic Identification Project Team for two-dimensional symbologies to be used in various applications. Added Quick Response Code to the recommended symbology list. Product Demographics Product Description Foreword Introduction Two Dimensional Symbology Applications within the Automotive Industry Selection Criteria Selection Process Symbology Recommendations

This white paper documents the results of two years' efforts by the Symbology Work Group. It contains recommendations for two-dimensional (2D) symbols. These 2D symbologies have the potential to meet a broader variety of data collection requirements than the linear symbologies such as Code 39, which have served the industry since the early 1980s. Not only do the 2D symbologies provide the ability to capture more data, they are sophisticated enough to provide the capability of error correction. And, due to their ability to provide data in a very small space, they provide the potential to mark directly on parts. This opens a whole new world for marking small parts such as electronic components. The need to track parts throughout their life cycle to aid processes such as warranty, quality, safety, and so on has increased as our processes and products become more complicated. Version 2.00 brought QR Code as a second symbology to use under the Part Marking Category. This white paper presents the study methodology used by the AIAG team and provides information about the symbologies that were chosen. It is an informational guide only. Application-specific guidelines for functions/operations such as parts marking and shipping labels as well as symbol quality and data structure are documented in other AIAG publications, including: Table of Contents

• Foreword
• Introduction
• Two Dimensional Symbology Applications within the Automotive Industry
• Selection Criteria
• Selection Process
• Symbology Recommendations

The Seven-Step Problem-Solving Process provides a comprehensive checklist of actions to be considered for each of the steps or phases of developing corrective and preventive actions to a problem.

A Guide to the Project Management Body of Knowledge (PMBOK® Guide) - Fifth Edition should be used as a study reference if taking the PMP exam after 31 July 2013 and the CAPM exam after 1 July 2013.

World's de facto standard for project management knowledge and practices in today's global marketplace. Developed by Project Management Institute (PMI) which is considered the world's leading not-for-profit professional association in the area of project management.

The fourth edition has been updated to incorporate the most current knowledge and practices in project management. It focuses on improved consistency, clarity, and readability to facilitate understanding and implementation. Data flow diagrams for each process have been enhanced to show related processes for the inputs and outputs. The processes have been refined and reconfigured. The new edition also includes an appendix that addresses key interpersonal skills that a project manager utilizes when managing a project.

PMBOK 4th Edition Errata Sheet

This document presents the results of an as-is study of business process issues related to product data exchange during product development in automotive supply chains.

Table of Contents

• Configuration Management
• Product Data Exchange
• CAD Data Serving as the Master Model
• Expanded Use of CAD Data
• CAD Software Version Control
• Changing Role of Design Staff
• Clear Communication of Design Changes
• Earlier Involvement of Second Tier

Technical report documenting the final results of the AIAG-NIST PDM Pilot Project. Project focused on showing interoperability between major PDM systems which are utilized by the automotive industry. Foundation based on ISO STEP standard.

Table of Contents

• Product data interoperability
• Product data industry workshop by AIAG-NIST
• AIAG-NIST PDM pilot
• Technical approach
• Software architecture
• Exchange scenarios
• Conclusion and next steps
  • Appendix A: Pilot project kick-off and timeline
  • Appendix B: Industry deployment participants
  • Appendix C: Deliverable software
  • Appendix D: AIAG/NIST supply chain PDM interoperability pilot project
  • Appendix E: National institute of standards and technology
• About AIAG
• Maintenance request

This file contains 2000 acronyms or abbreviations that apply to the automotive industry.

This file contains definitions for almost 700 terms largely taken from AIAG publications.

List of key problems facing returnable plastic pallet and lids and several proposed solutions identified by the results of the Pallet & Lid survey.

Reduce the loss of control and visibility of reusable plastic pallets and lids across the automotive industry.

Developed to help motor vehicle and equipment manufacturers clarify some of the key milestones, deliverables and action steps for achieving the objectives of the Transportation Recall Enhancement, Accountability and Documentation (TREAD) Act.

The APQP manual provides general guidelines for ensuring the Advanced Product Quality Planning is implemented in accordance with the requirements of the customer. It does not give specific instructions on how to arrive at each APQP or Control Plan entry. These guidelines are intended to cover most situations that can normally occur in the early planning or design phases, or during process analysis. Questions about these guidelines should be directed to your authorized customer representative.

The benefits of the APQP or Control Plan would be a reduction in the complexity of products quality planning for the customers and organizations, and a means for organizations to easily communicate product quality planning requirements to suppliers.