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GB/T 38355-2019 in English

GB/T 38355-2019 in English

VALID

Matrix quality management mode for success right the first time

  • Issued on:2019-12-31
  • Implemented on:2020-07-01
  • File Format:PDF
  • Delivery:Via email within 5 business days
Price(USD): $370.00
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《GB/T 38355-2019一次成功矩阵式质量管理模式》由TC151(全国质量管理和质量保证标准化技术委员会)归口,主管部门为国家标准化管理委员会。


Introduction

GB/T 38355—2019 Standard Overview

GB/T 38355—2019 "First-Time Success Matrix Quality Management Model" is a standard developed to ensure that complex projects (such as aerospace, aviation, ships, etc.) achieve first-time success during the development process. This model combines quality management and product assurance, and responds to high-risk challenges through a matrix management framework and advanced toolkits.


Key Points of the Standard

  • Matrix Management Model:Organizational quality management horizontally, product assurance vertically, and projects (products) as connection points and implementation points.
  • General Quality Characteristics Control:Full life cycle management of key indicators such as reliability, maintainability, and testability.
  • Prevention-first principle:Through risk identification and response measures, ensure that product quality is in place at one time in each link of design, production, and delivery.

Technology Evolution Analysis

The evolution of the matrix quality management model reflects the progress from traditional quality management to systematic quality management. It enhances the ability to identify and control complex project risks by introducing advanced toolkits such as success data envelopment analysis and first-time success technical assurance analysis.

Comparison of standard frameworks

Comparison dimensions Traditional quality management Matrix quality management model
Management scope Single quality control point Combination of comprehensive organizational quality management and product assurance
Tool support Basic quality checklist Advanced toolkit (such as system maturity evaluation, success data envelopment analysis)
Risk response Focus on post-event problem handling Both pre-event prevention and systematic risk management

Implementation suggestions

Case analysis:When a certain aerospace enterprise applied this standard, it integrated the quality assurance measures of each link of design, production and testing by establishing a matrix management model. With the help of the quality intersection analysis and one-time success technical guarantee in the toolkit, the incidence of quality problems was significantly reduced.

Implementation step suggestions

  1. Establish a management organization:Establish functional departments such as quality management and product assurance, and clarify the division of responsibilities.
  2. Develop a detailed plan:Develop a quality assurance work outline based on the characteristics of the project, and clarify the goals and requirements of each stage.
  3. Apply advanced tools:Make full use of tools such as success data envelopment analysis to assess risks and formulate countermeasures.
  4. Continuous improvement:Continuously optimize the quality management model through regular evaluation and review.

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