To succeed in APQP Activity, Organizational Structure Matters
By Alex Li

To succeed in APQP Activity, Organizational Structure Matters

In Automotive industry, apqp is the most popular tool for new project management. Among the auto parts manufacturers, no matter foreign-funded, state-owned or private enterprises, it seems that everyone knows APQP. However, regardless of whether it is foreign capital or domestic manufacturers, there are not many players who are really working hard and do well in APQP process.

Why? There may be many reasons, but the main problem is "cross functional team" management.

The majority manufacturers can be roughly divided into the following three categories according to the organizational structure:

The first category:

For the most inefficient architecture, project management is often placed in the technical department, and the project manager is often a technical engineer. In this scenario, it is difficult to coordinate cross departmental resources; most of them are small private enterprises.

The second category:

It is slightly better than the first category. Project management is independent, but it may be located in the headquarters. It is easy to get out of touch with the manufacturing plant, and the management efficiency is low.

The third category:

For the more efficient one, the organizational structure is flat, the project management and technology are independent, and the project management is put in the factory; some leading domestic and foreign manufacturers taking the "decentralization" route.

In short, the organizational structure determines leadership. If there is a problem in the structure setting, no matter how strong an individual is, it is difficult to integrate the combat effectiveness. Naturally, APQP will not be proceed well.

要查看或添加评论,请登录

Sandy L.的更多文章

  • Comprehending the relationship between Cp, Cpk, Pp and Ppk

    Comprehending the relationship between Cp, Cpk, Pp and Ppk

    As technical support role, I have come across many scenarios where the manufacturer’s process is not acting well. NC…

  • Plastic materials for 5G application _ Part2_critical factors of materials

    Plastic materials for 5G application _ Part2_critical factors of materials

    In the previous article, we have learned the basics of 5G communication. Now we will take a look at what are the main…

  • Plastic materials for 5G application _ Part1_understanding 5G

    Plastic materials for 5G application _ Part1_understanding 5G

    In different mobile communication eras, there are different requirements for polymer materials. First of all, we will…

  • Scientific Injection Molding Approach

    Scientific Injection Molding Approach

    Complex injected parts with tighter tolerances, together with the types of materials, the implementation statistical…

  • Product Life Cycle through six stages

    Product Life Cycle through six stages

    Developing a new product has discrete stages in its lifecycle from concept to completion. Usually we can divide the…

  • Basics of Plastic Injection Process

    Basics of Plastic Injection Process

    Injection molding is the most common way we use to realize mass production of complex, high precision plastic parts. It…

  • Basics of Plastic Injection Mould

    Basics of Plastic Injection Mould

    The following picture presents a typical mould structure. We can have a first understanding what kinds of parts would…

  • Polyphenylene ether

    Polyphenylene ether

    Polyphenylene ether (PPE) resin is a macromolecule made mainly from 2,6-xylenol as monomer, and this amorphous resin is…

  • Sulfones

    Sulfones

    Sulfones are amorphous engineering thermoplastics noted for high heat deflection temperature and outstanding…

  • Thermoplastic Elastomer

    Thermoplastic Elastomer

    Part 7. TPE TPE – Thermoplastic Elastomer is a rubber like material that can be processed with thermoplastic…

社区洞察

其他会员也浏览了