concurrent engineering


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concurrent engineering

the term used to describe a group who are drawn from different disciplines to work on a problem within the firm. For example, a new product analysis concurrent engineering team may consist of a production engineer, cost accountant, marketing specialist etc. Thus, concurrent engineering can reduce product development time allowing the product to be brought to market more quickly and at a reduced cost. Typically also used as the basis for a team in VALUE ANALYSIS. See NEW PRODUCT DEVELOPMENT. See also MATRIX.
References in periodicals archive ?
This is an example of independent concurrent engineering across disciplines: The two activities do not affect each other, but the overall schedule is shortened.
People problems begin to surface within the organization however, when applying concurrent engineering, such as:
performs some form of concurrent engineering with about 80% of its major customers.
The concurrent engineering systems coming out of Stanford are also being tested by local business organizations in California such as the Palo Alto Cooperative Test Bed and the Stanford Integrated Manufacturers Association.
Concurrent engineering will become increasingly important in today's computer-integrated manufacturing (CIM) environment.
More than 500 customers in 47 countries - including 250 Global 2000 companies - use McLaren's software to centrally manage and control engineering functions like drawing management, concurrent engineering, transmittals, document management and global collaboration.
2~|center dot~D) has been developed to address this problem of process and product design in a concurrent engineering context.
The solution was three-way concurrent engineering of part design to be sure nearly identical covers could be made by both thermoforming and injection molding.
With a concurrent engineering process, we were able to design the VBV ducts to take full advantage of EDO's automated technologies to minimize production costs," said Tom Mesing, GE Aviation's Principal Engineer for Composite Materials.
The most advanced plant design environment available, SmartPlant 3D offers concurrent engineering, real-time clash detection and integration with SmartPlant as well as other software and systems.
The design of harnesses in complex electromechanical platforms such as automobiles, aircraft and trains requires tight collaboration between the mechanical and electrical CAD applications to reduce the design time, support concurrent engineering and increase design quality.

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