In order to withstand the increasingly global
competition companies try to differentiate themselves by
fulfilling as many individual customer requirements as possible.
Promising, in this regard, are so-called individualized products,
where customers actively intervene in the development process
by using web-based toolkits. However, avoiding functional or
safety-relevant feedback between individualisable and nonindividualisable
product components under the condition to
maximize the geometric solution space on part of the customers
represent major challenges for the product development. In
order to cope with that, a three phase methodology for product
architecture modifications is presented in this paper. In
conclusion an evaluation is presented which illustrates the
usability and traceability of the methodical approach.
«
In order to withstand the increasingly global
competition companies try to differentiate themselves by
fulfilling as many individual customer requirements as possible.
Promising, in this regard, are so-called individualized products,
where customers actively intervene in the development process
by using web-based toolkits. However, avoiding functional or
safety-relevant feedback between individualisable and nonindividualisable
product components under the condition to
maximize the geomet...
»