The first two of these components focus on the lack of information, in a manner similar to the broad definition of (^Ibraith (1973 As implied by the arrows on Figure 1, the position of a problem does not remain fixed on the matrix during the process of problem formulation and solution.Instead, it will move as the problem solution is developed. For (Kuhn, 1962;Latour, 1987 Consequently, the problem-solving process can be specified a priori. The problem-solving task can be decomposed into well defined subtasks, using such rules as minimizing interdependence between separate tasks (Hippel 1990). Smith and Eppinger (1991) demonstrate that the Design Structure Matrix can be used to structure a well-understood design task consisting of several interdependent subtasks so that an optimal task parritioning and ordering can be determined ex ante. In other words, the efficiency of the problem-solving process can be increased by a content-spedfic organizarion of tasks. Content-specific means that the tasks to be accomplished are described, complete with spjecifications for the tangible results desired and the inputs needed. In our earlier illustration of the improvement of a semiconductor producfion process, for example, in case two (uncertainty reducrion), the manager would be able to specify a program wherein photoresist quality, chip complexity and operator skill would be systemafically measured and used within his model to improve his prediction of weekly output.Since the tasks are definable in situahons of uncertainty, it is possible to describe precisely the content of specific roles that need to be fulfilled in order to complete the problem-solving task. Job descriptions that define the content of tasks associated with the job are possible. In the illustration above, the manager knows precisely what to measure, and can construct a detailed project plan and assign welldefined tasks to his staff and specify expjected outputs. Sinnilarly, connmunicafion networks can be structured that support the problem-solving process. Project boundaries can be defined and interfaces specified. Consequently, it is possible to control the content of the problem-solving process using measures that can be defined before the actual problem solving commences. In short, the problem-solving process can be structured and controlled by employing well established approaches such as described in Frank (1971) and in Newman (1973). An appropriate organizafional structure for this kind of activity will tend to show the characterisfics of a mechanistic organization as described by Burns and Stalker (1966) (Simon 1978;Simon 1979). Consequently, only the process and not the content of the problem-solving task can be managed. The inability to define the problem-solving content becomes apparent when one investigates the task definitions of projects that