fit between the elements of the diamond model is called
internal fit
fit between the elements and the environment is called
external fit
why fit approach is relevant
Used very often
Mintzberg: most used organizational perspective on organizational design
Also used by Burton et al.
on what premises is the information processing perspective (based on Galbraith) built
the transformation process can be done in different ways
On the nature of their specific function in the primary process (functional specialization)
Or on the basis of outputs (products markets and services)
choices in design determine
Organizational complexity: width and height of the hierarchy
Horizontal differentiation: width of units across hierarchy
Vertical differentiation: height, how many “layers” of management exist?
Span of control: how many subordinates fall under particular hierarchical responsibilities?
The more complex an organization,
the better it fits environmental complexity because information can be shared/ processed better (controversial point)
simple structure
Example: syndio social, foodapp
Problems of simple structures
functional structure
Example: Hospitals, Lego, many “machine bureaucracies”
problems of the functional structure
divisional structure
high on p/s/c orientation, low on functional specialization
Example: General Electric
problems of the divisional structure
“Information sharing problems of connections between divisions”
“But good at dealing with changes in environment per division”
if a division is driven from the top, the headquarters is likely to become overloaded with large information flows and many decisions to make; performance suffers
each division is relatively independent of the other in its operations and markets; does not handle interdivisional dependencies well. If a division becomes less effective, it can be sold off in the marketplace.
There is a strong reliance on the divisions and their own executives to relate to their own markets with products and services.
matrix structure
high on both product/service/ customer and functional specialization
Example: Procter & Gamble, Nike
problems of the matrix structure
A poor choice of configuration leads to
opportunity losses which can be a threat to the organization’s short-term efficiency and effectiveness as well as its long-term viability
Configuration involves two complementary problems:
(1) how to partition a big task of the whole organization into smaller basic tasks of the subunits, and (2) how to coordinate these smaller subunit tasks so that they fit together to efficiently realize the bigger task or organizational goals.
Organizational complexity
the horizontal (the degree of task specialization across the hierarchy) and vertical differentiation (the depth of the hierarchy – top to bottom). More “modern” dimensions of the classic configurations include the degree of virtualization and the extent to which IT systems are embedded in the configuration.
Two fundamental dimensions have been used to distinguish the basic configurations:
1) product/service/ customer orientation - suggests that the total firm task will be partitioned by the outputs of the firm, which give it an external focus. If the firm has divisions or departments with product or customer names, then it has an external focus and is high on this dimension.
2) functional specialization dimension - indicates that the work will be divided by specialized activities. If the firm has departments with function names, such as production and marketing, then it has a more internal focus and is high on this dimension.
Four basic configurations
Simple, functional, divisional and matrix