Kategorier: Alle - innovation - performance - design - technology

av Niels Verduyckt 6 år siden

266

Abernathy, W., Utterback, Patterns of industrial innovation

Technological innovation within industrial sectors varies significantly depending on the scale of the producer, with distinct approaches for high-volume manufacturers and small tech-based enterprises.

Abernathy, W., Utterback, Patterns of industrial innovation

Abernathy, W., Utterback, Patterns of industrial innovation

consistency of management action

common explanation of failure
conditions necessary to support sought after technical advance unpresent

is government policy to maintain diversified markets consistent with high product innovation effectivity?

can governments stimulate productivity by forcing young industries to standardize products before dominant designes are realized?

would actions to restructure work environment make taks less repetitive be compatible with policies of mechanization to reduce labor needs?

is product innovation consistent with an effort to substantially reduce costs through backward integration?

can a firm increase variety and diversity of products while realizing highest efficiency?

fostering innovation by understanding transition

units in different stages respond to differing stimuli, undertake different types of innovation
barriers of innovation
unmet conditions for transition

barriers may make transition impossible

sometimes so fast that it's unrecognized

established units: government regulation & vulnerability of existing investments

new units: product standardization & market aggregation

transition from product to mass production and product to process innovation

a spectrum of innovators

new products
organisations should be

economies of scale not of prime importance because of rapid product change

good external communications

flexible

adaptable

small

users important in suggesting needs & ultimate form
performance criteria vague
higher unit profit margins
competitive advantage = superior performance
occure more in

scienc-based universities/ research institutions

entrepreneurially oriented financial institutions

affluent markets

identification of emerging needs or new ways to meet existing needs
often require reorientation of corporate goals or productoin facilities
high volume products
productive unit loses flexibility

increasingly vulnerable to changed demand

change becomes costly because of high integration
concurrention based on efficiency and price
unit profit low
product characteristics are well understood and standardized
well defined markets
innovation is incremental by nature

economies of scale

performance advances

cost reduction major incentive

often more than half of the total ultimate economic gain

due to greater number

countless minor product and system improvements

managing technological innovation

dominant design displayede by following qualities
assure expansion into new markets
enhance value of potential innovations in other elements of a product or process
lift technical constraints without creating new ones
regugaltory constraints= new performance dimensions
early stages
--> users often innovators
relative importance criteria unclear
performance criteria not quantificable

performance criteria cannot be stated quantitatively

relat

from ill-defined and uncertain targets to well-articulated design objectives
beginning: often purchased equipment, when fully matured --> processes likely to be designed as integrated systems + innovation outside the unit
formal R&D investments when uncertainty and targets become more clear
uncertainty

capacity to process information

later on: reducing need for information processing

later on: formal planning groups etc.

little incentive for major investments in formal R&D

relevant technologies little explored

a transition from radical to evolutionary innovation

processed food: innovation came from individuals and small organizations
research relied on information from users
challange for radical innovations: gaining experience to select dominant design
from flexible, manual labour and general purpose equipment to automated, equipment intensive and high-volume processes
increased emphasis on process innovation
accompanied by heightening price competition
organizations with incremental innovations were often first small fluid units with focus on product innovation
not rigid, independent categories
radical innovation --> incremental change
unit of analysis
productive unit = 1 operating manager

several separate firms

diversified firm

simple firm/ single product

product change:

government sponsorship of change

invasion from leading firms in other industries

from start-ups

introduced outside established industry

productive unit's capacity and methods of innovation vary on:

major high-volume producer
small technology based enterprise