A firm keeps a few core activities and coordinates the rest through contracts and relationships with other firms that perform them.
What it is
A network organization keeps the few activities it does best and has other firms perform the rest. Often a hub or broker firm decides over the whole and partners over their own links of the value chain; some variants have no hub.
The network keeps a core and contracts out the rest of the value chain
Select a unit or a letter to read it; the shaded field is the firm, and the partners stand outside it.
Contract or priced tradeAdjust to each other directlyMMutual adjustmentOStandardization of outputsThe firm; partners stand outside it
The structure in words
- The firm
- Hub or broker firm, no single head above it. Decides over the whole and brings the partners together (Miles and Snow 1986); some variants have no hub.
- Activity it does best, no single head above it. The few activities the firm keeps; the others are performed by partner firms.
- Partner firms
- Design firm, outside the firm, grouped split by value-chain step. One link of the value chain, run by its own firm, which decides over its own link.
- Manufacturer, outside the firm, grouped split by value-chain step. The manufacturing link of the value chain, held by contract.
- Distributor, outside the firm, grouped split by value-chain step. The distribution link, also held by contract.
- Hub or broker firm and Design firm: contract or priced trade.
- Hub or broker firm and Manufacturer: contract or priced trade.
- Activity it does best and Distributor: contract or priced trade.
- Design firm and Manufacturer: adjust to each other directly, coordinated by mutual adjustment.
- Split by value-chain step: coordinated by standardization of outputs.
Different firms do the design, manufacture, and distribution, and a hub or broker brings them together. Contracts and standardized interfaces specify what each partner delivers, and the partners adjust to one another directly.
Source: Miles and Snow 1986; Sanchez and Mahoney 1996; Powell 1990.
Five profile levels rest on theory. Grouping is by function or process, the value chain disaggregated among firms, and centralization is decentralized, market substitutes replacing administrative mechanisms (Miles and Snow 1986). Coordination is by mutual adjustment and standardization of outputs: interfaces embed coordination (Sanchez and Mahoney 1996), and trust does the rest (Powell 1990). The boundary is permeable, the defining move. The mode of exchange is market for Miles and Snow and contested: Powell (1990) calls networks distinct from markets and hierarchies, so clan is nearest, our judgment.
The other six are our judgment: specialization high; formalization medium; layers flat; decision rights spanning limited vertical decentralization to selective vertical and horizontal decentralization, though Mintzberg's (1980) synthesis drew these types for one firm; lateral links by direct contact and liaison roles; and moderate differentiation with some integrating roles.
Where the network, modular, and virtual organization sits on the eleven dimensions
The filled segments are the form's levels; select a row for its reason and sources.
Five levels rest on theory: grouping by function or process, decentralized authority, coordination by mutual adjustment and standardized outputs, permeable boundaries, and the market as the mode of exchange. The other six are judgment. The mode of exchange is contested: Powell (1990) sets networks apart from markets and hierarchies, so on his view clan is nearest, our judgment.
Source: Miles and Snow 1986; Jarillo 1988; Sanchez and Mahoney 1996; Powell 1990; Mintzberg 1980, a synthesis of earlier research, offering propositions without a new test; Lawrence and Lorsch 1967a, a multi-firm comparative field study.
Where it came from
Raymond Miles and Charles Snow (1986) described the dynamic network, built on vertical disaggregation, brokering, and market substitutes, as a forecast, not a test. Hans Thorelli (1986, conceptual) set the interorganizational network between the open market and internalizing an activity. J. Carlos Jarillo (1988, conceptual) called strategic networks a mode of organization that can yield competitive strength. Walter Powell (1990) argued that network forms, typified by reciprocal communication and exchange, are neither market nor hierarchy.
The schools of organization design and the forms' origins, 1900 to now
Each row is a school's era; each square under them is a form at its first year. Select a row or a square to read it; on a form's page, its own square and span are marked, with the schools that treat it.
The forms by first year
Schools that treat this form: Transaction cost economics and the M-form hypothesis; Modularity and the mirroring hypothesis; Organizational economics: decision rights, authority, and complementarities; Resource dependence; the business-groups literature; Scandinavian institutionalism; the network perspective on organizations; the new-forms debate; and the algorithmic-management literature.
The schools by first year
- Bureaucracy and its critics1900s to 1950s, revived from the 1990sWhat it claimsWeber held that rational-legal authority exercised through an office hierarchy, written rules, trained officials, and promotion by qualification is technically superior in precision, speed, and reliability. Critics studied its unintended consequences, Michels's iron law sharpest.What it has shownMerton (1940) argued, with no test, that rules can turn from means into ends; case studies followed. The Aston group concluded that the type's dimensions vary independently, and Wagner's meta-analysis (2021) found that many of their interrelationships have weakened.Who disputes itHuman relations and System 4 sets the costs of impersonal rules to motivation and cooperation against the technical superiority Weber stresses.
- Classical administration1910s to 1940s, and in German to the 1970sWhat it claimsThere are general principles of administration, among them division of work, unity of command, a scalar chain of authority, and a limited span of control, and a structure built to them will be efficient in most settings. Taylor added that planners should set work methods.What it has shownThe school offered reasoning and experience, not tests. Woodward (1965) found that the spans and levels of the more successful firms in her sample differed by production system, and Simon (1946) showed that the principles come in pairs that point in opposite directions.Who disputes itStructural contingency theory found that the structure of successful firms varies with technology and environment, where classical writers treat their principles as general.
- Human relations and System 41920s to 1960sWhat it claimsOutput depends on the social relations of work, the norms of informal groups, and the style of supervision as much as on formal design. Likert's System 4, overlapping work groups joined by linking-pin managers under participative management, outperforms authoritative systems.What it has shownThe founding evidence is the Hawthorne studies, which later reanalyses dispute (Carey 1967; Levitt and List 2011). Likert's support came largely from his own institute's surveys. Wagner (1994) found participation's effects on performance and satisfaction significant but small.Who disputes itLabor process and critical theory reads human relations as a technique of managerial control rather than a change in the distribution of power.
- Transaction cost economics and the M-form hypothesis1937, then the 1970s to the presentWhat it claimsFirms exist, and are organized as they are, to economize on transaction costs. Hierarchy replaces the market when assets are specific, uncertainty is high, and exchange is frequent, and the multidivisional form should outperform the functional form in large, diversified firms.What it has shownArmour and Teece (1978) found, in United States petroleum firms from 1955 to 1973, a positive relationship between the multidivisional form and profitability while the form was spreading, but not once an equilibrium in organizational form was reached.Who disputes itThe network perspective on organizations: Granovetter argued that the theory undersocializes economic action, which is embedded in networks of personal relations that also produce trust and order.
- The Carnegie school and the attention-based view1940s to the presentWhat it claimsPeople in organizations are boundedly rational, so structure matters because it sets the premises of their decisions and channels their attention: who sees which problems, which goals they pursue, and which routines they follow. Ocasio makes structure distribute attention.What it has shownMarch and Simon (1958) drew propositions from the existing literature, and Cyert and March (1963) added process models and simulations. Two studies show hierarchy shaping what is sent up as well as what is chosen (Reitzig and Maciejovsky 2015; Keum and See 2017).Who disputes itOrganizational economics: decision rights, authority, and complementarities models a principal and agents with defined objectives; the Carnegie school, firms as coalitions with unresolved goal conflict.
- Socio-technical systems1950s to 1980sWhat it claimsAn organization is a social system and a technical system that must be designed together. The same technology admits more than one way of organizing work, and groups that own a whole task and control its variances at the source perform better and are more satisfied.What it has shownTrist and Bamforth (1951) found that longwall mechanization broke up self-regulating work groups. A review of 134 experiments found them extremely successful overall, and Stewart (2006) linked team autonomy to performance; studies of socialist brigades and Volkswagen qualify it.Who disputes itLabor process and critical theory: Kelly argued that labor intensification, not joint optimization, accounts for what socio-technical redesign achieved, and that the part of pay incentives was seriously underestimated.
- The economics of the labor-managed firm and of enterprise ownership1958 to the presentWhat it claimsA firm run by its workers behaves differently from one run for investors: Ward modeled the Yugoslav-style firm as maximizing income per worker. Hansmann argued that an ownership form's success depends on the balance between the costs of market contracting and of ownership.What it has shownBurdín (2014) found a 29 percent lower hazard of dissolution for Uruguayan worker-managed firms than for conventional ones, and Fakhfakh, Pérotin, and Gago (2012) found French labor-managed firms as productive or more so in every industry studied.Who disputes itOrganizational economics (Jensen and Meckling) contrasts the labor-managed firm, in which tradable residual claims are legally prohibited, with cooperatives and partnerships that arise out of voluntary contracting.
- Modularity and the mirroring hypothesis1960s to the presentWhat it claimsComplex systems are built of nearly decomposable parts, and an organization's structure tends to mirror the architecture of what it makes: modular products allow loosely coupled organizations, and tightly coupled products need tightly coupled teams. Conway's law runs in reverse.What it has shownColfer and Baldwin (2016) review the empirical studies and report both support and principled exceptions. Direct tests point both ways: MacCormack, Baldwin, and Rusnak (2012) found open source products more modular than their commercial pairs; dynamic components break the mirror.Who disputes itNo school in the record disputes it head on; it answers information processing, which meets the coordination load inside the organization; mirroring writers locate it in the product's architecture.
- Strategy and structure1960s to 1980sWhat it claimsStructure follows strategy: firms that diversify by product or geography outgrow the centralized functional structure and, after a lag and usually a crisis, adopt divisions. Chandler drew this from the histories of DuPont, General Motors, Standard Oil of New Jersey, and Sears.What it has shownChandler (1962) is comparative business history of four firms set against a wider survey. Rumelt (1974) related diversification and structure to performance, and Egelhoff (1988), with 34 multinationals, found some of Stopford and Wells's relationships supported and others not.Who disputes itInstitutional theory: in Fligstein's model divisions spread with a product-related or unrelated strategy, presidents from sales or finance, and other firms in the industry changing; strategy was one of three.
- Structural contingency theory1960s to the presentWhat it claimsThere is no one best structure. Performance depends on fit between structure and contingencies such as environment, technology, size, and strategy, on an open-system view of the organization. Drazin and Van de Ven separate fit as selection, interaction, and systems.What it has shownBurns and Stalker, Woodward, and the Aston group related structure to context; Drazin and Van de Ven (1985) supported selection and systems fit only. Pennings (1975) found that fit did not explain effectiveness; Schoonhoven (1981) found traditional hypotheses unsupported.Who disputes itStrategic choice: Child argued that contingency theory explains structure by the constraints of context and leaves out the political process by which power-holders choose strategic action, structural forms included.
- The French bureaucratic school (strategic analysis)1960s to 1980sWhat it claimsA bureaucracy is a system of power relations organized around zones of uncertainty. Impersonal rules and centralization protect members from depending on one another, those who control uncertainties hold power, and, unable to correct its errors, it changes only through crisis.What it has shownLe phénomène bureaucratique (1963; English 1964) rests on two case studies, a clerical agency and a state industrial monopoly. L'acteur et le système (1977; English 1980) is theoretical.Who disputes itSocietal effect and comparative business systems: D'Iribarne argues that national logics of conduct, such as a French logic of honor, explain differences that Crozier attributed to power games.
- The Japanese-firm literature1960s to the presentWhat it claimsThe large Japanese firm coordinates operating decisions through horizontal information sharing among semi-autonomous shops and uses its ranking hierarchy mainly as an incentive scheme (Aoki). It creates knowledge through middle-up-down management (Nonaka and Takeuchi).What it has shownAoki (1986) is a formal model. Lincoln, Hanada, and McBride (1986) compared 51 Japanese and 55 United States manufacturing plants, and Nonaka and Takeuchi (1995) rest on case studies, chiefly of Japanese firms. Fruin (1994) found the enterprise system defined at three levels.Who disputes itLabor process and critical theory reads shop-floor delegation as control: Sewell and Wilkinson argue that just-in-time and total quality regimes delegate tactical responsibility while centralizing strategic control.
- The Scandinavian and Dutch socio-technical schools1960s to 2000sWhat it claimsThe Scandinavian program sought democracy at work through field experiments with semi-autonomous groups, then through democratic dialogue. The Dutch school's design theory turns complex organizations with simple jobs into simple organizations with complex jobs.What it has shownEmery and Thorsrud reported field experiments in Norwegian industry; Gustavsen (1992) records that they spread less than hoped, his reason for turning to dialogue. Berggren studied work organization in the Swedish auto industry. The Dutch work rests on design cases and argument.Who disputes itThe Japanese-firm literature: defenders of the Toyota system hold that standardized work with employee participation learns faster; Berggren reports Swedish long-cycle plants matching a line plant on productivity.
- Configuration theory1970s to the presentWhat it claimsStructures cluster into a small number of internally coherent configurations whose elements reinforce one another, so organizations move between a few types in large jumps, not small steps. Mintzberg's five configurations each rest on one coordinating mechanism.What it has shownDoty, Glick, and Huber (1993) found that fit to Miles and Snow's ideal types predicted effectiveness while fit to Mintzberg's did not. A meta-analysis of 40 tests (Ketchen and colleagues 1997) found that configuration partly explains performance, more so with broad definitions.Who disputes itStructural contingency theory: Donaldson counters that most organizations sit at intermediate points on a continuum of fits, not in a few configurations, and that studies over time find mostly incremental change.
- Information processing1970s to the presentWhat it claimsThe more uncertain the task, the more information must be processed during its execution. An organization either reduces that need, through slack resources or self-contained tasks, or raises its capacity, through vertical information systems or lateral relations up to the matrix.What it has shownGalbraith (1973, 1974) built the framework from cases and from Simon's theory of bounded rationality, and Tushman and Nadler (1978) set it out as an integrating concept for design. Daft and Lengel (1986) argued that structure must reduce equivocality as well as supply data.Who disputes itThe Carnegie school and the attention-based view: Ocasio holds that firm behavior results from how the firm channels and distributes attention, so structure governs where attention goes, not only how much is processed.
- Labor process and critical theory1970s to the presentWhat it claimsStructure is above all a system of control over labor. Braverman argued that management deskills work by separating conception from execution; Edwards traced a sequence from simple control by the boss to technical control through machines to bureaucratic control through rules.What it has shownHistorical and theoretical (Braverman 1974; Edwards 1979). Delbridge (1995), observing a Japanese-owned plant in England, found that just-in-time and total quality regimes combined the control of labor with management's economic goals more completely than piece rates had.Who disputes itBureaucracy and its critics: Adler argues that labor process theory ignores the progressive socialization of the labor process, which drives long-term skill upgrading, and disputes deskilling as the trend.
- Strategic choice1970s to the presentWhat it claimsStructure is the outcome of choices by those with power in the organization, who decide on strategic action, including the structural form, the manipulation of environmental features, and the performance standards to be met. Context constrains but does not determine structure.What it has shownLargely conceptual: Child (1972) built the argument from gaps in contingency findings, and the empirical case rests mostly on the modest share of structural variance contingencies explain. A 2026 review of 42 studies finds upper echelons theory their main theoretical anchor.Who disputes itStructural contingency theory: Donaldson replies that organizations mostly adopt the structures their contingencies dictate, to avoid the loss of performance misfit brings, so choice over structure is at most limited.
- The German codetermination literature1970s to the presentWhat it claimsWorks councils and employee board seats form a structural layer through which coordination can become negotiation between management and employees. Defenders argue that it supports long-term employment, training, and cooperation; critics, that it weakens shareholder control.What it has shownJäger, Schoefer, and Heining (2021) found board-level codetermination left wages unchanged and, if anything, raised capital formation. Jirjahn (2011) reports studies pointing to positive works council effects; a meta-analysis found codetermination laws tied to lower productivity.Who disputes itOrganizational economics (Gorton and Schmid) found that firms with equal employee and shareholder representation did worse for their shareholders than firms with one-third employee representation.
- Organizational economics: decision rights, authority, and complementarities1976 to the presentWhat it claimsDesign is the joint choice of who holds which decision rights, how performance is measured, and how it is rewarded. Rights should be placed where the specific knowledge lies, formal authority differs from real authority, and practices are complements that pay off in clusters.What it has shownIchniowski, Shaw, and Prennushi (1997) found, on 36 steel finishing lines, that lines using a set of innovative work practices achieved substantially higher productivity, consistent with complementarities. Bloom and colleagues found more decentralization where trust was higher.Who disputes itGhoshal argued that management research has shaped managers' worldview with ideologically inspired amoral theories, built on a scientific model that excludes human intentionality and so denies moral considerations.
- Institutional theory1977 to the presentWhat it claimsFormal structures are often adopted because they are legitimate in the organization's field, as rationalized myths, and then decoupled from the work done. Organizations in a field grow alike through coercive, mimetic, and normative isomorphism, whether or not it is efficient.What it has shownTolbert and Zucker (1983) found that city characteristics predicted early but not later adoption of civil service reform, which they read as institutionalization. Palmer, Jennings, and Zhou (1993) found support for institutional and economic accounts of late M-form adoption.Who disputes itStructural contingency theory: Kraatz and Zajac found little support for neoinstitutional predictions in 631 liberal arts colleges, which grew less alike; the change they studied was curricular, not structural.
- Population ecology1977 to the presentWhat it claimsOrganizations face strong structural inertia, because selection favors the reliability and accountability of stable structures. Change in a population's forms comes mainly from founding and failure, not adaptation, and changing core features resets the liability of newness.What it has shownAmburgey, Kelly, and Barnett (1993) found that the effects of change on the hazard of failure vary by type of change and over time, and that rates of change depend on how often and how recently an organization has changed. Carroll and Hannan (2000) set out the program's methods.Who disputes itFor structural contingency theory, Donaldson argues that ecology understates managers' capacity to adapt structure.
- Resource dependence1978 to the presentWhat it claimsOrganizations depend on outside parties for critical resources, and structure follows the management of that dependence: units that cope with critical dependencies gain power, and boundaries are redrawn through cooptation, joint ventures, and mergers to absorb constraint.What it has shownPfeffer and Salancik (1978) assembled studies of boards, mergers, and joint ventures. A meta-analysis of 157 tests (Drees and Heugens 2013) corroborated the main prediction: organizations meet resource dependencies with interorganizational arrangements that raise their autonomy.Who disputes itTransaction cost economics and the M-form hypothesis explains boundaries by efficiency; resource dependence, by power and constraint.
- The business-groups literature1978 to the presentWhat it claimsGroups of legally independent firms bound by ownership and social ties are a durable form of their own, neither one firm nor a market. Where institutions function poorly, groups can benefit member firms and can destroy value; they are sometimes paragons, sometimes parasites.What it has shownKhanna and Palepu (2000) found that affiliates of the most diversified Indian groups outperformed unaffiliated firms. A meta-analysis of 141 studies (Carney and colleagues 2011) found that affiliation lowers performance in general, less so where institutions are underdeveloped.Who disputes itOrganizational economics: agency writers read pyramids and cross-holdings as devices that separate control from ownership; Almeida and Wolfenzon offer a financing rationale for pyramids instead.
- Scandinavian institutionalism1980s to the present
- Societal effect and comparative business systems1980s to the presentWhat it claimsFirms matched on size, technology, and industry differ systematically by country, because how a society educates, trains, recruits, and promotes its workforce, and its industrial relations, shape how work is divided and supervised, so structure is partly a national product.What it has shownMaurice, Sorge, and Warner (1980) compared closely matched manufacturing units in France, West Germany, and Great Britain and found more pervasive differences in their organization than usually recognized. Whitley (1999) set out a comparative account of business systems.Who disputes itStructural contingency theory stresses culture-free elements of structure; matched comparisons find nationally different shapes of organization.
- The network perspective on organizations1985 to the presentWhat it claimsOrganizations and their members are nodes joined by ties, and the pattern of ties shapes what they can do. Economic action is embedded in networks of personal relations (Granovetter 1985), and network forms are a distinct form, not a hybrid of market and hierarchy (Powell 1990).What it has shownPodolny and Page (1998) review the research and find that network forms foster learning, confer status and legitimacy, bring economic benefits, help manage resource dependencies, and give employees considerable autonomy, and they ask for attention to networks' dysfunctions.Who disputes itTransaction cost economics: Williamson treats the hybrid as a third generic form between market and hierarchy; for Powell, network forms are a distinct form, not a mix of the two.
- Computational organization design and search1990s to the presentWhat it claimsDesign choices interact, so design space is a rugged landscape with many local peaks, and structure affects how well an organization searches it. Decentralizing interdependent decisions can trap units on poor peaks; temporary decentralization, then reintegration, can help.What it has shownMostly simulation, with one field test: Csaszar (2012), with more than 150,000 stock-picking decisions by 609 mutual funds, found that decision-making structure affects the number of initiatives pursued and the omission and commission errors made.Who disputes itNo school in the record disputes it head on; it disputes structural contingency theory, whose bivariate fit, its simulations show, cannot capture how the best design depends on interactions among choices.
- The new-forms debate1990s to the presentWhat it claimsOrganizations must solve four universal problems (dividing tasks, allocating them, providing rewards, and providing information), and a form is new when it solves them in new ways. Self-managing organizations radically decentralize authority; skeptics hold hierarchy reappears.What it has shownFoss (2003) traced the rise and partial reversal of Oticon's spaghetti organization to the problem of selective intervention. A meta-analysis of 54 studies of 13,914 teams (Greer and colleagues 2018) found that hierarchy within teams on net slightly lowers team performance.Who disputes itBureaucracy and its critics: removing formal structure leaves informal elites whose power is unaccountable (Freeman), and democratic and network organizations are much less hierarchy-free than their labels suggest.
- The algorithmic-management literature2015 to the presentWhat it claimsSoftware does much of the directing, evaluating, and disciplining that managers and rules once did. Kellogg, Valentine, and Christin (2020) call algorithmic control a new contested terrain; Puranam (2021) treats dividing decisions between people and machines as a design problem.What it has shownMostly qualitative field studies of gig work. Wood and colleagues (2019), with 107 interviews in six countries and 679 survey respondents, found that algorithmic management tends to give remote gig workers flexibility and autonomy, but also low pay, isolation, and overwork.Who disputes itLabor process and critical theory reads control at work as contested terrain; Kellogg, Valentine, and Christin take up that view but argue that algorithmic control is distinct from earlier forms.
The forms by first year
- Functional structure: 1911 to 1937
- Line and staff: 1916 to 1943
- Multidivisional (M-form) by product: 1920s practice; named and analyzed 1962 to 1975
- Machine bureaucracy: 1922 (Weber); 1979 (Mintzberg)
- Divisional by customer or market segment: 1937; 2005
- Matrix organization: 1950s to 1960s practice; analyzed 1971 to 1977
- Co-determined organization: 1951 to 1976 (the laws); 1984 to 2022 (the main studies)
- Socio-technical autonomous work groups: 1951 to 1965
- Stratified hierarchy (requisite organization): 1951 to 1989
- Cooperative organization: 1958 to 1999
- Linking-pin organization (System 4): 1961 to 1967
- Divisional by region: 1962 to 1972
- Adhocracy (innovative organization): 1968 to 1979
- J-form (the Japanese firm): 1968 to 1990
- Professional bureaucracy: 1968 to 1979
- Holding company (H-form): 1972 to 1975; 1987
- Ambidextrous organization: 1976 to 2004
- Simple structure: 1979
- Hybrid structure: 1980 to the present
- Missionary (ideological) organization: 1980 to 1989
- Network, modular, and virtual organization: 1986 to 1990
- Transnational and multidimensional organization: 1987 to 1989
- Business group (keiretsu, chaebol, family house): 1988 to 2007
- Shamrock organization: 1988 to 1989
- Federal organization: 1989 to 1992
- Self-managing organization (less-hierarchical forms): 1989 to 2017
- Boundaryless organization: 1990 to 1995
- Front-back organization: 1990s to 2007
- Professional partnership (P2 form): 1990
- The corporate center and shared services: 1991 to 2000
- Internal market organization: 1993 to 1994
- Process (horizontal) organization: 1993 to 1999
- Cellular organization: 1994 to 1997
- Hypertext organization: 1994 to 1995
- Team-based organization: 1995
- Project-based organization: 2000 to 2006
- Agile at scale: 2001 to 2016
- Distributed (all-remote) organization: 2002 to 2021
- Open-source and community-based organization: 2002 to 2007
- Algorithmically managed organization: 2015 to 2020
- Team of teams: 2015
Twenty-three of the 29 schools run to the present, and 16 of those began in the 1970s or later. The forms arrive in waves: 14 of the 41 first appear between 1985 and 1994.
Source: Fayol 1949; Weber 1978; Mayo 1933; Trist and Bamforth 1951, an interview-based field study in one industry; Burns and Stalker 1961, a field study of twenty firms; Mintzberg 1979; Child 1972a; Coase 1937; Meyer and Rowan 1977; Hannan and Freeman 1977; Galbraith 1973; Jensen and Meckling 1976; Crozier 1963; Emery and Thorsrud 1969; Yoshino 1968; Streeck 1984a; Kellogg and colleagues 2020, a review of earlier research through one theoretical lens, with no new data; Puranam and colleagues 2014, a conceptual argument; Chandler 1962, several independent case histories by a historian; Pfeffer and Salancik 1978; Simon 1946; Maurice and colleagues 1980, a comparison of matched factories in three countries; Levinthal 1997; Simon 1962; Braverman 1974; Hamilton and Biggart 1988, a comparison of three economies by scholars; Ward 1958; Czarniawska and Joerges 1995; Granovetter 1985.
The form answered the problem of combining specialized firms flexibly when vertical integration is too slow and spot markets too thin. The antecedents are Coase (1937), for whom firms exist because using the price mechanism has costs, and Williamson (1975), on when hierarchy replaces it.
Where it fits
Ten cells are our judgment and two rest on evidence; one of each is contested.
The network, modular, and virtual organization against the twelve contingency factors
Each factor at its three levels, Fits, Partial, or Strain; select a row for its reason, sources, and grade.
Counting each contested cell by its first view, the 36 settings read Fits at 13, Partial at 22, and Strain at 1, the one strain a defender strategy. Two of the twelve cells are contested, and ten rest on judgment.
Source: Lazerson 1995, one case study of an industrial district; Dyer and Nobeoka 2000, one case study of a supplier network; Miles and Snow 1986; Lorenzoni and Lipparini 1999, a longitudinal study of three firms and their supplier networks; Colfer and Baldwin 2016, a review of 142 empirical studies; Cabigiosu and Camuffo 2012, a study of 100 supply relationships at three firms; Furlan and colleagues 2014, a study of supply relationships in one industry; Brusoni and colleagues 2001, a study of one technology in one industry; Pennings 1975, a quantitative field test of the structural-contingency model; Williamson 1975; Pfeffer and Salancik 1978; Burton and Obel 2004; Sanchez and Mahoney 1996; Perrow 1967; Campagnolo and Camuffo 2009, an industry-level study of 68 Italian manufacturing industries; Hickson and colleagues 1969, a multi-organization comparative survey; Mohr 1971, a quantitative field study of technology and structure; MacCormack and colleagues 2012, a matched comparison of five pairs of software products; Bidwell 2012, one case study of a firm's outsourcing decisions; Quinn and colleagues 1996b.
Your own situation against the network, modular, and virtual organization
Set any factor to outline its cell in the strip above; the lines under the switches give the counts, the form's place among the 41, and the misfit rules that fire.
Set: 0 of 12 factors. Fits on 0, Partial on 0, Strain on 0, Contested on 0.
Its place in the explorer's rankingEvery factor is on Any: all 41 forms tie, and the explorer lists them alphabetically.1st of 411st of 41, tied with one other1st of 41, tied with 0 othersSunk by a misfit rule: 1st of 41Sunk by a misfit rule: 1st of 41, tied with one otherSunk by a misfit rule: 1st of 41, tied with 0 others
- Flagged (its sources disagree): A defender with authority spread wide. Disputed: Burton and Obel 2004; against it, Mintzberg 1980.
- Sinks the form: An analyzer with authority spread wide. Source: Burton and Obel 2004.
Ranking rule: by count of Fits on the factors the reader has set, then fewest Strains, then alphabetical; a fired misfit rule that no source disputes sinks the form to the bottom when every level of the form's profile meets it, a disputed one, or one that meets the form only through one end of a spanned level, one view of a contested profile cell, or one part of a two-part form, is flagged on the row (with both views where it is disputed), and a misfit between two of the reader's own settings is shown once above the list; a contested cell counts only where its views agree at the reader's level, and otherwise shows as Contested; factors on "Any" count for nothing; with every factor on "Any" the list is alphabetical and says so.
Open these settings in the explorer
The misfit rules that can fire for this form
- A defender with authority spread wide fires when Strategy type at Defender (exploitation): flagged (its sources disagree). Disputed: Burton and Obel 2004; against it, Mintzberg 1980.
- An analyzer with authority spread wide fires when Strategy type at Analyzer (exploitation and exploration): sinks the form. Source: Burton and Obel 2004.
Of the 39 contingency misfit rules, two can fire for this form: one would sink it and one would only flag it.
Source: Burton and Obel 2004; Burton and colleagues 2020a.
- Size. Fits at every size, judgment: hubs range from district microfirms (Lazerson 1995) to large assemblers (Dyer and Nobeoka 2000), each one case study.
- Age. Partial young, fits established and old, judgment on Lorenzoni and Lipparini (1999), a longitudinal study of three firms, and Dyer and Nobeoka, one case study: relational capability and trust take years.
- Environmental uncertainty. Fits stable and shifting, partial unpredictable, evidence: a review of 142 studies (Colfer and Baldwin 2016), here on its authors' inference for dynamic industries, not its main finding; a study of 100 supply relationships at three firms (Cabigiosu and Camuffo 2012); one sharing authors and the industry (Furlan, Cabigiosu, and Camuffo 2014); and a study of one technology in one industry (Brusoni, Prencipe, and Pavitt 2001). The four overlap and test technological dynamism, not the whole environment.
- Environmental complexity. Fits simple, partial moderate, fits complex while the hub keeps the knowledge to integrate partners, judgment: Williamson's (1975) premise that contracts are easier to write when few factors matter, and Brusoni and colleagues' condition, a premise, not a test, since their complexity is technological.
- Munificence and hostility. Partial throughout, judgment: under threat the hub depends on partners for critical resources (Pfeffer and Salancik 1978); Burton and Obel's (2004) rule, in the most developed scholarly fit model, lowers centralization and keeps formalization low under high hostility but centralizes under extreme hostility, and this cell's hostile level spans both.
- Strategy. Strain defender, partial analyzer, fits prospector, judgment: Burton and Obel call low centralization a misfit for a defender; a broker recombines partners quickly (Miles and Snow 1986), though Burton and Obel's prospector wants the low formalization the network lacks.
- Technology. Contested, judgment. View one (Sanchez and Mahoney 1996; Colfer and Baldwin; Perrow 1967): fits routine, partial mixed and nonroutine, since exceptions need knowledge a contract does not carry. View two (Campagnolo and Camuffo 2009, an industry-level study of 68 Italian manufacturing industries): partial throughout, since labor intensity, industry, and nation drove modular forms there.
- Interdependence. Contested, evidence, graded on the review. View one (Colfer and Baldwin; MacCormack, Baldwin, and Rusnak 2012, a matched comparison of five pairs of software products; Cabigiosu and Camuffo; Sanchez and Mahoney): fits pooled and sequential, partial reciprocal, because mirroring is prevalent; our judgment reads product coupling as interdependence and sets the fit at sequential, which the review does not separate from reciprocal. View two (Cabigiosu and Camuffo; Furlan and colleagues; Brusoni and colleagues; Bidwell 2012, one case study): partial throughout, since supply performance tracked information sharing, not modularity. The arrow may also run backward: a conglomerate restructured to mirror its platform (Pan, Chakkol, and Johnson 2026, one firm's case study), and Raveendran, Silvestri, and Gulati (2020, a review ungraded here) argue interdependence arises in part from design itself.
- Diversity, knowledge intensity, global integration, and local responsiveness. Partial throughout, judgment; nothing read ties the form to them (Miles and Snow 1986; Quinn, Anderson, and Finkelstein 1996).
Dissent-panel limits on fit in general, not this form: Pennings (1975), a quantitative field test of the structural-contingency model, found environment and structure fit did not explain effectiveness; Hickson, Pugh, and Pheysey (1969), a multi-organization comparative survey, found the technological imperative unsupported beyond the structure the workflow touches; and Mohr (1971), a quantitative field study of technology and structure, found no support for effectiveness depending on the consonance of technology and structure. Donaldson (2001) blames method for Pennings's and Mohr's results and reports later studies of the job unpredictability Mohr studied finding positive evidence for contingency theory. Resource dependence, the munificence premise, would manage and change the environment, not only fit it (Pfeffer and Salancik 1978).
What it does well
It reaches capabilities the firm does not own. Lorenzoni and Lipparini (1999), a longitudinal study of three firms and their supplier networks, found that relational capability speeded access to and transfer of knowledge, with effects on growth and innovativeness.
Interfaces can stand in for some coordination: in a study of 100 supply relationships at three firms, modularity weakened the effect of information sharing on performance, acting as an embedded substitute for high-powered integration mechanisms (Cabigiosu and Camuffo 2012). Lazerson (1995), one case study of an industrial district, found Modena's interlinked family microfirms compatible with high living standards and efficiency, a success it credits to technology and marketing, cohesive families, cooperation between business and community, and supportive institutions.
What it costs
It leaves the hub dependent on partners for capabilities it needs, our judgment on Pfeffer and Salancik (1978).
The hub must still know what it no longer makes: Brusoni and colleagues (2001), a study of one technology in one industry, found integrators keeping knowledge beyond what they make. Chesbrough and Teece (1996), a practitioner article, warn that outsourcing everything could undermine a firm's ability to innovate, since the virtual form fits autonomous innovations, not systemic ones.
How it fails
How the network, modular, and virtual organization fails, and the coordination failures behind it
The entry's failure modes at the left, each tied to the Coordination Failures patterns it names at the right; a pattern links its entry there.
How many ties the failure has. Highest: The hub forgets how to integrate what it buysInterfaces stop carrying the load when the technology movesContracts down the tiers block adaptationPartners free ride on what the network sharesTies so close the network stops hearing the outsideOutsourcing follows managers' interests, not the workTacit-knowledge evaporationDormant-assumption reactivationJurisdictional gap or overlapCommons overdrawModel-world divergenceLocal optimization against the global constraint
| Failure | Degree |
|---|---|
| The hub forgets how to integrate what it buys | 1 |
| Interfaces stop carrying the load when the technology moves | 1 |
| Contracts down the tiers block adaptation | 1 |
| Partners free ride on what the network shares | 1 |
| Ties so close the network stops hearing the outside | 1 |
| Outsourcing follows managers' interests, not the work | 1 |
| Tacit-knowledge evaporation | 1 |
| Dormant-assumption reactivation | 1 |
| Jurisdictional gap or overlap | 1 |
| Commons overdraw | 1 |
| Model-world divergence | 1 |
| Local optimization against the global constraint | 1 |
Six failure modes name six patterns, one each, so no pattern is shared between modes. Every tie is our reading of the studies each mode cites.
Source: Brusoni and colleagues 2001, a study of one technology in one industry; Furlan and colleagues 2014, a study of supply relationships in one industry; Colfer and Baldwin 2016, a review of 142 empirical studies; Baumann and colleagues 2020, one case study of an aircraft program; Dyer and Nobeoka 2000, one case study of a supplier network; Uzzi 1997, an ethnographic study of 23 firms; Bidwell 2012, one case study of a firm's outsourcing decisions.
The hub forgets how to integrate what it buys. When knowledge follows production out, the hub can no longer specify or combine partners' work: tacit-knowledge evaporation, our reading of the converse of Brusoni and colleagues (2001), a study of one technology in one industry.
Interfaces stop carrying the load when the technology moves. A dormant assumption reactivated, our reading: Furlan and colleagues (2014), a study of supply relationships in one industry, found cross-firm mirroring failing for technologically dynamic components, and Colfer and Baldwin (2016), a review of 142 studies, infer partial mirroring likely superior there.
Contracts down the tiers block adaptation. Baumann, Becker, and Horrmann (2020), one case study, argue that down a supplier hierarchy relational contracts matter more but are harder to establish; in the Airbus A350 program, skip-level ties to suppliers Airbus had no contract with resolved the frictions. A jurisdictional gap, our reading.
Partners free ride on what the network shares. Dyer and Nobeoka (2000), one case study, name the dilemmas a knowledge-sharing network must solve, free riders among them; left unsolved, they are commons overdraw, our reading.
Ties so close the network stops hearing the outside. Past a threshold, which Uzzi (1997, an ethnographic study of 23 firms) offers as a proposition, embeddedness can derail performance by leaving firms vulnerable to shocks or insulated from outside information: model and world divergence, our reading.
Outsourcing follows managers' interests, not the work. Bidwell (2012), one case study of a firm's outsourcing decisions, found only a weak link between transaction characteristics and outsourcing; managers' interests and the distribution of authority shaped what went out: local optimization against the whole, our reading.
The decentralized profile trips two misfit rules, both Burton and Obel (2004) propositions, untested: wide authority in a defender, and in an analyzer (they name it for the analyzer that does not innovate, recommending medium centralization for one that does; the explorer's one analyzer level fires on both). The defender rule is contested: a second view, on Mintzberg's (1980) synthesis, propositions without a new test, placing the decentralized professional bureaucracy in complex but stable environments, holds that wide authority is not ruled out in a stable domain, so the rule flags the form; the undisputed analyzer rule sinks it, though the fit table counts the analyzer partial. Three studies set limits: Burton, Lauridsen, and Obel (2002), a quantitative study of 224 Danish small and medium-sized firms, tested an earlier edition's rules only as a set and found lower return on assets in firms with misfits; Drazin and Van de Ven (1985), a quantitative study of 629 work units in two states' employment security agencies, found the interaction form of fit (one factor, one structure) unsupported and the selection form, the explorer's, supported; and Volberda and colleagues (2012), a survey of 3,259 respondents in 1,904 companies, found contingency and institutional fit complementary, though firms with perfect institutional fit slightly lost performance striving for contingency fit.
What the research found
The deepest evidence concerns mirroring, the claim that organizational ties follow the work's technical dependencies. Colfer and Baldwin (2016), a review of 142 empirical studies, found it prevalent but not universal: firms break it with modular partitions inside or relational contracts across their boundaries, and open collaborative projects did not support it. MacCormack, Baldwin, and Rusnak (2012), a matched comparison of five pairs of software products, found the loosely coupled organization's product more modular in every pair, comparing open source communities with firms, not firm networks. Cabigiosu and Camuffo (2012), a study of 100 supply relationships at three firms, found the mirror holding under stable architecture, and with Furlan (2014), in the same industry, breaking under technological change. Hoetker (2006), a quantitative study of many firms' sourcing decisions in one industry, found modular products make organizations reconfigurable sooner than they let firms move activities out.
Replication is uneven: Campagnolo and Camuffo (2009), an industry-level study of 68 Italian manufacturing industries, replicated Schilling and Steensma's (2001) model with results differing significantly from the U.S. ones, not reported here since unchecked.
The hub-firm evidence is mostly single cases, the most recent Baumann and colleagues (2020), one case study. Ahmadjian and Lincoln (2001), several case studies by scholars, found keiretsu supply relations drifting toward arm's-length contracting and top-down administration.
The schools disagree about what the form is. Powell (1990) calls networks distinct, Williamson (1991, conceptual) a hybrid between market and hierarchy; business-group writers see a form the choice between firm and market leaves out (Granovetter 1995). Granovetter (1985) argued that transaction cost reasoning undersocializes economic action, and Ghoshal and Moran (1996) that its prescriptions are likely wrong for managers, since organizations govern some activities by a logic of their own. Resource dependence explains boundaries by power, transaction cost economics by efficiency (Pfeffer and Salancik 1978; Santos and Eisenhardt 2005, a conceptual review); Bidwell's case finds internal politics shaping one firm's boundary. Whitford and Zirpoli (2016), one longitudinal case study of Fiat Auto's network after radical outsourcing, read the network firm as a political coalition, its politics and shifting boundaries shaping each other. Diefenbach and Sillince (2011, conceptual) argue network organizations are much less hierarchy-free than their label suggests.
The evidence ledger holds 24 studies filed under this form.
In practice: one published case
Toyota and its supplier network, as Jeffrey Dyer and Kentaro Nobeoka (2000) describe them, one case study.
Toyota created and managed knowledge-sharing processes at the level of the whole network. It gave the network a strong identity, set rules for participation and entry, and treated production knowledge as the property of the network. The network was highly interconnected, with strong ties, and built institutionalized routines that move knowledge among suppliers in many directions.
What happened: the network solved three dilemmas of sharing knowledge. It motivated members to take part and share valuable knowledge openly while preventing unwanted spillovers to competitors, it prevented free riders, and it lowered the cost of finding and reaching valuable knowledge. Suppliers learned more quickly after joining, and the network's knowledge-sharing processes at least partly explain the productivity advantages of Toyota and its suppliers.
The authors concluded that the idea of a dynamic learning capability needs to reach beyond the firm's boundaries, and that a network with a strong identity and coordinating rules can be better than a single firm at creating and recombining knowledge.
A caution: the network was chosen because it performed well, and the comparison with other automakers' networks rests on earlier research.
Source: Dyer and Nobeoka 2000. Creating and managing a high-performance knowledge-sharing network: the Toyota case, Strategic Management Journal 21(3), 345 to 367; one case study of a supplier network.
Variants and near relatives
Internal, stable, and dynamic networks. Snow, Miles, and Coleman (1992), illustrated, not tested: one firm owning most or all of the assets; vendors around a large core firm; and a lead firm brokering assets owned by others. Only the last two take activities out of the firm; owned units trading at prices are the Internal market organization's move. The broker assembles firms, where project-based's latent organization draws individuals and teams into recurrent projects.
Modular organization. Standardized interfaces embed coordination among loosely coupled units (Sanchez and Mahoney 1996), carried across firm lines into contract manufacturing, alternative work arrangements, and alliances (Schilling and Steensma 2001); dividing the workforce by employment relationship is the shamrock's move, and the recombinant (modular) multidivisional form moves charters among one firm's divisions.
Virtual corporation. Davidow and Malone (1992), a practitioner book: an ever-varying cluster of activities in a fabric of relationships, made possible by information technology. Lucas's (1996) T-form joins it for its virtual components (its leveling belongs to machine bureaucracy's infinitely flat organization and to algorithmic management), as does the virtual type of Lucas and Baroudi (1994).
Platform orchestration. A firm runs an industry platform for outside innovators (Gawer and Cusumano 2014; Jacobides, Cennamo, and Gawer 2018).
Industrial district, meta-organization, hollow state, and modes of network governance cross legally independent organizations and, like ecosystems, strategic alliances, joint ventures, and franchising, are named, not covered: Becattini's (1990, reprinted 2004) small firms bound by shared norms; Ahrne and Brunsson's (2008) organizations whose members are organizations; Milward and Provan's (2000) state delivering services through contracted third parties; Provan and Kenis's (2008) three governance modes, offered as propositions, two without a lead organization.
ARPA model. Azoulay and colleagues (2019): a flat agency of term-limited program managers funding only outside research, each program a bounded project (the project-based entry), where an adhocracy keeps its experts inside; its authors call empirical evaluation elusive.
Spider's web organization. Quinn, Anderson, and Finkelstein (1996): many nodes linked to many with no order-giving center, unlike machine bureaucracy's infinitely flat form.
Systems structure. Drucker (1974): relations-focused, each unit's objective derived from the whole's, NASA's program and its contractors his model, a very poor fit, he judges, with all his design specifications; the case bounded by one mission is project-based's.
Imaginary organization. Hedberg and colleagues (1997): a leader enterprise treating others' resources as its own, which its authors also offer as a perspective on any enterprise.
The Cellular organization is the nearest neighbor: its cells share one ownership and divide as they grow; the network's partners are separate firms. Two cellular variants sit at the boundary: Blade.org, a designed community of independent firms, and Quinn's starburst, units spun off under some shared ownership. Shared knowledge alone does not separate them: Toyota treated production knowledge as the network's property. Toyota's network, the case here, is also a keiretsu (Ahmadjian and Lincoln 2001): its knowledge-sharing rules are this form's move, and the cross-shareholdings binding a keiretsu are the business group's.
The network beside its nearest neighbor, the cellular form
Select a number to fill what it marks in both drawings; the list under them gives the dimensions on which the two profiles differ.
It takes activities out of the firm altogether and coordinates them by contract, standardized interfaces, and relationship, where the cellular form keeps its self-organizing cells under shared ownership.
Network, modular, and virtual organization
Contract or priced tradeAdjust to each other directlyMMutual adjustmentOStandardization of outputsThe firm; partners stand outside it
- The network's partners are separate firms outside it, held by contract; the cells sit inside one shared ownership.
- Standardized outputs coordinate the network's partners, while shared norms hold across the whole cellular form.
- Often a hub or broker decides over the network as a whole; no unit heads the cells, which grow by splitting.
Differs on 6 of 11 dimensions
- Basis of grouping Function or process; Cellular organization: Product or purpose
- Specialization High; Cellular organization: Low
- Standardization and formalization Medium; Cellular organization: Low
- Decision rights and the locus of authority Limited vertical decentralization to selective vertical and horizontal decentralization; Cellular organization: Selective vertical and horizontal decentralization to vertical and horizontal decentralization
- Prime coordinating mechanism Mutual adjustment and standardization of outputs; Cellular organization: Mutual adjustment and standardization of norms
- Mode of exchange and control Market; Cellular organization: Market and clan
The network and the cellular form are both flat, leave decisions to their units, and have those units adjust to one another directly. The network ties separate firms by contract; the cellular form keeps its cells under one shared ownership.
Source: Miles and Snow 1986; Sanchez and Mahoney 1996; Powell 1990; Miles and colleagues 1997, a conceptual article with illustrations; Clarke 1994.
Moving into or out of it
Moving in: Lorenzoni and Lipparini (1999), a longitudinal study of three firms, found managers over time building a specialized supplier network and a narrower set of core competencies. Bidwell (2012), one case study of a firm's outsourcing decisions, found the consequences transaction cost and capabilities theories expect (less authority, weaker controls, and different capabilities), but managers judged them by their own interests.
Moving out: Toyota took a controlling interest in Daihatsu and built its own electronics capability to depend less on Denso, moving those supplies toward hierarchy (Ahmadjian and Lincoln 2001, several case studies by scholars). Running the reorganization falls to Change & Transformation.
The thinking behind it
- Raymond Miles and Charles Snow (1986; 1992, with Coleman): the dynamic network, which explains how market substitutes replace administrative mechanisms; a forecast, untested.
- Oliver Williamson (1975; 1991, conceptual): when hierarchy replaces the market, and the hybrid as a third form, which explain why the hub makes some things and buys others.
- Walter Powell (1990) and Mark Granovetter (1985), conceptual: neither market nor hierarchy, and embeddedness, which explain the contested mode of exchange and why trust coordinates.
- Ron Sanchez (1996, with Mahoney) and Carliss Baldwin (2016, with Colfer, first author): interfaces embed coordination (conceptual) and ties mirror the work (a review of 142 studies; open collaborative projects did not support it), which explain when contracts can replace close coordination.
Also called
Network organization, modular organization, virtual organization, and hollow corporation. The sources add dynamic network, interorganizational network, strategic network, network forms of organization, and modular organizational forms.
Works cited
- Ahmadjian and Lincoln 2001. Keiretsu, governance, and learning: case studies in change from the Japanese automotive industry, Organization Science 12(6), 683 to 701; several case studies by scholars.
- Ahrne and Brunsson 2008. Meta-organizations, Edward Elgar, Cheltenham.
- Amburgey and colleagues 1993. Resetting the clock: the dynamics of organizational change and failure, Administrative Science Quarterly 38(1), from p. 51; a quantitative study of organizational change and failure rates.
- Aoki 1986. Horizontal vs. vertical information structure of the firm, American Economic Review 76(5), 971 to 983; a formal economic model.
- Armour and Teece 1978. Organizational structure and economic performance: a test of the multidivisional hypothesis, Bell Journal of Economics 9(1), 106 to 122; a multi-firm statistical study in one industry.
- Azoulay and colleagues 2019. Funding breakthrough research: promises and challenges of the "ARPA model", Innovation Policy and the Economy 19, 69 to 96.
- Baumann and colleagues 2020. Ensuring adaptation while seeking efficiency: tiered outsourcing and skip-level supplier ties in the Airbus A350 program, Organization Science 31(5), 1176 to 1197; one case study of an aircraft program.
- Becattini 2004. The Marshallian industrial district as a socio-economic notion, In Becattini, Industrial Districts: A New Approach to Structural Change, Edward Elgar, 18 to 33; first published 1990 in Pyke, Becattini, and Sengenberger (eds.), Industrial Districts and Inter-firm Co-operation in Italy (ILO).
- Bidwell 2012. Politics and firm boundaries: how organizational structure, group interests, and resources affect outsourcing, Organization Science 23(6), 1622 to 1642; one case study of a firm's outsourcing decisions.
- Brandstätter and Graf-Vlachy 2026. Strategic leadership and organizational design: a review and research agenda, Journal of Organization Design 15(3), 165 to 210.
- Braverman 1974. Labor and monopoly capital: the degradation of work in the twentieth century, Monthly Review Press, New York; the linked publisher's page is the 1998 twenty-fifth anniversary edition.
- Brusoni and colleagues 2001. Knowledge specialization, organizational coupling, and the boundaries of the firm: why do firms know more than they make?, Administrative Science Quarterly 46(4), 597 to 621; a study of one technology in one industry.
- Burdín 2014. Are worker-managed firms more likely to fail than conventional enterprises? Evidence from Uruguay, ILR Review 67(1), 202 to 238; a survival study of many firms in one country.
- Burns and Stalker 1961. The Management of Innovation, Tavistock Publications, London (first edition 1961); the DOI is for the Oxford University Press revised edition of 1994; a field study of twenty firms.
- Burton and colleagues 2002. Return on assets loss from situational and contingency misfits, Management Science 48(11), 1461 to 1485; a quantitative study of 224 Danish small and medium-sized firms.
- Burton and colleagues 2020a. Organizational design: a step-by-step approach (fourth edition), Cambridge University Press.
- Burton and Obel 2004. Strategic organizational diagnosis and design: the dynamics of fit, Kluwer Academic Publishers (third edition).
- Cabigiosu and Camuffo 2012. Beyond the 'mirroring' hypothesis: product modularity and interorganizational relations in the air conditioning industry, Organization Science 23(3), 686 to 703; a study of 100 supply relationships at three firms.
- Campagnolo and Camuffo 2009. What really drives the adoption of modular organizational forms? An institutional perspective from Italian industry-level data, Industry and Innovation 16(3), 291 to 314; an industry-level study of 68 Italian manufacturing industries.
- Carey 1967. The Hawthorne studies: a radical criticism, American Sociological Review 32(3), 403 to 416.
- Carney and colleagues 2011. Business group affiliation, performance, context, and strategy: a meta-analysis, Academy of Management Journal 54(3), 437 to 460; a meta-analysis of 141 studies in 28 countries.
- Carroll and Hannan 2000. The demography of corporations and industries, Princeton University Press, Princeton, NJ.
- Chandler 1962. Strategy and Structure: Chapters in the History of the Industrial Enterprise, MIT Press, Cambridge, MA (xiv and 463 pages); several independent case histories by a historian.
- Chesbrough and Teece 1996. When is virtual virtuous? Organizing for innovation, Harvard Business Review 74(1) (January to February 1996), 65 to 73; reprinted August 2002.
- Child 1972a. Organizational structure, environment and performance: the role of strategic choice, Sociology 6(1), 1 to 22.
- Clarke 1994. The Essence of Change, Prentice Hall, New York; first published by Prentice Hall Europe (xiii and 202 pages).
- Coase 1937. The nature of the firm, Economica 4(16), 386 to 405 (November 1937).
- Colfer and Baldwin 2016. The mirroring hypothesis: theory, evidence, and exceptions, Industrial and Corporate Change 25(5), 709 to 738; a review of 142 empirical studies.
- Crozier 1963. Le phénomène bureaucratique: essai sur les tendances bureaucratiques des systèmes d'organisation modernes et sur leurs relations en France avec le système social et culturel, Éditions du Seuil, Paris, 414 pages; English translation The Bureaucratic Phenomenon, University of Chicago Press and Tavistock, 1964 (Crozier 1964).
- Crozier 1964. The Bureaucratic Phenomenon, University of Chicago Press, Chicago; Tavistock, London; two case studies by a scholar.
- Crozier and Friedberg 1977. L'acteur et le système: les contraintes de l'action collective, Éditions du Seuil, Paris (Sociologie politique series); English translation Actors and Systems: The Politics of Collective Action, University of Chicago Press, 1980 (Crozier and Friedberg 1980).
- Crozier and Friedberg 1980. Actors and Systems: The Politics of Collective Action, University of Chicago Press, Chicago and London; translated by Arthur Goldhammer from L'acteur et le système (Seuil, 1977; Crozier and Friedberg 1977).
- Csaszar 2012. Organizational structure as a determinant of performance: evidence from mutual funds, Strategic Management Journal 33(6), 611 to 632; a large-sample quantitative study of 609 mutual funds.
- Cyert and March 1963. A behavioral theory of the firm, Prentice-Hall, Englewood Cliffs, NJ.
- Czarniawska and Joerges 1995. Travels of ideas: organizational change as translation, Discussion paper FS II 95-501, Forschungsschwerpunkt Technik, Arbeit, Umwelt, Wissenschaftszentrum Berlin für Sozialforschung (WZB), Berlin (40 pages; a substantially revised version of the authors' essay 'Winds of organizational change' in Research in the Sociology of Organizations, 1994).
- Daft and Lengel 1986. Organizational information requirements, media richness and structural design, Management Science 32(5), 554 to 571.
- Davidow and Malone 1992. The Virtual Corporation: Structuring and Revitalizing the Corporation for the 21st Century, HarperCollins, New York.
- Delbridge 1995. Surviving JIT: control and resistance in a Japanese transplant, Journal of Management Studies 32(6), 803 to 817; a participant-observation study of one plant.
- Diefenbach and Sillince 2011. Formal and informal hierarchy in different types of organization, Organization Studies 32(11), 1515 to 1537; a conceptual analysis.
- Donaldson 2001. The contingency theory of organizations, SAGE Publications, Thousand Oaks, CA (Foundations for Organizational Science).
- Doty and colleagues 1993. Fit, equifinality, and organizational effectiveness: a test of two configurational theories, Academy of Management Journal 36(6), 1196 to 1250; a quantitative test across a sample of organizations.
- Drazin and Van de Ven 1985. Alternative forms of fit in contingency theory, Administrative Science Quarterly 30(4), from p. 514; a quantitative study of 629 work units in two states' employment security agencies.
- Drees and Heugens 2013. Synthesizing and extending resource dependence theory: a meta-analysis, Journal of Management 39(6), 1666 to 1698; a meta-analysis of 157 tests.
- Drucker 1974. Management: Tasks, Responsibilities, Practices, Harper and Row, New York (bibliography pp. 813 to 818).
- Dyer and Nobeoka 2000. Creating and managing a high-performance knowledge-sharing network: the Toyota case, Strategic Management Journal 21(3), 345 to 367; one case study of a supplier network.
- Edwards 1979. Contested terrain: the transformation of the workplace in the twentieth century, Basic Books.
- Egelhoff 1988. Strategy and structure in multinational corporations: a revision of the Stopford and Wells model, Strategic Management Journal 9(1), 1 to 14; a multi-firm study of multinationals.
- Emery and Thorsrud 1969. Form and Content in Industrial Democracy: Some Experiences from Norway and Other European Countries, Tavistock Publications, London; reissued by Routledge.
- Fakhfakh and colleagues 2012. Productivity, capital, and labor in labor-managed and conventional firms: an investigation on French data, ILR Review 65(4), 847 to 879; a study of large representative samples of French firms.
- Fayol 1949. General and Industrial Management, Translated by Constance Storrs, with a foreword by L. Urwick. Pitman, London.
- Foss 2003. Selective intervention and internal hybrids: interpreting and learning from the rise and decline of the Oticon spaghetti organization, Organization Science 14(3), 331 to 349; one case study.
- Fruin 1994. The Japanese Enterprise System: Competitive Strategies and Cooperative Structures, Clarendon Press, Oxford; first published 1992 (ISBN 0198283180, LCCN 91033285); the DOI is the 1994 edition (ISBN 0198288980), in Oxford Scholarship Online from 2003; a historical study of Japan's 200 leading industrial firms by one scholar.
- Furlan and colleagues 2014. When the mirror gets misted up: modularity and technological change, Strategic Management Journal 35(6), 789 to 807; a study of supply relationships in one industry.
- Galbraith 1973. Designing Complex Organizations, Addison-Wesley, Reading, MA.
- Galbraith 1974. Organization design: an information processing view, Interfaces 4(3), 28 to 36.
- Gawer and Cusumano 2014. Industry platforms and ecosystem innovation, Journal of Product Innovation Management 31(3), 417 to 433.
- Ghoshal and Moran 1996. Bad for practice: a critique of the transaction cost theory, Academy of Management Review 21(1), 13 to 47.
- Granovetter 1985. Economic action and social structure: the problem of embeddedness, American Journal of Sociology 91(3), 481 to 510.
- Granovetter 1995. Coase revisited: business groups in the modern economy, Industrial and Corporate Change 4(1), 93 to 130.
- Greer and colleagues 2018. Why and when hierarchy impacts team effectiveness: a meta-analytic integration, Journal of Applied Psychology 103(6), 591 to 613; a meta-analysis of 54 studies.
- Gustavsen 1992. Dialogue and Development: Theory of Communication, Action Research and the Restructuring of Working Life, Van Gorcum, Assen; Swedish Center for Working Life, Stockholm (viii and 127 pages).
- Hamilton and Biggart 1988. Market, culture, and authority: a comparative analysis of management and organization in the Far East, American Journal of Sociology 94 (supplement), S52 to S94; a comparison of three economies by scholars.
- Hannan and Freeman 1977. The population ecology of organizations, American Journal of Sociology 82(5), 929 to 964.
- Hedberg and colleagues 1997. Virtual Organizations and Beyond: Discover Imaginary Systems, John Wiley and Sons, Chichester and New York; translated from the Swedish Imaginära organisationer.
- Hickson and colleagues 1969. Operations technology and organization structure: an empirical reappraisal, Administrative Science Quarterly 14(3), from p. 378; a multi-organization comparative survey.
- Hoetker 2006. Do modular products lead to modular organizations?, Strategic Management Journal 27(6), 501 to 518; a quantitative study of many firms' sourcing decisions in one industry.
- Ichniowski and colleagues 1997. The effects of human resource management practices on productivity: a study of steel finishing lines, American Economic Review 87(3), 291 to 313; a quantitative study of 36 steel finishing lines in 17 companies.
- Jacobides and colleagues 2018. Towards a theory of ecosystems, Strategic Management Journal 39(8), 2255 to 2276.
- Jäger and colleagues 2021. Labor in the boardroom, Quarterly Journal of Economics 136(2), 669 to 725; a natural experiment across many German firms.
- Jarillo 1988. On strategic networks, Strategic Management Journal 9(1), 31 to 41.
- Jensen and Meckling 1976. Theory of the firm: managerial behavior, agency costs and ownership structure, Journal of Financial Economics 3(4), 305 to 360.
- Jirjahn 2011. Ökonomische Wirkungen der Mitbestimmung in Deutschland: ein Update, Schmollers Jahrbuch 131(1), 3 to 57 (in German); a review of many independent econometric studies.
- Kellogg and colleagues 2020. Algorithms at work: the new contested terrain of control, Academy of Management Annals 14(1), 366 to 410; a review of earlier research through one theoretical lens, with no new data.
- Ketchen and colleagues 1997. Organizational configurations and performance: a meta-analysis, Academy of Management Journal 40(1), 223 to 240; a meta-analysis of 40 tests.
- Keum and See 2017. The influence of hierarchy on idea generation and selection in the innovation process, Organization Science 28(4), 653 to 669; a field study combined with an experiment.
- Khanna and Palepu 2000a. Is group affiliation profitable in emerging markets? An analysis of diversified Indian business groups, The Journal of Finance 55(2), 867 to 891; a statistical study of many firms in one country.
- Lawrence and Lorsch 1967a. Organization and Environment: Managing Differentiation and Integration, Division of Research, Graduate School of Business Administration, Harvard University, Boston (xv and 279 pages); a multi-firm comparative field study.
- Lazerson 1995. A new phoenix? Modern putting-out in the Modena knitwear industry, Administrative Science Quarterly 40(1), 34 to 59; one case study of an industrial district.
- Levinthal 1997. Adaptation on rugged landscapes, Management Science 43(7), 934 to 950.
- Levitt and List 2011. Was there really a Hawthorne effect at the Hawthorne plant? An analysis of the original illumination experiments, American Economic Journal: Applied Economics 3(1), 224 to 238; a reanalysis of one plant's original experimental data.
- Lincoln and colleagues 1986. Organizational structures in Japanese and U.S. manufacturing, Administrative Science Quarterly 31(3), 338 to 364; a survey of about a hundred plants in two countries.
- Lorenzoni and Lipparini 1999. The leveraging of interfirm relationships as a distinctive organizational capability: a longitudinal study, Strategic Management Journal 20(4), 317 to 338; a longitudinal study of three firms and their supplier networks.
- Lucas 1996. The T-Form Organization: Using Technology to Design Organizations for the 21st Century, Jossey-Bass, San Francisco (The Jossey-Bass Management Series).
- Lucas and Baroudi 1994. The role of information technology in organization design, Journal of Management Information Systems 10(4), 9 to 23.
- MacCormack and colleagues 2012. Exploring the duality between product and organizational architectures: a test of the "mirroring" hypothesis, Research Policy 41(8), 1309 to 1324; a matched comparison of five pairs of software products.
- March and Simon 1958. Organizations, Wiley, New York (262 pages; with the collaboration of Harold Guetzkow); second edition, Blackwell, 1993.
- Maurice and colleagues 1980. Societal differences in organizing manufacturing units: a comparison of France, West Germany, and Great Britain, Organization Studies 1(1), 59 to 86; a comparison of matched factories in three countries.
- Mayo 1933. The human problems of an industrial civilization, Macmillan; reissued by Routledge, 2004.
- Merton 1940. Bureaucratic structure and personality, Social Forces 18(4), 560 to 568; a conceptual essay with no test.
- Meyer and Rowan 1977. Institutionalized organizations: formal structure as myth and ceremony, American Journal of Sociology 83(2), 340 to 363.
- Miles and colleagues 1997. Organizing in the knowledge age: anticipating the cellular form, Academy of Management Executive 11(4), 7 to 20 (the journal now titled Academy of Management Perspectives); a conceptual article with illustrations.
- Miles and Snow 1986. Organizations: new concepts for new forms, California Management Review 28(3), 62 to 73.
- Milward and Provan 2000. Governing the hollow state, Journal of Public Administration Research and Theory 10(2), 359 to 380.
- Mintzberg 1979. The Structuring of Organizations: A Synthesis of the Research, Prentice-Hall, Englewood Cliffs, NJ.
- Mintzberg 1980. Structure in 5's: a synthesis of the research on organization design, Management Science 26(3), 322 to 341; a synthesis of earlier research, offering propositions without a new test.
- Mohr 1971. Organizational Technology and Organizational Structure, Administrative Science Quarterly 16(4), 444-459; a quantitative field study of technology and structure.
- Nonaka and Takeuchi 1995. The Knowledge-Creating Company: How Japanese Companies Create the Dynamics of Innovation, Oxford University Press, New York; case studies of several Japanese firms by the theory's authors.
- Palmer and colleagues 1993. Late adoption of the multidivisional form by large U.S. corporations: institutional, political, and economic accounts, Administrative Science Quarterly 38(1), 100 to 131; a multi-firm statistical study of adoption.
- Pan and colleagues 2026. Examining innovation in digital platforms: unveiling the strategy of Zhongtai, International Journal of Operations and Production Management 46(4), 611 to 641; one firm's case study, with three embedded platform cases.
- Pennings 1975. The relevance of the structural-contingency model for organizational effectiveness, Administrative Science Quarterly 20(3), from p. 393 (September 1975); a quantitative field test of the structural-contingency model.
- Perrow 1967. A framework for the comparative analysis of organizations, American Sociological Review 32(2), from p. 194.
- Pfeffer and Salancik 1978. The external control of organizations: a resource dependence perspective, Harper and Row; reissued by Stanford University Press, 2003.
- Podolny and Page 1998. Network forms of organization, Annual Review of Sociology 24, 57 to 76.
- Powell 1990. Neither market nor hierarchy: network forms of organization, Research in Organizational Behavior 12, 295 to 336 (JAI Press).
- Provan and Kenis 2008. Modes of network governance: structure, management, and effectiveness, Journal of Public Administration Research and Theory 18(2), 229 to 252.
- Puranam 2021. Human-AI collaborative decision-making as an organization design problem, Journal of Organization Design 10(2), 75 to 80.
- Puranam and colleagues 2014. What's "new" about new forms of organizing?, Academy of Management Review 39(2), 162 to 180; a conceptual argument.
- Quinn and colleagues 1996b. Leveraging intellect, Academy of Management Executive 10(3), 7 to 27 (August 1996).
- Raveendran and colleagues 2020. The role of interdependence in the micro-foundations of organization design: task, goal, and knowledge interdependence, Academy of Management Annals 14(2), 828 to 868.
- Reitzig and Maciejovsky 2015. Corporate hierarchy and vertical information flow inside the firm: a behavioral view, Strategic Management Journal 36(13), 1979 to 1999; a field study combined with experiments.
- Rumelt 1974. Strategy, Structure, and Economic Performance, Division of Research, Harvard Business School, Boston; a multi-firm study of large corporations.
- Sanchez and Mahoney 1996. Modularity, flexibility, and knowledge management in product and organization design, Strategic Management Journal 17 (winter special issue), 63 to 76.
- Santos and Eisenhardt 2005. Organizational boundaries and theories of organization, Organization Science 16(5), 491 to 508; a conceptual review.
- Schilling and Steensma 2001. The use of modular organizational forms: an industry-level analysis, Academy of Management Journal 44(6), 1149 to 1168; an industry-level study of 330 U.S. manufacturing industries.
- Schoonhoven 1981. Problems with contingency theory: testing assumptions hidden within the language of contingency 'theory', Administrative Science Quarterly 26(3), 349 to 377; a quantitative study of hospital operating room suites.
- Simon 1946. The proverbs of administration, Public Administration Review 6(1), from page 53.
- Simon 1962. The architecture of complexity, Proceedings of the American Philosophical Society 106(6), 467 to 482 (12 December 1962).
- Snow and colleagues 1992. Managing 21st century network organizations, Organizational Dynamics 20(3), 5 to 20.
- Stewart 2006. A meta-analytic review of relationships between team design features and team performance, Journal of Management 32(1), 29 to 55; a meta-analysis of 93 studies.
- Streeck 1984a. Industrial Relations in West Germany: A Case Study of the Car Industry, Heinemann, London; St. Martin's Press, New York (178 pages).
- Thorelli 1986. Networks: between markets and hierarchies, Strategic Management Journal 7(1), 37 to 51.
- Tolbert and Zucker 1983. Institutional sources of change in the formal structure of organizations: the diffusion of civil service reform, 1880 to 1935, Administrative Science Quarterly 28(1), from p. 22.
- Trist and Bamforth 1951. Some social and psychological consequences of the longwall method of coal-getting, Human Relations 4(1), 3 to 38; an interview-based field study in one industry.
- Tushman and Nadler 1978. Information processing as an integrating concept in organizational design, Academy of Management Review 3(3), from p. 613.
- Uzzi 1997. Social structure and competition in interfirm networks: the paradox of embeddedness, Administrative Science Quarterly 42(1), 35 to 67; an ethnographic study of 23 firms.
- Volberda and colleagues 2012. Contingency Fit, Institutional Fit, and Firm Performance: A Metafit Approach to Organization-Environment Relationships, Organization Science 23(4), 1040-1054; a survey of 3,259 respondents in 1,904 companies.
- Wagner 1994. Participation's effects on performance and satisfaction: a reconsideration of research evidence, Academy of Management Review 19(2), 312 to 330; a meta-analytic reanalysis that compares eleven reviews.
- Wagner 2021. Dimensional research on organization structure: meta-analysis and conceptual redirection, Journal of Management & Organization 31(4), 1854 to 1871 (published online December 2021; issue of July 2025); a meta-analysis of 346 correlations from 155 published articles.
- Ward 1958. The firm in Illyria: market syndicalism, American Economic Review 48(4) (1958); reprinted in David F. Heathfield (ed.), The Economics of Co-Determination, Palgrave Macmillan, 1977, 1 to 25.
- Weber 1978. Economy and Society: An Outline of Interpretive Sociology, Edited by Guenther Roth and Claus Wittich. University of California Press, Berkeley.
- Whitford and Zirpoli 2016. The network firm as a political coalition, Organization Studies 37(9), 1227 to 1248; one longitudinal case study.
- Whitley 1999. Divergent capitalisms: the social structuring and change of business systems, Oxford University Press.
- Williamson 1975. Markets and Hierarchies: Analysis and Antitrust Implications, Free Press, New York (xvii and 286 pages).
- Williamson 1991. Comparative economic organization: the analysis of discrete structural alternatives, Administrative Science Quarterly 36(2), 269 to 296.
- Wood and colleagues 2019. Good gig, bad gig: autonomy and algorithmic control in the global gig economy, Work, Employment and Society 33(1), 56 to 75; interviews in six countries and a survey of 679 workers.
- Woodward 1965. Industrial organization: theory and practice, Oxford University Press, London and New York; a survey of a hundred manufacturing firms with case studies.
- Yoshino 1968. Japan's Managerial System: Tradition and Innovation, MIT Press, Cambridge, MA.
On this page, “read” means read by this series: where a line says a work, or part of one, was not read, the series did not read it.