Scientific Management and the Scientific Management Movement: Taylor, Principles, Critique

Administrative Thought: Scientific Management and Scientific Management movement; Classical Theory; Weber’s bureaucratic model – its critique and post-Weberian Developments; Dynamic Administration (Mary Parker Follett); Human Relations School (Elton Mayo and others); Functions of the Executive (C.I. Barnard); Simon’s decision-making theory; Participative Management (R. Likert, C. Argyris, D. McGregor).

This article: Scientific Management (F.W. Taylor) and the Scientific Management movement, its critics, its place in public administration and its present relevance (NPM, work study, the gig economy).

Official Syllabus: Paper I · Unit 1-02 Administrative Thought

Scientific management is the first coherent theory of organisation. At the start of the twentieth century, the American engineer Frederick Winslow Taylor argued that work could be studied like a physical process: observed, measured, timed and redesigned until the “one best way” of doing each task was found. Management, not the worker’s habit, would then decide how work is done.

• Its core claim was that efficiency is a matter of knowledge, not of driving workers harder.
• Its core promise was a “mental revolution”: if employer and worker stopped quarrelling over how to divide the surplus and worked together to enlarge it, both could become richer.
• Its core weakness, exposed within twenty years, was its picture of the worker as an isolated “economic man” moved only by money.

Taylor’s ideas grew into a movement that reached factories, armies, city halls, the federal government, the Soviet Union and, later, India’s work-study and O&M units. A century later they reappear in New Public Management, call-centre targets and the algorithmic management of gig workers.

1. The Context: Why Scientific Management Arose

1.1 The industrial setting

• Rapid industrialisation in the United States after the Civil War produced large factories, railways and steel mills, but management practice lagged behind the technology.
• Rule of thumb: work methods, tools and speeds were decided by individual workers and foremen through tradition. There were no standards of what a fair day’s work was.
• The foreman’s empire: the foreman, often hired on contract, controlled hiring, pay, discipline and methods with little direction from the owners.
• Arbitrary piece rates: when workers produced more, employers often cut the rate per piece, so workers learned that extra effort was punished.
• Labour–capital conflict: strikes and distrust were common; trade unions were growing.
• The engineers’ movement: members of the American Society of Mechanical Engineers (ASME) wanted to apply engineering logic to management. Henry R. Towne‘s paper “The Engineer as an Economist” (1886) called management a field for engineers. Charles Babbage, Henry Metcalfe and Frederick Halsey (premium wage plan) had already written on systematic management, so Taylor was the most complete, not the first, thinker of the approach.

1.2 Soldiering: the problem Taylor set out to solve

Soldiering (deliberately working below capacity) was, for Taylor, the central evil of industry. He distinguished two kinds:

Type	Cause	Example
Natural soldiering	The ordinary human tendency to take it easy	A worker slows down when the foreman is not watching
Systematic soldiering	Deliberate, group-organised restriction of output, because workers fear that higher output will lead to rate cuts or job losses	A gang agrees that nobody will produce more than a fixed quota

Taylor traced systematic soldiering to three causes:

• the workers’ belief that more output per man means fewer jobs;
• defective wage systems that cut rates when output rose, so it was rational to hide one’s real capacity;
• inefficient rule-of-thumb methods that wasted effort even when workers tried hard.

His conclusion was that the fault lay mainly with management, which had never studied the work it supervised. He listed the defects he saw at Midvale: no clear division of responsibility between management and workers, no effective standards, decisions by hunch and past experience, poor job design, wrong incentives, and placement of workers without regard to aptitude.

1.3 Taylor’s life and works

Frederick Winslow Taylor (1856–1915) was born in Germantown, Philadelphia. Poor eyesight kept him from Harvard; he became an apprentice pattern-maker and machinist, joined Midvale Steel Company as a labourer in 1878, and rose to chief engineer, earning a degree in mechanical engineering from the Stevens Institute of Technology through evening study. He later worked as a consultant, most famously at Bethlehem Steel (1898–1901), where he co-developed high-speed tool steel. He was president of ASME (1906).

Work	Year	Main idea
“A Piece-Rate System”	1895	Time study to set standards; the differential piece rate; “paying men and not positions”
Shop Management	1903	Detailed shop organisation, the planning department, functional foremanship; the philosophy of high wages with low unit cost
“On the Art of Cutting Metals”	1906	ASME presidential address, based on tens of thousands of metal-cutting experiments over about 26 years
The Principles of Scientific Management	1911	The four principles and the mental revolution, written for a general audience
Testimony before the Special House Committee	1912	Taylor’s own definition of scientific management as a “complete mental revolution”

• The term itself was popularised not by Taylor but by the lawyer Louis Brandeis during the Eastern Rate Case before the Interstate Commerce Commission (1910–11), where he argued that railways could save “a million dollars a day” by scientific management. Taylor first disliked the phrase as too academic but then adopted it.
• Famous experiments at Bethlehem: the pig-iron study (Taylor claimed a selected labourer’s daily loading rose from about 12.5 to 47.5 tons with rest pauses and a bonus) and the shovelling study (scientifically designed shovels for each material allowed the yard gang to be cut from roughly 400–600 men to about 140 while wages per man rose). Later historians have shown that Taylor dramatised these stories, but they made his name.

2. Taylor’s Concept of Management and the Four Principles

2.1 What management is for

• “The best management is a true science, resting upon clearly defined laws, rules, and principles, as a foundation.” Taylor claimed these principles apply “with equal force to all social activities”: to homes, farms, businesses, churches, philanthropic institutions, universities and government departments. This universalism is why public administration claims him.
• The object of management: “to secure the maximum prosperity for the employer, coupled with the maximum prosperity for each employee.” Maximum prosperity meant not only higher wages and dividends but developing each worker to the highest grade of work his abilities allowed.
• No inherent conflict: Taylor believed the true interests of employers, workers and consumers coincide. Higher productivity gives higher wages to workers, higher profits to owners and lower prices to consumers.
• The system before the man: “In the past the man has been first; in the future the system must be first.” Organisation, not the individual genius, would secure efficiency.

2.2 The four principles

Taylor stated four “great underlying principles of management” in The Principles of Scientific Management (1911):

Principle	What it means	Example
1. Develop a science for each element of work	Replace rule of thumb with measured, tested methods: the “one best way” and a fair “large daily task”	Time each movement of bricklaying and remove the wasted ones
2. Scientific selection, training and development of workers	Choose workers whose abilities fit the job; train them systematically instead of letting each learn by himself	Select loaders by physique; teach them the right shovel and rhythm
3. Cooperation to bring science and the trained worker together	Management must actively ensure the work is done by the scientific method, with incentives and help	Instruction cards, functional foremen and a bonus for meeting the task
4. Equal division of work and responsibility	Management takes over planning and organising, for which it is better fitted; workers do the work	A planning department prepares each job; the worker executes it

The philosophy in five phrases (Taylor’s own summary):

• science, not rule of thumb;
• harmony, not discord;
• cooperation, not individualism;
• maximum output, in place of restricted output;
• the development of each man to his greatest efficiency and prosperity.

• Dwight Waldo reduced the principles to four in the same spirit: the development of a true science, the scientific selection of workmen, their scientific education and development, and intimate, friendly cooperation between management and men.
• No principle alone is scientific management; Taylor insisted it is the combination that counts.

2.3 Three principles of organisation implied by Taylorism

Read as a theory of organisation, Taylorism rested on three structural ideas:

• Great division of labour: break each production process into simple tasks, ideally one task per worker. Specialisation raises efficiency and allows cheaper, less-skilled labour (the deskilling later attacked by critics).
• Full managerial control of the workplace: planning, organising, hiring and coordination move from the shop floor to management, which now coordinates the work that division of labour has fragmented.
• Cost accounting based on time-and-motion study: systematic data give managers the information they need to control the workplace.

2.4 Taylor’s assumptions about people

• Economic man: the worker is motivated mainly by money and wants two things, high wages and a chance of advancement.
• The isolated individual: each worker is treated as a separate unit; the work group plays no positive role (it is the source of soldiering).
• Passive executor: a good worker does not initiate action but follows instructions worked out by management.
• Organisational functions can be improved by science: there is one best method waiting to be discovered.

These assumptions explain both the strength of the approach (clarity, measurability) and the attack that followed from the Human Relations school.

3. The Techniques of Scientific Management

3.1 Time study and motion study

• Motion study observes every movement in a job and removes wasted ones, to find the best sequence of motions with the best tools and layout. It was developed most fully by Frank and Lillian Gilbreth, who broke work into basic motions they called “therbligs” (their name spelled almost backwards) and studied bricklaying, surgery and later the work of disabled people.
• Time study uses a stopwatch to fix the standard time for each element of a job, so that a fair “large daily task” can be set. Motion study comes first (find the best method); time study follows (time it).

3.2 Functional foremanship

Taylor rejected the “military” or line type of organisation, in which one foreman did everything, because no single person could have all the knowledge needed. He divided supervision into eight functional foremen, four in a planning department (the office) and four on the shop floor:

Planning department (office)	Shop floor (execution)
Order-of-work and route clerk: sequence and route of jobs	Gang boss: sets up work and materials at the machine
Instruction card clerk: written instructions for each job	Speed boss: right tools, feeds and machine speeds
Time and cost clerk: time standards and cost records	Repair boss: maintenance of machines and belts
Shop disciplinarian: discipline, hiring and dismissal records	Inspector: quality of work

• Significance: authority rests on knowledge, not position. Planning experts were to be relatively free from bureaucratic control from above, and top executives were to handle only what the planning department could not.
• The cost: each worker had eight bosses, a direct breach of unity of command. The scheme was rarely adopted in full; what survived was the separation of planning from doing and the staff specialist, the root of the later line and staff concept.
• Taylor also listed nine qualities of a good foreman: education, special or technical knowledge, manual dexterity and strength, tact, energy, grit, honesty, judgement and good health. No one person has all nine, which was his argument for dividing the job.

3.3 The differential piece-rate system

• Pay is fixed per piece on the basis of standards set by time and motion study.
• A worker who meets or exceeds the standard is paid a higher rate on every piece; one who falls short gets a lower rate on every piece. In variants such as Gantt’s task-and-bonus plan, a guaranteed day wage is paid below standard and a large bonus at the standard.
• Taylor preferred this direct, quick reward to profit-sharing, which he thought too remote to motivate.
• A worker who, after selection and training, could not or would not reach the standard was to be moved or removed.
• “Paying men and not positions“: pay should reflect each person’s output, not the title of the post.

3.4 Other mechanisms

Taylor listed these as “mechanisms” of scientific management:

• standardisation of tools, implements and working conditions, and of workers’ motions for each class of work;
• a separate planning room or department;
• the exception principle: managers should receive condensed reports and concentrate only on exceptions, items far above or below standard, rather than on routine;
• instruction cards for workers;
• the task idea, with a large bonus for completing the task;
• slide rules and similar time-saving devices (Carl Barth developed slide rules for machine speeds);
• mnemonic systems for classifying products and implements;
• a routing system;
• a modern cost system.

Taylor himself warned that these devices are not scientific management: “it is not an efficiency device … not a new system of figuring costs … not a new scheme of paying men … not time study … not motion study … not divided foremanship.” They are aids; the essence is a change of attitude.

4. The Mental Revolution

• The definition (1912 testimony): “In its essence, scientific management involves a complete mental revolution on the part of the working man … as to their duties toward their work, toward their fellow men, and toward their employers. And it involves the equally complete mental revolution on the part of those on the management’s side.”
• Two conditions without which scientific management does not exist:
  • both sides must take their eyes off the division of the surplus and turn them to increasing its size, until it is so large that quarrelling over shares becomes unnecessary;
  • both sides must accept exact scientific investigation and knowledge in place of individual judgement or opinion on all matters of work.
• Peace for war: Taylor described the change as “the substitution of peace for war; the substitution of hearty brotherly cooperation for contention and strife.”
• Who decides? Cooperation was not equality. For Taylor, management was the senior partner, deriving authority from superior knowledge; disputes would be settled by “the laws of science”, not by bargaining. This is why he saw trade unions as unnecessary: if pay and pace are set scientifically, there is nothing to bargain over. Reinhard Bendix (Work and Authority in Industry, 1956) summed up the logic: by maximising each worker’s productive efficiency, scientific management would maximise the earnings of both workers and employers, so all conflict between capital and labour would be resolved by the findings of science.
• The tragedy of the idea: in practice, employers adopted the techniques (stopwatch, bonus, speed-up) without the mental revolution. Taylor’s intention was obscured, and Taylorism came to mean “speed-up”. Taylor himself admitted that his methods “may be used more or less as a club to drive workmen into doing a larger day’s work for approximately the same pay.”

5. The Scientific Management Movement

5.1 Taylor’s disciples and their contributions

Disciple	Contribution
Henry L. Gantt	The Gantt chart for scheduling and progress control; the task-and-bonus plan with a guaranteed minimum wage; stressed the human side of incentives
Frank B. and Lillian M. Gilbreth	Motion study, therbligs, micro-motion films; Lillian Gilbreth pioneered the psychology of management (1914) and later ergonomic design
Harrington Emerson	The Twelve Principles of Efficiency (1912); efficiency engineering on the Santa Fe railway; line-and-staff thinking
Carl G. Barth	Slide rules for calculating machine speeds and feeds
Morris L. Cooke	Applied Taylorism to universities (Academic and Industrial Efficiency, 1910) and to city government as Director of Public Works, Philadelphia (1911–15)
H.K. Hathaway, Sanford E. Thompson	Installation of the system in firms; time-study methods

5.2 Institutions, controversy and investigation

• 1910–11: the Eastern Rate Case made “scientific management” a national phrase.
• 1911: the Society to Promote the Science of Management was founded; it was renamed the Taylor Society after Taylor’s death.
• 1908–11: Taylor’s methods were installed in the army’s Watertown Arsenal (Massachusetts), which the War Department treated as an experiment station for the system. In August 1911 moulders at Watertown struck against a stopwatch time study.
• 1911–12: a Special Committee of the House of Representatives (under House Resolution 90) investigated “the Taylor and other systems of shop management”. Taylor’s testimony, sometimes before hostile questioning, is the classic statement of the mental revolution. The committee’s report favoured neither side but found no need for legislation.
• 1915: organised labour secured a rider to the Army Appropriation Act banning the use of stopwatches and premium or bonus payments in army arsenals; the ban lasted until 1949.
• 1915: Robert F. Hoxie‘s report Scientific Management and Labor, for the US Commission on Industrial Relations, concluded that scientific management neglected the human side of production and that its ideals and those of trade unionism were incompatible.
• 1915: Taylor died; the movement continued through the Taylor Society and the growth of industrial engineering.

5.3 The movement in public administration

Scientific management reached government through the American reform movement of the Progressive era:

• The New York Bureau of Municipal Research (founded 1906–07) applied efficiency methods, cost accounting and budgeting to city government; its training school produced many early public administrators.
• President Taft’s Commission on Economy and Efficiency (1910–13) studied federal organisation and recommended an executive budget, leading eventually to the Budget and Accounting Act, 1921.
• Morris Cooke in Philadelphia showed that municipal departments could be run on scientific management lines.
• The intellectual link: Woodrow Wilson’s call (1887) for a science of administration, the politics–administration dichotomy, and the efficiency value of early public administration all drew strength from Taylorism. Dwight Waldo observed that scientific management and public administration were related parts of a common movement to extend the methods and spirit of science to ever wider areas of human concern. Bertram Gross wrote that scientific management “had a major influence on the growing reform and economy movements in public administration.”
• The administrative management school (Gulick, Urwick, POSDCORB, the Brownlow Committee of 1937) carried the same faith in principles and efficiency from the shop floor to the top of government (see the article on Classical Theory).

5.4 The movement abroad

• Europe: The Principles of Scientific Management was translated into several languages, including French, German, Dutch, Swedish, Russian, Italian, Spanish and Japanese. In France, Henry Le Chatelier promoted it; in Germany it fed the “rationalisation” movement of the 1920s; in Britain, Urwick and Sheldon adapted it.
• The Soviet Union: in “The Immediate Tasks of the Soviet Government” (1918) Lenin called the Taylor system “a combination of the refined brutality of bourgeois exploitation and a number of the greatest scientific achievements”, and urged that Russia study, teach and adopt it. Soviet “scientific organisation of labour” followed, and the Stakhanovite movement (after the miner Aleksei Stakhanov’s record in 1935) celebrated output norms, though it relied more on emulation than on Taylor’s methods.
• Fordism: Henry Ford‘s moving assembly line (Highland Park, 1913) took Taylor’s division of labour to its limit: standardised products, fixed work stations, machine-paced work and high wages ($5 a day, 1914). “Fordism” became the name for the whole system of mass production that followed.
• Japan used Taylor’s methods widely in its post-war growth, later combining them with quality circles and continuous improvement.

6. Criticisms of Scientific Management

6.1 From labour and trade unions

• Speed-up and exhaustion: unions called it a system to drive workers to the limit of their strength for little extra pay.
• Anti-union: individual piece rates and “scientific” standards left nothing to collective bargaining; the Hoxie report found the two ideals incompatible.
• Unemployment: more output per worker meant fewer workers.
• Dehumanisation and monotony: minute tasks removed skill, variety and initiative; stopwatch studies provoked strikes (Watertown, 1911).

6.2 From managers

• Managers who had risen without education resented Taylor’s claim that they were unqualified without trained experts, and his contempt for rule of thumb.
• Standardisation reduced managers’ discretion; functional foremanship divided their authority.
• Taylor himself left both Midvale and Bethlehem after friction with company managers.

6.3 From the human relations school and behavioural scientists

• Mechanistic view of man: the worker as a cog in the machine, to be made as efficient as the machine itself. Scientific management has been called a mechanistic theory of organisation.
• Monistic theory of motivation: it explained motivation by money alone. The Hawthorne studies (1924–32) showed that social and psychological factors (recognition, group norms, supervision) matter as much as pay. Oliver Sheldon, Mary Parker Follett, Elton Mayo, Chester Barnard, Peter Drucker and Chris Argyris all criticised Taylor on these lines.
• Ignored the informal group: for Taylor the group was only a source of soldiering; Mayo showed it could be the key to cooperation.
• “Physiological organisation theory”: James March and Herbert Simon (Organizations, 1958) called it this because it dealt only with that range of behaviour connected with the body (speed, fatigue, motions) and treated the worker as an instrument.
• Argyris: extreme specialisation and close control keep adults in a state of dependence and psychological immaturity, breeding frustration and apathy.
• Work is not a burden by nature: the psychologist J.A.C. Brown argued that work gives people status and binds them to society; when they dislike it, the fault lies in the social and psychological conditions of the job, not in the worker.

6.4 From the critics of its logic: Drucker’s two blind spots

Peter Drucker admired Taylor but identified two “blind spots” in The Practice of Management (1954):

• It confuses the principle of analysis with the principle of action. Because work is best analysed by breaking it into its smallest motions, Taylor assumed it is best organised in the same way, as a series of separate motions each done by a different person. But a job that is easy to analyse into parts may be done better as an integrated whole; human beings do not work well as a chain of fragments.
• It divorces planning from doing. Planning and doing are two parts of the same job; separating them completely (planners in the office, doers on the floor) destroys responsibility, initiative and team spirit.
• The law of diminishing returns also applies: beyond a point, further sub-division of work lowers efficiency through monotony, fatigue and coordination costs.

6.5 From Marxist critics: Gramsci and Braverman

• Antonio Gramsci, in his prison notes on “Americanism and Fordism” (written in the early 1930s), treated Taylorism as more than a technique. It was an attempt to create a new type of worker and a new type of man:
  • Taylor expressed “the purpose of American society”: to develop in the worker “automatic and mechanical attitudes” and break the old psycho-physical link of skilled work, which demanded intelligence, imagination and initiative. Taylor’s own remark that an “intelligent gorilla” could be trained to handle pig iron better than a man, which Gramsci recalled as the “trained gorilla“, captured this aim.
  • The new industrial regime reached beyond the factory into the worker’s private life: American employers’ interest in workers’ drinking (Prohibition), sexual life and family stability served the need for a disciplined, regular, sober workforce.
  • Yet Gramsci also argued that purely mechanical labour does not exist: even the most degraded work keeps a minimum of intellectual activity, and the worker’s mind, freed from craft, may turn to critical thought. Taylorism therefore produced not only submission but the possibility of resistance and a new consciousness.
  • The socio-psychological lesson: Taylorism is a project of hegemony (consent manufactured through high wages and new habits), not only of coercion.
• Harry Braverman, Labor and Monopoly Capital (1974), made Taylorism the centre of his theory of deskilling:
  • scientific management separates conception from execution, takes craft knowledge out of the worker’s head and stores it in management’s system;
  • it uses that monopoly of knowledge to control each step of the labour process;
  • the result is the degradation of work in factories and, later, offices.
• Industrial democracy critics argued that Taylorism resolves the contradiction between democratic politics and undemocratic, appointed authority in industry by giving managerial control the respectability of “science”.

6.6 Dahl: a primitive tool for industrial polyarchies

• Robert Dahl (with Charles Lindblom, Politics, Economics and Welfare, 1953) used polyarchy for systems in which control is dispersed among many centres that bargain with one another, as in democracies and in large, pluralist industrial societies.
• Judged against such systems, scientific management is a primitive instrument of control: it knows only hierarchy (orders from experts at the top) and price (piece rates), and ignores bargaining, consent and participation, through which control is actually exercised in complex organisations with unions, professionals and many centres of power.
• Dahl’s wider point (in “The Science of Public Administration: Three Problems“, 1947) was that a science of administration cannot ignore values, human behaviour and social setting; scientific management, built on a narrow model of the worker and on efficiency as the only value, fails all three tests.

6.7 Waring: controversial despite its popularity

Stephen P. Waring (Taylorism Transformed: Scientific Management Theory since 1945, 1991) explains why Taylorism remains both popular and controversial:

• Popular, because its core (hierarchy, central direction, specialised tasks, measurement) still structures most organisations, and because later “new” theories such as operations research, systems analysis and parts of Simon’s decision science are, in his reading, “post-Taylor” refinements of the same project of making organisations more machine-like.
• Controversial, because it concentrates power in management and treats workers as instruments; it promises harmony through science while actually settling conflicts in favour of those who control the knowledge.
• Waring reads management theories as political theories: Taylor’s is a “bureaucratic” theory of control; Mayo’s human relations is a “corporatist” alternative that seeks integration rather than command. Both, he argues, leave the hierarchy itself unquestioned.

7. Assessing Taylor: Rival Interpretations

7.1 A set of operating procedures rather than general principles

• One line of interpretation holds that Taylor’s real contribution was not a set of general principles for organising work efficiently but a set of operating procedures: a method (observe, measure, experiment, standardise, train) to be applied afresh in each concrete situation.
• Why this reading is persuasive:
  • Taylor’s “principles” are thin and general; what spread was the method of investigation: controlled experiment holding all variables constant except one, as in his metal-cutting studies.
  • The “one best way” is situation-specific: the best shovel for coal differs from the best shovel for iron ore. There is no universal rule, only a universal procedure for finding the local rule.
  • This is exactly what later work study, industrial engineering and operations research inherited: techniques, not doctrines.
• The contrast with the classical theorists: Fayol, Gulick and Urwick offered general principles of organisation (unity of command, span of control, POSDCORB) applicable everywhere; Taylor offered procedures for improving particular tasks.

7.2 Scientific management or classical organisation theory?

Taylor is usually grouped with the classical school, but his theory differs from the classical organisation theory of Gulick and Urwick in important respects:

Basis	Taylor’s scientific management	Classical organisation theory (Gulick, Urwick)
Level	Micro: the task, the worker, the shop floor	Macro: the whole organisation, departments, top management
Direction	Bottom-up: from the job to the organisation	Top-down: from the chief executive to the units
Central question	How should each task be done, and how should the worker be motivated to do it?	How should work be divided and coordinated among units?
Core concepts	Time and motion study, one best way, differential piece rate, functional foremanship	Division of work, 4Ps of departmentalisation, POSDCORB, span of control, unity of command
Motivation	An explicit (economic) theory of motivation: pay tied to output	Little explicit theory of motivation; assumes authority and structure secure compliance
Authority	Based on knowledge (functional experts)	Based on position in the hierarchy (unity of command)
Field of origin	Engineering, factory	Public administration, business, military

• This is why Taylor’s scheme is sometimes called “classical motivational theory” while Gulick and Urwick’s is “classical organisational (structural) theory“. Both share the faith in efficiency, rationality and universal principles, and both neglect the informal organisation.

7.3 Taylor and Fayol: different perspectives, same goal

Basis	Taylor	Fayol
Background	American engineer; scientist and experimenter	French mining engineer; managing director; practitioner
Focus	Shop floor, the operative worker	Top management, the whole enterprise
Approach	Bottom-up, micro	Top-down, macro
Method	Observation, experiment and measurement	Personal experience and reflection
Main concern	Productivity of labour, elimination of waste	A general theory of administration applicable to all organisations
Command	Functional foremanship (many bosses)	Unity of command (one boss)
Contribution	A science of industrial management	A theory of management functions (POCCC) and 14 principles
Applicability	Mainly production activities	All functional areas, including government

• What they shared: both wanted efficiency; both applied a rational, systematic approach; both believed management could be taught; both stressed cooperation between management and workers; both claimed universality for their principles. Fayol himself said (1925) that his work and Taylor’s were complementary, not rival.
• Why they differ: Taylor looked up from the machine; Fayol looked down from the board room. Together they cover the two ends of the classical view of organisation.

7.4 Was Taylor already a humanist?

• The revisionist case (associated with Hindy Lauer Schachter, Frederick Taylor and the Public Administration Community: A Reevaluation, 1989): read in the original, Taylor offered a motivational theory with participatory elements that the human relations school did not much improve on.
  • He insisted on cooperation and mutual prosperity, attacked arbitrary rate-cutting, and wanted each worker developed to the highest grade of work he could do.
  • He used non-economic motivators: a sense of mission, recognition, individual attention, two-way communication between planning staff and workers, and opportunities for advancement.
  • He welcomed suggestions from workers: an improvement proposed by a worker was to be tested and, if better, adopted as the new standard, with credit (and sometimes a cash reward) to the worker.
  • He attacked managers, not only workers, demanding that they learn and plan.
• The counter-argument: these elements were subordinate to control. Workers could suggest, but management decided; there was no collective voice; the group was suspect; and the “development” offered was development to fit the system. Mayo’s discovery of the informal group and the social needs of workers was a real advance, not a repetition.
• A balanced view: Taylor was more humane in intention than his caricature, but his system, as practised, was mechanistic. The truth lies in the gap between Taylor’s philosophy (mental revolution) and Taylorism in practice (speed-up).

8. Scientific Management Compared with Human Relations

Basis	Scientific management (Taylor)	Human relations (Mayo)
View of man	Economic man, isolated individual	Social man, member of a group
Motivation	Money (monistic)	Recognition, belonging, security, morale (socio-economic)
Focus	Tasks, tools, methods, physical conditions	People, groups, sentiments, social conditions
Unit of analysis	The individual worker	The informal work group
Organisation	Formal structure, standards, rules	Informal organisation alongside the formal
Management style	Directive; experts decide	Participative; supervisors listen and involve
Source of efficiency	The one best method plus incentive pay	Cooperation, morale and supportive supervision
Research base	Time and motion experiments	Hawthorne studies (1924–32)
Skills stressed	Technical	Social
View of the group	Source of soldiering; hostile to management	Potential ally of management if its norms are aligned

• Distinct approaches: they rest on opposite assumptions about human nature and look for efficiency in opposite places, structure versus sentiment.
• But complementary: both accept efficiency and productivity as the goal and both take the managerial point of view; human relations did not abolish standards, planning or incentives but added the social dimension. Later behavioural theory (Barnard, Simon, Likert) combined the two. From “Taylorism to Mayoism”, organisation theory travelled from the body of the worker to his mind and his group, but always in search of organisational effectiveness.

9. Contribution and Present Relevance

9.1 Lasting contributions

• Pioneer of the study of work: the first systematic, quantitative study of human beings at work; work study, method study, ergonomics and industrial engineering descend from him.
• Management as a discipline: the idea that management is a body of knowledge that can be taught and learned, and that managers must plan, organise and control, not merely supervise.
• Personnel administration: scientific selection, training, job analysis and performance standards.
• Planning and staff: the planning department and functional experts anticipated line and staff organisation.
• Management by exception, cost accounting, standard costing and production control.
• Public administration: the efficiency and economy movements, budgeting reform, O&M and work study in government, and the faith in a “science of administration”.
• Drucker’s verdict: Drucker ranked scientific management among the most powerful and lasting contributions America made to Western thought, and argued that developing countries in particular needed Taylor’s message of productivity through knowledge applied to work.

9.2 Neo-Taylorism: New Public Management

• Christopher Pollitt (Managerialism and the Public Services, 1990) described the managerialism of the 1980s as neo-Taylorism: a revival of Taylor’s faith in measurement, targets, standards, incentives and managerial control, now applied to the public services.
• Taylorist features of NPM: performance indicators and league tables; output targets; performance-related pay; separation of policy (planning) from delivery (doing) through executive agencies; contracts specifying standards; management by results.
• Limits of the comparison: NPM also borrowed from public choice and market theory (competition, customer choice, contracting out), which Taylor did not consider, and it decentralised managerial freedom rather than centralising it in a planning office (see the article on New Public Management and After).

9.3 Taylor in the post-industrial and gig economy

Why Taylor’s ideas still fit:

• Platform work is Taylorism by algorithm. Food delivery and ride-hailing apps break work into small standard tasks, set standard times (delivery windows), monitor every movement by GPS, rate each worker, and pay per task with incentives for meeting targets: time study, differential piece rate and the exception principle, run by software. Scholars call this digital Taylorism or algorithmic management.
• Knowledge work is being standardised: call centres follow scripts and handling-time targets; warehouses track “time off task”; even professional work (claims processing, coding, some medical work) is split into measured, standard units. Phillip Brown, Hugh Lauder and David Ashton (The Global Auction, 2011) described the extension of Taylorism to white-collar and knowledge work as “digital Taylorism“.
• Public services: time-bound service guarantees, file-movement tracking in e-Office, dashboards and target-driven campaigns apply Taylor’s logic to government.
• Lean and quality management: Toyota’s production system, Six Sigma and process re-engineering refine Taylor’s search for waste-free methods, though with more worker involvement.

Why Taylor’s ideas need modification:

• Knowledge, not muscle: in post-industrial economies, value comes from creativity, problem-solving and judgement, which cannot be timed with a stopwatch; separating thinking from doing destroys exactly what the organisation needs.
• Educated, mobile workforces expect autonomy, voice and meaningful work; rigid control raises attrition and disengagement.
• Teams, networks and flexibility have replaced the single standard method; there is rarely one best way in rapidly changing environments.
• Human costs: algorithmic control raises problems of stress, safety (pressure to deliver fast), opacity (workers do not know why they are penalised) and lack of social security, because platform workers are often treated as independent contractors.
• Regulation is catching up: the European Union’s Platform Work Directive (Directive (EU) 2024/2831, adopted 23 October 2024) requires transparency, human oversight of automated decisions and limits on algorithmic monitoring; in India, the Code on Social Security, 2020 (in force from 21 November 2025) defines gig and platform workers for the first time and provides for social security schemes, a Social Security Fund and a National Social Security Board; Rajasthan (2023) and Karnataka (Act No. 72 of 2025) have passed laws for platform workers, Karnataka’s including transparency in automated monitoring and decision-making systems.
• The modification needed: keep Taylor’s measurement, method improvement and planning, but add the human relations and participative insights (worker voice, team autonomy, fair and transparent rules, social protection). In short, scientific methods without a mechanical view of man.

Key Terms

Term	Meaning in simple words
Scientific management	Taylor’s approach of studying work scientifically to find the best method and set standards
Taylorism	Scientific management as a system of control, often used critically
Soldiering	Deliberately working below capacity
Natural soldiering	The ordinary tendency to take it easy
Systematic soldiering	Group-organised restriction of output for fear of rate cuts or job loss
One best way	The single most efficient method of doing a task, found by study
Rule of thumb	Methods based on habit and tradition rather than measurement
Time study	Using a stopwatch to fix the standard time for each part of a job
Motion study	Analysing body movements to remove wasted ones
Therblig	The Gilbreths’ name for a basic unit of motion
Differential piece rate	Higher rate per piece for those who meet the standard, lower for those who do not
Functional foremanship	Supervision divided among eight specialised foremen
Exception principle	Managers deal only with results far from the standard
Mental revolution	Taylor’s demand that both sides stop fighting over the surplus and cooperate to enlarge it
Economic man	The assumption that people work mainly for money
Deskilling	Removing skill and judgement from jobs by splitting them into simple tasks
Physiological organisation theory	March and Simon’s label for Taylorism’s focus on the body and its motions
Fordism	Mass production on the moving assembly line with standard products and high wages
Stakhanovism	Soviet movement that celebrated workers who exceeded output norms
Neo-Taylorism	The revival of measurement, targets and managerial control in New Public Management
Digital Taylorism	Standardisation and monitoring of work, including knowledge work, through software
Algorithmic management	Assigning, monitoring and evaluating work by automated systems
Work study	Systematic investigation, measurement and improvement of work methods
O&M	Organisation and Methods: units that study and improve administrative procedures

Contemporary Developments

• 23 October 2024: the European Union adopted the Platform Work Directive (2024/2831), the first supranational law to regulate algorithmic management, requiring human oversight and transparency; member states must apply it by December 2026.
• 1 February 2025: the Union Budget 2025–26 promised identity cards, e-Shram registration and PM-JAY health cover for gig workers, likely to assist nearly 1 crore workers.
• 11 September 2025: Karnataka enacted the Platform Based Gig Workers (Social Security and Welfare) Act, 2025, with a welfare fee on aggregators and transparency duties for automated decision-making.
• October 2025: Special Campaign 5.0 closed or weeded 29.52 lakh government files and freed 233.75 lakh sq ft of office space, the latest round of a measured, target-driven drive against pendency.
• 21 November 2025: the four Labour Codes came into force; the Code on Social Security, 2020 now legally defines gig and platform workers and provides for their social security.

Revision Grid

Thinker / body	Work or report (year)	Key idea
F.W. Taylor	A Piece-Rate System (1895), Shop Management (1903), The Principles of Scientific Management (1911)	One best way; four principles; mental revolution
Henry Towne	“The Engineer as an Economist” (1886)	Management as an engineering field
Louis Brandeis	Eastern Rate Case (1910–11)	Popularised “scientific management”
Frank and Lillian Gilbreth	Motion study (1911); The Psychology of Management (1914)	Therbligs; human side of efficiency
Henry Gantt	Gantt chart; task-and-bonus plan	Scheduling; guaranteed minimum wage
Harrington Emerson	The Twelve Principles of Efficiency (1912)	Efficiency engineering
Morris Cooke	Academic and Industrial Efficiency (1910)	Taylorism in universities and city government
Robert Hoxie	Scientific Management and Labor (1915)	Incompatible with trade unionism
House Special Committee	1911–12	Investigated the Taylor system; Taylor’s testimony
Lenin	“The Immediate Tasks of the Soviet Government” (1918)	Adopt the Taylor system under socialism
Antonio Gramsci	“Americanism and Fordism” (1929–34)	Taylorism creates a new psycho-physical type of worker; hegemony
Robert Dahl	“The Science of Public Administration: Three Problems” (1947)	Values, behaviour and social setting limit a science of administration
Peter Drucker	The Practice of Management (1954)	Two blind spots: analysis vs action; planning vs doing
March and Simon	Organizations (1958)	“Physiological organisation theory”
Harry Braverman	Labor and Monopoly Capital (1974)	Deskilling; separation of conception and execution
Hindy Lauer Schachter	Frederick Taylor and the Public Administration Community (1989)	Taylor as a participatory, humane thinker
Christopher Pollitt	Managerialism and the Public Services (1990)	NPM as neo-Taylorism
Stephen Waring	Taylorism Transformed (1991)	Taylorism as a political theory of control; post-Taylor and post-Mayo
Brown, Lauder and Ashton	The Global Auction (2011)	Digital Taylorism of knowledge work
NITI Aayog	India’s Booming Gig and Platform Economy (2022)	77 lakh gig workers (2020–21), 2.35 crore by 2029–30