Business Laws and Management · Principles of Management and Modern Approaches

Taylor's Scientific Management: Principles, Techniques and Criticism

Updated 11 October 2026 · Fact-checked

Taylor's scientific management replaces rule-of-thumb methods with scientific study of work. Its principles are science not rule of thumb, harmony not discord, cooperation not individualism, and maximum output with development of each person. Techniques include time, motion and fatigue study, standardisation and the differential piece rate. Critics call it mechanical and anti-worker.

Understand Taylor's Scientific Management

Frederick Winslow Taylor was an American engineer, called the father of scientific management. He worked in factories in the late 1800s and saw that workers followed habit and guesswork. Output was low, and workers often worked slowly on purpose, called soldiering.

Taylor's idea was simple. Study each job with observation and measurement. Find the one best way to do it. Then select the right worker, train him, and pay him well for results. So scientific management means using science and measurement, not guesswork, to run work.

He also wanted a change of attitude. Management and workers should see that a bigger output means more profit for the owner and higher wages for the worker. This is the idea of a mental revolution. Both sides stop quarrelling over the division of profit and work to enlarge it.

He focused on the shop floor and on operational efficiency. This is why Taylor is linked with lower-level management and the work of operatives. Fayol, in contrast, looked at the whole organisation from the top. Remember this contrast for MCQs.

The approach raised productivity and wages in many firms. But critics say it treated workers like machines, ignored social and human needs, and could cause unemployment and monotony.

Key formulas to remember

Taylor's principles of scientific management: 1. Science, not rule of thumb | 2. Harmony, not discord | 3. Cooperation, not individualism | 4. Maximum output, in place of restricted output | 5. Development of each person to his greatest efficiency and prosperity; Learn all five in this order. Exam options often swap the pairs, so recall the 'not' part exactly.
Techniques of scientific management: Functional foremanship | Standardisation and simplification of work | Method study | Motion study | Time study | Fatigue study | Differential piece rate system; Know what each one does. Time study sets the standard time, motion study removes wasted movements, fatigue study fixes rest intervals.
Differential piece rate system: Efficient worker (at or above standard output): higher rate per piece | Inefficient worker (below standard): lower rate per piece; The rate depends on whether output meets the standard. Both rates apply to all units the worker makes that day. It rewards efficiency and penalises slow work.
Functional foremanship: 8 specialist foremen: 4 in the planning department and 4 in the production department; Planning side: route clerk, instruction card clerk, time and cost clerk, disciplinarian. Production side: speed boss, gang boss, repair boss, inspector.

How to solve Taylor's Scientific Management questions

Most questions ask you to name, match or explain a principle or technique, or to judge a statement about Taylor. Use this routine.

1Read the statement and spot the key word: standard, rest, movement, pay, supervision, or attitude.
2Link that word to the technique: standard time to time study, movement to motion study, rest to fatigue study, pay to differential piece rate, supervision to functional foremanship.
3If the question is about attitude between workers and management, think mental revolution and harmony not discord.
4If it asks who or what level, remember Taylor focuses on shop floor efficiency and Fayol on top management.
5For criticism questions, look for words like machine, monotony, unemployment, human factor ignored.
6Eliminate options that mix up the principle with its opposite, such as individualism instead of cooperation.
7For a written answer, define, list points with a one-line explanation each, then give a short conclusion.

Quickest way: Keyword match for Taylor questions

When to use it: Use in the OMR paper when you have under a minute per question.

Underline the clue word in the question.
Match it: time = standard task, motion = wasted movement, fatigue = rest, piece rate = incentive, foremanship = eight specialists.
Cross out options that belong to Fayol, such as unity of command or scalar chain.
Pick the option that fits the clue exactly and move on.

Common mistakes in Taylor's Scientific Management

Mixing up Taylor and Fayol
Both appear in the same chapter and both give principles.
Fix: Taylor is the shop floor, scientific methods and efficiency. Fayol is the top level, administration and 14 general principles.
Saying differential piece rate pays the same rate to all workers
Students confuse it with a simple piece rate system.
Fix: Differential means two rates. A higher rate for those who reach the standard and a lower rate for those who do not.
Confusing time study with motion study
Both involve watching a worker.
Fix: Time study measures how long a job should take. Motion study finds and removes unnecessary movements.
Writing the principles with the wrong pairs, such as 'harmony in place of cooperation'
The names sound alike and are learnt loosely.
Fix: Memorise as pairs: science and rule of thumb, harmony and discord, cooperation and individualism.
Thinking functional foremanship violates nothing in Fayol's view
Students do not see the link between the two theories.
Fix: Functional foremanship gives a worker eight bosses, which goes against Fayol's unity of command. Use this in criticism and comparison answers.
Calling mental revolution a change in work method
The word revolution suggests a big change in processes.
Fix: It is a change in attitude of workers and management towards each other and towards work.

Worked examples

Example 1

MCQ: Which technique of scientific management is used to decide the standard time required to complete a task? (A) Motion study (B) Time study (C) Fatigue study (D) Functional foremanship

Show the solution

The clue is standard time for a task.
Time study measures time taken by a trained worker to do each part of a job, and from it the standard time is fixed.
Motion study looks at movements, fatigue study at rest, and functional foremanship at supervision.
So only option B fits.

Answer: (B) Time study

Example 2

Explain the differential piece rate system with a numerical illustration. Standard output is 20 units a day. The rate is ₹10 per unit for those who reach standard and ₹8 for those who do not. Find the earnings of Ravi who makes 22 units and Meena who makes 18 units.

Show the solution

Differential piece rate uses two rates based on the standard output.
Ravi made 22 units, which is above the standard of 20, so the higher rate of ₹10 applies to all his units.
Ravi's earnings = 22 × ₹10 = ₹220.
Meena made 18 units, below the standard, so the lower rate of ₹8 applies to all her units.
Meena's earnings = 18 × ₹8 = ₹144.
Ravi earns ₹76 more though he made only 4 more units, so the system rewards efficient workers and pushes others to improve.

Answer: Ravi earns ₹220 and Meena earns ₹144. The system gives a higher rate to those who meet the standard and a lower rate to those who do not.

Exam tips

Learn the five principles as 'not' pairs. MCQs often give a changed pair as a wrong option.
Know each technique by its purpose in one line. Most questions are match-the-purpose.
Prepare a short list of criticisms: mechanical view of workers, ignores human and social needs, monotony, fear of unemployment, and too many bosses under functional foremanship.
Keep a Taylor versus Fayol contrast ready: shop floor versus whole organisation, scientific study versus general principles.
In written answers, give a definition, the points with a line each, and one example such as the differential piece rate.

Practice questions from Principles of Management and Modern Approaches

Taylor's Scientific Management: frequently asked questions

What are the principles of Taylor's scientific management?

There are five: science, not rule of thumb; harmony, not discord; cooperation, not individualism; maximum output in place of restricted output; and development of each person to his greatest efficiency and prosperity. Learn them as pairs.

What is the difference between time study and motion study?

Time study finds the standard time needed for a job. Motion study studies the movements of a worker and removes the useless ones. Together they help set the one best way to do the work.

What is the main criticism of scientific management?

Critics say it treats workers like machines and ignores their social and psychological needs. It can make work boring and may cause unemployment. Functional foremanship also gives a worker many bosses.

How is scientific management different from administrative management?

Scientific management by Taylor focuses on the work of operatives and efficiency on the shop floor. Administrative management by Fayol looks at the whole organisation and gives general principles for managers. Taylor starts from the bottom, Fayol from the top.