- In full:
- Frederick Winslow Taylor
- Born:
- March 20, 1856, Philadelphia, Pennsylvania, U.S.
- Died:
- March 21, 1915, Philadelphia (aged 59)
- Subjects Of Study:
- industrial engineering
- time-and-motion study
Frederick W. Taylor
-
Who was Frederick W. Taylor?
Frederick W. Taylor (1856–1915) was an American inventor and engineer known as the father of scientific management. His system, also known as Taylorism, greatly influenced the development of industrial engineering and production management.
Taylor believed that a factory manager’s primary goals were to determine the best way for a worker to do their job, provide the proper tools and training, and offer incentives for good performance. He broke down each job into its constituent motions, analyzed these motions to determine which were essential, and timed workers with a stopwatch. Unnecessary motion was eliminated, and the worker, following a machine-like routine, became more productive.
4 Britannica SourcesCreated from Britannica articles using AI. AI can make mistakes, so verify using Britannica articles. -
What was Taylor best known for in his career?
Frederick W. Taylor was an American inventor and engineer best known as the father of scientific management, also known as Taylorism. His approach greatly influenced the disciplines of industrial engineering and production management on a global scale. Taylor's system focused on enhancing production efficiency through close observation of workers to eliminate wasted time and motion. He also advocated for optimizing job methods, providing proper tools and training, and offering incentives for good performance. Taylor's work involved time-and-motion studies to identify and arrange job elements for maximum efficiency.
4 Britannica SourcesCreated from Britannica articles using AI. AI can make mistakes, so verify using Britannica articles. -
What is scientific management, the method Taylor developed?
Frederick W. Taylor developed Taylorism, also known as scientific management, as a way to optimize factory management. Taylor's method involved determining the most efficient way for workers to perform their tasks by providing the necessary tools, training, and incentives.
Taylorism broke down each job into individual motions, analyzed them to identify essential ones, and timed workers using stopwatches. By eliminating unnecessary motions and implementing a machine-like routine, workers became more productive. This approach also involved dividing labor and delegating tasks to specialists.
While Taylor believed his approach was scientific due to the principles and measurements applied to the work process, it was also criticized for neglecting human feelings and motivations, leading to worker dissatisfaction. Some employers also used time-and-motion studies to increase productivity while keeping wages down.
3 Britannica SourcesCreated from Britannica articles using AI. AI can make mistakes, so verify using Britannica articles. -
How did Taylor use experiments and observation in factories?
Frederick W. Taylor applied experiments and observations in factories through his scientific management approach. Taylor would observe and break down each job into specific motions, then analyze these motions to identify essential components, and time workers using a stopwatch.
By eliminating unnecessary motions, Taylor aimed to make workers more productive through machine-like routines. He also sometimes recommended further division of labor, delegating tasks to specialists. Frank B. Gilbreth and Lillian E. Gilbreth complemented these studies, and their work led to industrial engineering being applied to factory operations, such as layout and product design.
2 Britannica SourcesCreated from Britannica articles using AI. AI can make mistakes, so verify using Britannica articles. -
What changes did Taylor's ideas bring to the workplace?
Frederick W. Taylor's scientific management, or Taylorism, dramatically changed the workplace by applying planning and coordination to the production process. Taylor's approach involved determining the most efficient way for workers to perform tasks, providing the necessary tools and training, and offering incentives for good performance.
Taylor broke down each job into specific motions, analyzed them to identify essential ones, and timed workers to eliminate unnecessary actions, which made the worker more productive. This system also led to further division of labor, delegating tasks like tool sharpening to specialists. Though his methods improved efficiency, they faced opposition from labor unions, who criticized the lack of worker input and the potential for exploitation.
5 Britannica SourcesCreated from Britannica articles using AI. AI can make mistakes, so verify using Britannica articles. -
How have Frederick W. Taylor’s ideas affected modern industry and business?
Frederick W. Taylor's scientific management ideas have significantly shaped modern industry and business. Taylorism, his system, focuses on optimizing factory management by determining the best way for workers to do their jobs, providing the necessary tools and training, and offering incentives for good performance.
Taylor advocated for breaking down each job into individual motions, analyzing them to identify the essential ones, and timing workers with a stopwatch. Unnecessary motions were then eliminated to increase productivity through a machinelike routine. This approach led to the specialization of functions and a clear separation of authority between engineers/supervisors and production employees. Although modern management techniques have evolved, the principles of scientific management continue to influence organizational design and work structure in many firms.
3 Britannica SourcesCreated from Britannica articles using AI. AI can make mistakes, so verify using Britannica articles.
Frederick W. Taylor (born March 20, 1856, Philadelphia, Pennsylvania, U.S.—died March 21, 1915, Philadelphia) was an American inventor and engineer who is known as the father of scientific management. His system of industrial management, known as Taylorism, greatly influenced the development of industrial engineering and production management throughout the world.
Taylor was the son of a lawyer. He entered Phillips Exeter Academy in New Hampshire in 1872, where he led his class scholastically. After passing the entrance examination for Harvard University, he was forced to abandon plans for matriculation, as his eyesight had deteriorated from night study. With sight restored in 1875, he was apprenticed to learn the trades of patternmaker and machinist at the Enterprise Hydraulic Works in Philadelphia. Three years later he went to the Midvale Steel Company, where, starting as a machine shop labourer, he became successively shop clerk, machinist, gang boss, foreman, maintenance foreman, head of the drawing office, and chief engineer.
In 1881, at age 25, he introduced time study at the Midvale plant. The profession of time study was founded on the success of this project, which also formed the basis of Taylor’s subsequent theories of management science. Essentially, Taylor suggested that production efficiency in a shop or factory could be greatly enhanced by close observation of individual workers and elimination of waste time and motion in their operation. Though the Taylor system provoked resentment and opposition from labour when carried to extremes, its value in rationalizing production was indisputable and its impact on the development of mass production techniques immense.
Studying at night, Taylor earned a degree in mechanical engineering from Stevens Institute of Technology in 1883. The following year he became chief engineer at Midvale and completed the design and construction of a novel machine shop. Taylor might have enjoyed a brilliant full-time career as an inventor—he had more than 40 patents to his credit—but his interest in what was soon called scientific management led him to resign his post at Midvale and to become general manager of the Manufacturing Investment Company (1890–93), which in turn led him to become a consulting engineer in management,” a profession that Taylor himself developed. He served a long list of prominent firms ending with the Bethlehem Steel Corporation; while at Bethlehem he developed high-speed steel and performed notable experiments in shoveling and pig-iron handling.
Taylor retired at age 45 but continued to devote time and money to promote the principles of scientific management through lectures at universities and professional societies. From 1904 to 1914, with his wife and three adopted children, Taylor lived in Philadelphia. The American Society of Mechanical Engineers elected him president in 1906, the same year that he was awarded an honorary doctor of science degree by the University of Pennsylvania. Many of his influential publications first appeared in the Transactions of that society—namely, “Notes on Belting” (1894), “A Piece-Rate System” (1895), “Shop Management” (1903), and “On the Art of Cutting Metals” (1906). The Principles of Scientific Management was published commercially in 1911.
Taylor’s fame increased after his testimony in 1912 before a special committee of the U.S. House of Representatives to investigate his own and other systems of shop management. Considering himself a reformer, he continued expounding the ideals and principles of his system of management until his death.