Scientific Management by Frederick Taylor

Management has undergone significant developments over the centuries, shaped by the opinions, ideas, and theories of numerous authors, thinkers, and practitioners. Since management emerged as an independent science, interest in the various fields of management has surged, yielding diverse opinions aimed at enhancing administrative work. A manager cannot achieve the objectives of their organization merely by issuing a specific decision; they must undertake a series of tasks known as administrative functions.

These functions encompass planning, organizing, workforce development, directing, leading, and evaluating. Accomplishing these tasks, along with potentially additional ones, is the means by which a leader can achieve the goals of their organization. However, researchers in the field of management have not agreed on a singular approach to guide managers in reaching their desired goals efficiently in terms of time, effort, and finances. instead, their perspectives have diverged, leading to the emergence of several types of management and various schools of thought, among which the classical school is prominent. One of the major theories presented was Frederick Taylor’s Scientific Management. Therefore, the central question is: how did scientific management contribute to the evolution of the field of management?

Chapter One: General Introduction to Scientific Management

Section One: A Historical Overview of Frederick Taylor

Frederick Winslow Taylor was born on March 20, 1856, in Philadelphia, America. He hailed from a bourgeois family and worked as an industrial apprentice in a small workshop for four years before joining the Midvale Steel Company. Over eight years, Taylor progressed from a simple laborer to a mechanic and eventually to the company’s engineer. This diverse experience provided him with insight into production affairs, worker psychology, and the causes of employee dissatisfaction and declining productivity.

When he was appointed chief engineer of the company, he began conducting studies and experiments, advocating for the importance of his principles and their application in practical life. Taylor’s genius was recognized by scientific and non-scientific bodies alike; he received the gold medal at the 1900 Paris International Exposition for an invention related to steel production. In 1906, the American Society of Mechanical Engineers appointed him as its director, and the University of Pennsylvania awarded him an honorary doctorate in the same year in recognition of his contributions. His reputation grew, and by 1912, he was regarded as a prominent figure in management and engineering. His principles and ideas spread across many industrialized countries, including the USA, Russia, England, France, and Germany, over a span of thirty years. His book, published in 1911, titled “Principles of Scientific Management,” provided a simplified explanation of the meaning of scientific management, its objectives, and how it could be applied.

Section Two: Defining Scientific Management

Scientific management is an established science with its own principles, rules, and theories. The scientific method can be applied in its study and verification, characterized by objectivity, the ability to prove results, generalizability, predictive capability, and flexibility. The scientific objectivity aspect of management is enhanced by its engagement with tangible aspects that can be studied and subjected to experimentation, much like how substances are tested in scientific laboratories. Management schools have even adopted mathematical and statistical methods to study administrative problems, deepening the scientific aspect of management.

Taylor conducted numerous studies and experiments. In his first experiment, he revealed management’s ignorance regarding the appropriate amount of work expected from an individual. His second experiment focused on studying the time necessary to accomplish required tasks, while his third aimed to improve the tools and machines used in work. He published the results of his studies in the book “Shop Management” in 1903.

Taylor also conducted several other studies aiming to establish a new philosophy of management, which he termed scientific management to distinguish it from the conventional management practices of his time, which he referred to as “management by thumb and guesswork” in his work “Principles of Scientific Management.” He stated that scientific management is more than just a method of research, planning, and supervision; it is an intellectual revolution or a new management philosophy advocating a comprehensive change in thinking about management in relation to workers, the workers’ perceptions of management, and their views of each other.

Frederick Taylor defined scientific management as “the precise determination of what individuals must do and ensuring that they perform their tasks in the best and most efficient ways.”

Section Three: The Emergence and Evolution of Scientific Management Theory

The scientific movement began its proper scientific trajectory in the early twentieth century when there was a notable lack of literature regarding the coordination of human efforts and motivating them to work. Also, there were no methods enabling business people to exchange information and experiences resulting from their daily operations.

In this literary void, Frederick Taylor began his studies. While working at Bethlehem Steel and Midvale Iron Company, he recognized an urgent need to identify management as a separate discipline distinct from the responsibilities of workers. He documented his insights in his two books: “Shop Management,” published in 1903, and “The Principles of Scientific Management,” published in 1914.

Taylor aimed to reform management through a scientific method characterized by organized, logical thinking. It can be asserted that management attempts reforms in four distinct areas:

1. Employing a spontaneous method to identify key work components instead of relying on guesswork and intuition.
2. Recognizing administrative functions in work planning instead of allowing workers to choose methods and processes based on their preferences.
3. Selecting, training, and fostering cooperation among workers as an alternative to individual efforts dominating the project.
4. Dividing work between management and labor so that each performs tasks suited to their skills, thus increasing the project’s overall productivity.

The dawn of scientific management is intrinsically linked to Frederick Taylor and his efforts, which were later complemented by the contributions of several pioneering figures such as Matthew Boulton, James Watt, Robert Owen, Charles Babbage, Henry Gantt, and many others.

Section Four: Various Perspectives on Scientific Management (Hypotheses, Experiments, Foundations)

Hypotheses:

Taylor’s observations can be summarized as follows:

• Workers did not attempt to enhance their productivity due to a lack of strong motivation to exert more effort.
• An individual’s pay in an organization is determined by their job title and seniority rather than their abilities, experience, and production skills, leading to a decline in the performance of active individuals to the level of less active ones, as they earn the same wages.
• There was a lack of understanding by management regarding the amount of time required to complete tasks, resulting in increased wastage and higher costs.
• Lack of awareness among managers about the systems that should govern relationships between work and workers, along with methods needed to reduce manipulation and time wastage. Taylor noted that workers frequently evaded their tasks or pretended to work without producing anything tangible.

He attributed this behavior to two primary reasons:

1. Human nature: Individuals tend to be lazy and slow in their work if they do not have a personal incentive that meets a necessary need. Additionally, poor relationships with colleagues or supervisors lead to reduced performance and productivity.
2. Some workers believe enhancing their productivity might result in downsizing their ranks.

Experiments:

While working, Taylor focused on maximizing output through labor groups under his supervision. He was dissatisfied with the existing manufacturing system, believing it lacked a sound estimation of the worker’s productive power, as it was based merely on previous production records, which workers were familiar with and sought to maintain to a degree—leading workers themselves to determine output levels. The year 1898 marked the beginning of Taylor’s experiments when he took a role at Bethlehem Steel Company, where he conducted renowned studies in various fields, as follows:

To validate the aforementioned experiments, Taylor initiated the following trials:

Metal Lifting Experiment: Taylor conducted an experiment involving 75 workers responsible for lifting metals onto trucks. Initially, each worker lifted an average of 12.5 tons of raw materials daily. Through observation, Taylor deduced that a worker could lift approximately 47 tons in a day while utilizing only 43% of their work time, as the remaining time was dedicated to rest and recuperation. By providing workers with necessary instructions and tools ahead of time along with establishing a reasonable completion time, Taylor verified his hypothesis. However, he had to let go of 8 out of 7 individuals from the initial group as they were not suited for the required tasks.

Material Shoveling Experiment: This experiment focused on the shoveling of iron and coal. It became evident that workers using the same tools for both materials negatively affected productivity. The tools workers brought were exceedingly heavy when shoveling metals and insufficiently light for coal. Consequently, Taylor insisted that management design appropriate tools for each type of work, thereby saving the company between $75 and $80 annually.

Production Tool Suitability Experiment: Taylor also observed that workers were using their own tools to lift various materials within the factory. They used the same tools regardless of whether the materials were heavy or light. He concluded that these tools should be replaced with ones fitting the nature of the materials handled by the workers, leading to a significant increase in productivity. This realization placed the responsibility on management to define the tools used in production and train workers in their application.

Foundations:

Taylor established a number of key principles considered essential to scientific management. These principles include:

• Replacing intuition and estimation methods with scientific approaches for identifying job elements by accurately defining the nature of the work, testing the best performance methods, and identifying critical work conditions, including the duration necessary for completion.
• Adopting scientific methods in the selection and training of individuals to enhance productivity.
• Fostering collaboration between management and workers to achieve goals.
• Clarifying responsibilities between managers and workers, ensuring management focuses on planning and organization while workers concentrate on execution.
• Linking an individual’s performance or success to their wages or rewards to promote productivity.
• Enforcing close supervision and control over lower-level workers, who may lack capability and responsibility for self-direction.
• Ensuring equitable distribution of responsibilities between management and labor, where management handles planning and organization while workers perform execution.
• Relying on technical methods in work instead of arbitrary orders.
• Scientific selection and positive development of workers to ensure that work is assigned only to qualified individuals.
• Management bears half the responsibility for work, as it is tasked with developing worker skills, collecting and organizing information, and maintaining a work manual that compiles regulations on work methods.
• Educating and training workers to help them improve their capabilities and perform their duties scientifically, ultimately aiding them in achieving their aspirations and welfare.

Taylor also introduced the idea of the task, highlighting its unique role in scientific management. This concept includes:

• Defining individual tasks.
• Issuing written instructions.
• Detailing the task.
• Specifying the necessary means for completion.

Chapter Two: Frederick Taylor’s Scientific Management

Section One: Taylor’s Wage System

Taylor focused on studying motion and time to reduce the duration required for completing specific tasks by eliminating wasted time, thereby increasing productive time and establishing scientific standards that projects could adopt. Nevertheless, he acknowledged the human element’s significance, positing that scientific management represented a “mental revolution” for both administrators and workers alike. Workers increase their productivity due to the growing profits of their projects, which raise wages to incentivize and encourage employees, fostering further increases in production.

Based on this philosophy, Taylor argued for the necessity of establishing a wage system. Like many thinkers of his era, he believed that workers respond positively to material incentives (“wages”), such that each individual would receive a specified wage for each unit of production completed until they met a predefined production standard derived from job studies. If workers exceeded this standard by producing more units, they would earn higher wages for all additional units produced.

For example:

• If the production standard for a job was five complete pieces per day,
• And if the worker’s wage is 50 cents per piece produced,
• Then, if a worker produces five pieces, they would earn $2.50.
• Taylor proposed that an active worker would earn 75 cents per piece if they produced a number exceeding the established standard.
• Thus, if the active worker produced six units in that day, they would earn: 6 units at 75 cents = $4.50, amounting to an additional $2.00 over their daily wage for producing just one extra piece.

Section Two: Functional Organization According to Taylor

Frederick Taylor developed a functional organizational system based on dividing work among eight managers, each with distinct authority and jurisdiction. However, each worker was subject to the oversight of eight supervisors at the same time. At the top of this functional organization was one manager serving as a “coordinator,” a structure that garnered criticism for leading to confusion, duplication, and conflict in work interactions.

Section Three: Characteristics of Scientific Management

Scientific management is characterized by:

• An analytical system aimed at addressing industrial problems.
• The application of scientific methodologies to both work and workers.
• A means to identify the optimal methods for achieving results at minimal costs.
• A focus on production factors (human resources, materials, machines, and capital).

Chapter Three: Distinctive Features of Scientific Management

Section One: Objectives of Scientific Management

The objectives of scientific management, in pursuit of an efficient productivity principle, include:

• Increasing production, reducing costs, and enhancing worker effectiveness.
• Raising the standard of work methods through equipment, materials, and worker training.
• Changing, developing, and modifying systems and regulations to fit the work environment.
• Emphasizing the division of labor and distribution of responsibilities among management and workers.

Section Two: The Impact of Scientific Management on Administration

Many educators have adopted principles of scientific management in the educational sector to:

• Bestow a scientific character upon educational management, regarding its practitioners as professionals.
• Utilize theories and models in educational administration.
• Significantly focus research efforts on scientific studies of educational management.
• Employ the scientific method in educational research.

Despite criticisms directed at the scientific management school concerning the restriction of planning to upper management levels, some educational leaders still apply this principle, concentrating planning at the upper levels and limiting the execution role to lower levels within schools.

Moreover, Taylor’s concept of scientific worker selection and equipping them with training programs remains a principle currently practiced in educational settings. Many educational institutions practice task specialization, whether in teaching materials, administrative processes, or technical operations; this represents a real application of Taylor’s specialization and division of labor principles.

Additionally, many educational institutions have shown significant attention to time management, recognizing the crucial role of time in the educational process. This attention represents an aspect of the scientific management school in administration, emphasizing the importance of time in the productive process.

Furthermore, applying the principle of incentives — whether material or moral — within educational management aligns with practices advocated by the scientific management school, whether these incentives are directed toward educational practitioners or students.

Section Three: Evaluating Scientific Management

Taylor’s ideas have faced considerable criticism for several reasons:

• Many viewed them as detrimental to worker welfare, stripping individuality away from workers and reducing them to machine-like efficiency, thereby diminishing their importance within organizations.
• Taylor’s studies were limited to small-scale factories, specifically workshops.
• His theories sparked a form of conflict between workers and employers.
• The incentive methods proposed by Taylor risked punishing slow workers while encouraging fast workers to overexert themselves for additional wages, disregarding health concerns.
• Factory owners opposed Taylor’s concepts, perceiving them as granting workers unearned rights.
• Taylor’s ideas faced significant opposition as they introduced new management concepts and methods unfamiliar to factory owners, whose traditional management practices had become rigid customs resistant to change.
• The focus on authority and formal regulations left no room for worker participation in administrative decisions and other matters.
• Proponents of this school perceived individuals as rational beings adhering to laws and regulations, viewing them as materialistic and disengaged from work by nature, yet potentially motivated through material incentives.
• They neglected the value of informal relationships among the administrative body and workers, between workers themselves, and between laborers and authority.
• Furthermore, they failed to acknowledge the human, social, and psychological needs of workers, reducing individuals to mere production tools.

Despite these criticisms, scientific management laid the groundwork for considerable success in the workplace, exerting a powerful influence on management philosophy and industrial practice. Its merits include its impartiality toward both workers and employers, the application of scientific techniques in management instead of relying on intuition and guesswork, and its focus on improving productivity via human and machine efficiency through time and motion studies while overlooking interpersonal relationships in the workplace.

Taylor assumed that higher management understood the work’s interests and workers’ needs and acted to fulfill them; thus, he maintained that there was no need for workers to participate in discussions about decisions made by upper management or even to contest them. He centralized operational planning exclusively in the hands of upper management without involving workers in the planning process, demonstrating a strong centralization in administration.

Although Taylor recognized the legitimacy of labor unions, he overlooked their representatives and opposed their involvement in determining work conditions, such as wages and hours. He argued that the union’s role should be limited to elevating its members’ cultural and social standards.

While Taylor and his followers acknowledged the importance of incentives in motivating individuals, they assumed that wages were the sole motivator for work. Scientific management conceptualized the relationship between organizations and their employees as contractual, allowing management to impose conditions and limitations on workers to maximize profits in exchange for payment, placing significant disregard on the human aspects of management.

Despite these critiques, several positive aspects of the theory are worth mentioning:

• This theory approached problems with the tools of science, employing research and studies as modern analytical methods foundational for organization.
• It expanded beyond previous theories, conducting experiments and establishing principles and theories that govern work processes.
• Later evidence demonstrated that organizations adopting the principles of scientific management achieved remarkable results, outperforming those that relied on trial-and-error methods.

In conclusion, despite the criticisms directed at scientific management, it has significantly contributed to the advancement of the management field in various ways.