Incentive Wage System

Incentive

In economics, an incentive is any factor (financial or non-financial) that provides a motive for a particular course of action, or counts as a reason for preferring one choice to the alternatives. Since human beings are purposeful creatures, the study of incentive structures is central to the study of all economic activity (both in terms of individual decision-making and in terms of co-operation and competition within a larger institutional structure). Economic analysis, then, of the differences between societies (and between different organizations within a society) largely amounts to characterizing the differences in incentive structures faced by individuals involved in these collective efforts. Eventually, incentives' aim is providing value for money and contributing to organisational success.

Incentives can be classified according to the different ways in which they motivate agents to take a particular course of action. One common and useful taxonomy divides incentives into three broad classes:

  1. Remunerative incentives (or financial incentives) are said to exist where an agent can expect some form of material reward — especially money — in exchange for acting in a particular way
  2. Moral incentives are said to exist where a particular choice is widely regarded as the right thing to do, or as particularly admirable, or where the failure to act in a certain way is condemned as indecent. A person acting on a moral incentive can expect a sense of self-esteem, and approval or even admiration from his community; a person acting against a moral incentive can expect a sense of guilt, and condemnation or even ostracism from the community.
  3. Coercive incentives are said to exist where a person can expect that the failure to act in a particular way will result in physical force being used against them (or their loved ones) by others in the community — for example, by inflicting pain in punishment, or by imprisonment, or by confiscating or destroying their possessions.

 

(There is another common usage in which incentive is contrasted with coercion, as when economic moralists contrast incentive-driven work—such as entrepreneurship, employment, or volunteering motivated by remunerative, moral, or personal incentives— with coerced work—such as slavery or serfdom, where work is motivated by the threat or use of violence. In this usage, the category of "coercive incentives" is excluded. For the purposes of this article, however, "incentive" is used in the broader sense defined above.)

These categories do not, by any means, exhaust every possible form of incentive that an individual person may have. In particular, they do not encompass the many other forms of incentive—which may be roughly grouped together under the heading of personal incentives—which motivate an individual person through their tastes, desires, sense of duty, pride, personal drives to artistic creation or to achieve remarkable feats, and so on. The reason for setting these sorts of incentives to one side is not that they are less important to understanding human action—after all, social incentive structures can only exist in virtue of the effect that social arrangements have on the motives and actions of individual people. Rather, personal incentives are set apart from these other forms of incentive because the distinction above was made for the purpose of understanding and contrasting the social incentive structures established by different forms of social interaction. Personal incentives are essential to understanding why a specific person acts the way they do, but social analysis has to take into account the situation faced by any individual in a given position within a given society—which means mainly examining the practices, rules, and norms established at a social, rather than a personal, level.

It's also worth noting that these categories are not necessarily exclusive; one and the same situation may, in its different aspects, carry incentives that come under any or all of these categories. In modern American society, for example, economic prosperity and social esteem are often closely intertwined; and when the people in a culture tend to admire those who are economically successful, or to view those who are not with a certain amount of contempt (see also: classism, Protestant work ethic), the prospect of (for example) getting or losing a job carries not only the obvious remunerative incentives (in terms of the effect on the pocketbook) but also substantial moral incentives (such as honor and respect from others for those who hold down steady work, and disapproval or even humiliation for those who don't or can't).

In economics, an incentive is any factor (financial or non-financial) that provides a motive for a particular course of action, or counts as a reason for preferring one choice to the alternatives. Since human beings are purposeful creatures, the study of incentive structures is central to the study of all economic activity (both in terms of individual decision-making and in terms of co-operation and competition within a larger institutional structure). Economic analysis, then, of the differences between societies (and between different organizations within a society) largely amounts to characterizing the differences in incentive structures faced by individuals involved in these collective efforts. Eventually, incentives' aim is providing value for money and contributing to organisational success.

Incentives can be classified according to the different ways in which they motivate agents to take a particular course of action. One common and useful taxonomy divides incentives into three broad classes:

Types of Incentives

  1. Straight piece rate : In the straight piece rate system , a worker is paid straight for the number of pieces which he produces per day. In this plan quality may suffer.
  2. Straight piece rate with a guaranteed base wage : A worker is paid straight for output set by management even if worker produces less then the target level output. If worker exceeds this target output , he is given wage in direct proportion to the number of pieces produced by him at the straight piece rate.
  3. Halsey Plan: W= R.T + (P/100) (S-T).R where W : wage of worker, R : wage rate, T : actual time taken to complete job, P : percentage of profit shared with worker, S : std. time allowed. Output standards are based upon previous production records available. Here management also shares a percentage of bonus.

 

  1. Rowan Plan: W=R.T + ((S-T)/S).R.T Unlike Halsey Plan gives bonus on (S-T)/S ,Thus it can be employed even if the output standard is not very accurate.
  2. Gantt Plan
  3. Bedaux Plan
  4. Emerson's Plan

 

Incentive in economics

The study of economics in modern societies is mostly concerned with remunerative incentives rather than moral or coercive incentives — not because the latter two are unimportant, but rather because remunerative incentives are the main form of incentives employed in the world of business, whereas moral and coercive incentives are more characteristic of the sorts of decisions studied by political science and sociology. A classic example of the economic analysis of incentive structures is the famous Walrasian chart of supply and demand curves: economic theory predicts that the market will tend to move towards the equilibrium price because everyone in the market has a remunerative incentive to do so: by lowering a price formerly set above the equilibrium a firm can attract more customers and make more money; by raising a price formerly set below the equilibrium a customer is more able to obtain the good or service that she wants in the quantity she desires

A strong incentive is one that accomplishes the stated goal. If the goal is to maximize production, then a strong incentive will be one that encourages workers to produce goods at full capacity. A weak incentive is any incentive below this level.

Incentive problems

Incentive structures, however, are notoriously more tricky than they might appear to people who set them up. Human beings are both finite and creative; that means that the people offering incentives are often unable to predict all of the ways that people will respond to them. Thus, imperfect knowledge and unintended consequences can often make incentives much more complex than the people offering them originally expected, and can lead either to unexpected windfalls or to disasters produced by unintentionally perverse incentives.

For example, decision-makers in for-profit firms often have to decide what incentives they will offer to employees and managers, in order to encourage them to act in ways that will lead to greater success for the firm. But many corporate policies — especially of the "extreme incentive" variant popular during the 1990s — that aimed to encourage productivity have, in some cases, led to spectacular failures as a result of unintended consequences. For example, stock options were intended to boost CEO productivity by offering a remunerative incentive (profits from soaring stock prices) for CEOs to improve company performance. But CEOs could get profits from soaring stock prices either (1) by making sound decisions and reaping the rewards of a long-term price increase, or (2) by fudging or fabricating accounting information to give the illusion of economic success, and reaping profits from the short-term price increase by selling before the truth came out and prices tanked. The perverse incentives created by the availability of option (2) have been blamed for many of the falsified earnings reports and public statements in the late 1990s and early 2000s

Similarly, throughout the 1990s and 2000s, many corporations have sought to increase individual incentives by increasing the sizes of bonuses (to the point where they exceed salaries, sometimes by a factor as high as 10) for star performers while also laying off large proportions of their workforce, hoping to cultivate fear factor-related gains. The most extreme version of this is "forced ranking", a scheme by which workers are annually ranked and a set proportion (between 10 and 15%, usually) automatically fired. The results of these programs are mixed, but in extreme cases, usually negative.

While competition among firms has often beneficial results, lowering prices and encouraging innovation, competition within firms has almost uniformly negative results. Designed to encourage production, extreme incentive schemes actually create a cut-throat working environment where office politics dominate and actually overshadow the productive goals of the company. An example of this is the now-deceased Enron corporation. According to David Callahan's The Cheating Culture, the environment at that company was so cut-throat (as a result of extreme incentive management) that employees feared leaving their computer terminals, worried that co-workers might steal information for their own purposes.

Predetermined Motion Time Standard

A predetermined motion time system (PMTS) may be defined as a procedure that analyzes any manual activity in terms of basic or fundamental motions required to performing it. Each of these motions is assigned a previously established standard time value in such a way that the timings for the individual motions can be synthesized to obtain the total time for the performance of the activity

The main use of PMTS lies in the estimation of time for the performance of a task before it is performed. The procedure is particularly useful to some organizations because it does not require troublesome rating with each study.

Applications of PMTS are for

  1. Determination of job time standards.
  2. Comparing the times for alternative proposed methods so as to find the economics of the proposals prior to production run.
  3. Estimation of manpower, equipment and space requirements prior to setting up the facilities and start of production.
  4. Developing tentative work layouts for assembly line prior to their working.
  5. Checking direct time study results.

 

A number of PMTS are in use, some of which have been developed by individual organizations for their own use, while other organizations have publicized for universal applications

The following are commonly used PMT systems

Some important factors which be considered while selecting a PMT system for application to particular industry are

  1. Cost of Installation. This consists mainly of the cost of getting expert for applying the system under consideration
  2. Application Cost. This is determined by the length of time needed to set a time standard by the system under consideration
  3. Performance Level of the System. The level of performance embodied in the system under consideration may be different from the normal performance established in the industry where the system is to be used. However, this problem can be overcome by 'calibration' which is nothing but multiplying the times given in the Tables by some constant or by the application of an adjustment allowance.
  4. Consistency of Standards. Consistency of standards set by a system on various jobs is a vital factor to consider. For this, the system can be applied on a trial basis on a set of operations in the plant and examined for consistency among them.
  5. Nature of Operation. Best results are likely to be achieved if the type and nature of operations in the plant are similar to the nature and type of operations studied during the development of the system under consideration.

Advantages and limitations of using PMT systems

Advantage

Compared to other work measurement techniques, all PMT system claim the following advantages:

  1. There is no need to actually observe the operation running. This means the estimation of time to perform a job can be made from the drawings even before the job is actually done. This feature is very useful in production planning, forecasting, equipment selection etc.
  2. The use of PMT eliminates the need of troublesome and controversial performance rating. For the sole reason of avoiding performance rating, some companies have been using this technique
  3. The use of PM times forces the analyst to study the method in detail. This sometimes helps to further improve the method.
  4. A bye-product of the use of PM time is a detailed record of the method of operation. This is advantageous for installation of method, for instructional purposes, and for detection and verification of any change that might occur in the method in future
  5. The PM times can be usefully employed to establish elemental standard data for setting time standards on jobs done on various types of machines and equipment.
  6. The basic times determined with the use of PMT system are relatively more consistent.

Limitations

There are two main limitations to the use of PMT system for establishing time standards. These are : (i) its application to only manual contents of job and (ii) the need of trained personnel. Although PMT system eliminates the use of rating, quite a bit of judgment is still necessarily exercised at different stages.