Reinforcement Schedule and Pattern of Responding in a Work Environment

QUESTION

Everyday Doug goes to work and has to assemble masks for a multinational PPE company. After manufacturing 200 masks, Doug is given an extra bonus payment as a thank-you from his employer. a) Name the type of reinforcement schedule that most closely matches the situation described above? b) Describe the pattern of responding that you expect to see from Doug given the above schedule? c) How would the pattern of responding change if Doug was suddenly given the bonus after every 50 masks instead of every 200?

ANSWER

Reinforcement Schedule and Pattern of Responding in a Work Environment

Introduction

In the realm of behavioral psychology, the concept of reinforcement plays a pivotal role in shaping and maintaining behaviors. One common application of reinforcement is in work environments, where employees’ performance is often enhanced through appropriate reinforcement schedules. In this essay, we will explore the situation of Doug, an individual assembling masks for a multinational PPE company. We will identify the type of reinforcement schedule that closely matches Doug’s situation, describe the expected pattern of responding, and discuss how the pattern would change if the reinforcement frequency were altered.

Type of Reinforcement Schedule

The reinforcement schedule that most closely aligns with Doug’s situation is the Fixed Ratio (FR) schedule. In a Fixed Ratio schedule, reinforcement is provided after a specific number of responses are emitted. In Doug’s case, the reinforcement occurs after he assembles 200 masks. This schedule is often associated with a high rate of responding, as individuals tend to increase their efforts to reach the required number of responses for the reward.

 Pattern of Responding

Given the Fixed Ratio schedule in place, we would expect to see a distinct pattern of responding from Doug. Initially, Doug’s rate of mask assembly might start at a moderate pace. As he approaches the 200-mask mark, his motivation and speed are likely to increase significantly. This burst of activity is a result of the impending bonus reward, which serves as a strong incentive for Doug to meet the set quota. Once Doug reaches the target of 200 masks, he receives the bonus and a brief period of rest follows. This pattern is often characterized by a rapid spike in responding just before the required number is achieved, followed by a temporary decline immediately after the reward is obtained.

Impact of Altered Reinforcement Frequency

If Doug’s bonus was suddenly given after every 50 masks (a change from the original 200-mask requirement), the reinforcement schedule would shift from a Fixed Ratio (FR) to a higher-frequency Fixed Ratio (FR) schedule. In this scenario, we would anticipate a more frequent pattern of responding from Doug. As he assembles masks in sets of 50, the time between each bonus would decrease. This change would likely lead to a consistent and steady pace of mask assembly, characterized by shorter bursts of effort followed by brief periods of rest after each set of 50 masks. The increased frequency of rewards would likely sustain Doug’s motivation and engagement, resulting in a more stable and predictable pattern of responding.

Conclusion

Reinforcement schedules play a significant role in shaping behaviors in various contexts, including work environments. Doug’s situation aligns with a Fixed Ratio (FR) reinforcement schedule, where he receives a bonus after assembling 200 masks. The expected pattern of responding involves bursts of high activity as Doug nears the 200-mask goal, followed by a brief lull after obtaining the reward. Altering the reinforcement frequency to a bonus after every 50 masks would lead to a more frequent and steady pattern of responding, with shorter bursts of effort and regular periods of rest. Understanding these reinforcement dynamics provides valuable insights into optimizing employee performance and motivation within a workplace setting.