GM500 Unit 4 Handle Time and Sociotechnical Essay Example

Shorter Calls, More Callbacks: A Unit 4 Comparative Framework Essay on Scientific Management and Sociotechnical Design

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Purdue University Global

GM500: Management Theories and Practices I

Unit 4 Comparative Framework Essay

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[Date]

The insurer, its call center and its figures are composite and illustrative; the theorists and studies cited are real.

The Situation and the Question

The insurer's first-notice-of-loss center employs 140 agents who take calls from customers reporting accidents. Last January, operations set a target of 8.5 minutes average handle time, down from an actual average of 9.6 minutes, and began posting each agent's daily figure on a team board. By the end of the first quarter, average handle time had fallen to 8.7 minutes, a drop of 54 seconds. Meanwhile, repeat contacts within seven days on the same claim climbed from 14 percent of callers to 19 percent, and the number of claims sent back to agents by adjusters for missing information nearly doubled.

The question for this essay is which framework accounts for both numbers at once: the fall in handle time and the rise in repeat calls.

Scientific Management

Frederick Taylor proposed that work could be studied element by element, that each element had a best method and a standard time, and that managers should set those standards and hold workers to them (Taylor, 1911). The handle-time target applies this logic directly. A call is broken into elements: greeting, identification, loss description, coverage check, next steps and wrap-up. Each has a time, and the sum gives the standard. Agents who exceed it are coached to the method.

Scientific management explains the first number well. Measuring and posting a time per agent, against a published standard, will usually bring the average down, because agents learn which elements can be shortened. It predicts that output per hour rises, and it did: calls handled per agent per day rose by about 7 percent.

It explains the second number poorly. In Taylor's framework, a shorter time on the same task is pure gain. The framework has no place for the possibility that the task itself changes when it is timed, so that the shortened element is no longer the same work.

The Sociotechnical Tradition

Eric Trist and Ken Bamforth studied British coal mines after the introduction of the longwall method, which divided what had been the whole task of small, self-regulating teams into specialized shifts. Productivity fell short of expectations and absenteeism rose. They concluded that the technical system and the social system of work had to be designed together, and that fragmenting a whole task damaged both output and morale (Trist & Bamforth, 1951). Later work turned these findings into design principles, including the idea that variances should be controlled as close to their source as possible (Cherns, 1976).

The sociotechnical view reads the call center differently. A first-notice call is not a string of independent elements but one whole task: getting enough of the right information to start a claim correctly. When the loss description element is shortened to meet the target, the variance, an incomplete record, is not controlled at its source. It moves downstream to the adjuster, who sends the claim back, and to the customer, who calls again.

The 54 seconds were not saved; they were moved to a callback the next week and an adjuster's correction the week after, where they cost more.

Comparing the Explanations Against the Facts

1. Handle time fell 54 seconds. Scientific management predicts it; the sociotechnical view also predicts it, as agents meet the measured target.

2. Calls per agent rose 7 percent. Both predict it.

3. Seven-day repeat calls rose from 14 to 19 percent. Scientific management does not predict it; the sociotechnical view predicts it, as the variance moves to the customer.

4. Adjuster returns nearly doubled. Scientific management does not predict it; the sociotechnical view predicts it, as the variance moves downstream.

5. Experienced agents complained most. Scientific management treats complaints as resistance; the sociotechnical view expects the most skilled agents, who knew which questions mattered, to feel the task fragmenting most.

The sociotechnical tradition accounts for all five facts. Scientific management accounts for two and treats a third as noise.

Where the Seconds Came From

Call recordings for a sample of 200 calls, half from December and half from March, show which elements shrank. Greeting and identification barely changed. Wrap-up fell by about ten seconds as agents learned faster screens. The loss description fell by about forty seconds, nearly the whole saving. In December, agents typically asked six or seven questions about the accident: where it happened, which direction each vehicle was moving, whether anyone was hurt, whether police attended, whether photos existed, and the other driver's insurer. In March, many asked three or four and promised that an adjuster would follow up. The omitted questions were exactly the ones adjusters later sent claims back to ask. Scientific management would call the shorter description a better method. The recordings show it was a smaller task presented as the same one.

Evidence From Call Centers

Research on call centers supports the sociotechnical reading. In a study of customer service centers, Rosemary Batt found that centers giving agents more discretion and investing in their skills kept more of their agents and grew sales faster than centers built on tight scripts and close monitoring (Batt, 2002). The finding does not prove that handle-time targets fail, but it suggests that designs treating the call as a whole task, and the agent as the person who controls its quality, outperform designs that time its parts.

What the Stronger Framework Still Misses

The sociotechnical view explains what happened, but it says less about how much handle time matters. Customers on hold do care about speed, and an unmeasured call can drift long. A purely sociotechnical design might let average time rise without limit. The framework also offers no ready way to set a target; its principles describe how to design work, not how to choose a number.

Conclusion

The sociotechnical tradition is the stronger explainer of this case, because it predicts both the fall in handle time and the rise in callbacks and adjuster returns, while scientific management predicts only the first. A practical response would keep a time measure but pair it with a measure of the whole task, such as the share of claims accepted by adjusters on first review, and let agents control the questions they ask. That combines Taylor's attention to measurement with Trist and Bamforth's insistence that the measured task be the whole one.

References

Batt, R. (2002). Managing customer services: Human resource practices, quit rates, and sales growth. Academy of Management Journal, 45(3), 587-597. https://doi.org/10.2307/3069383

Cherns, A. (1976). The principles of sociotechnical design. Human Relations, 29(8), 783-792. https://doi.org/10.1177/001872677602900806

Taylor, F. W. (1911). The principles of scientific management. Harper & Brothers.

Trist, E. L., & Bamforth, K. W. (1951). Some social and psychological consequences of the longwall method of coal-getting. Human Relations, 4(1), 3-38. https://doi.org/10.1177/001872675100400101