In an electrical dispatch system, what event triggers the automatic sending of a customer satisfaction survey?

An angry customer recently left a negative online review complaining about the mess your technicians left behind. To help prevent similar public complaints in the future, configuring your dispatch system to automatically send a satisfaction survey immediately after a job is marked complete is an effective strategy.

Arrange the following events in the correct operational sequence to demonstrate how an automated job completion survey workflow helps an electrical contractor intercept a customer complaint before it becomes a public negative review.

As an electrical contractor, you use an automated dispatch system to send satisfaction surveys immediately after a job is marked complete. Analyze the following data trends captured by these surveys and match each trend to the operational deduction it reveals about your business.

As an electrical contractor evaluating strategies to protect your company's online reputation, you conclude that waiting for customers to spontaneously leave public reviews is an unacceptable business risk. To proactively capture measurable service-quality data and intercept recurring operational issues—such as messy job sites—while the experience is still fresh, you determine it is essential to configure your dispatch system to automatically send a post-job ____.

You are launching a new electrical contracting company and must design an automated customer feedback system from scratch. Your goals are to (1) collect honest reactions before customers forget the details of their experience, (2) generate measurable data you can track over time, and (3) detect recurring service problems—such as technicians leaving debris or failing to explain the work performed—before dissatisfied customers post public complaints. Which of the following system designs best accomplishes all three goals?