Turnover rate

Process for measuring turnover rate


How do we calculate the turnover rate?

How can I get accurate turnover data?

How Nailted forecasts turnover?

What is the calibration in turnover forecasting?

How can I filter engagement data for individuals who have left the company?

Preventing employee turnover is crucial for any organization, and data can play a pivotal role in highlighting the importance of retention. By leveraging data to understand the costs, productivity, engagement, and impact on company reputation, organizations can make informed decisions about strategies to retain talent. Preventing turnover isn't just about keeping employees; it's about sustaining long-term growth, maintaining operational efficiency, and protecting both financial and intangible resources.

1 What information Nailted gathers for forecasting turnover?

Nailted’s prediction algorithms uses machine learning to predict the likelihood of an employee leaving the company, offering an advanced tool for HR and management teams to proactively manage employee retention applying the required retention strategies.

The model is based on historical employee data, including both current employees and those who have left the company. Nailted forecasting turnover model uses a variety of demographic, professional and engagement-related variables to make its predictions.The type of variables used, which may include but are not limited to are the following:

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Nailted forecasting turnover model will never use individual participation, eNPS or engagement responses. The average of the group's values in which the employee is included will be used to protect individual privacy and prevent potential biases.

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Consult further information about Nailted’s turnover forecasting model here.

2 What is turnover calibration?

Turnover calibration refers to the process by which the Nailted turnover forecasting model refines its predictions based on the volume and quality of data it has accumulated on employee turnover rates. This data is drawn from analyzing the number of employees, their departures, and a variety of employee attributes that help identify patterns associated with turnover.

As more data is gathered, the model becomes better at distinguishing between different turnover scenarios, allowing for more accurate forecasting. This calibration process ensures that the model's predictions become increasingly reliable over time, as it learns from historical trends and contextual factors such as tenure, job role, engagement, etc. The higher the volume and diversity of data, the more precisely the model can detect subtle signals that contribute to employee departure, leading to better-prepared strategies for retention.

There are three different calibration ranges:

  1. Calibration between 0 - 50%

    Nailted turnover forecasting model doesn’t have enough information to provide a forecast. An organization can be on this calibration range due to one or both of the following causes:

  2. Calibration between 51 - 80%

    The first turnover predictions can be displayed although the calibration of the model can be improved. Make sure that all the employee attributes and leaving reasons are correctly added.

  3. Calibration higher than 81%

    The forecasting model has a high calibration percentage, therefore the forecasting is accurate according to the data gathered by the model. It is very important to keep the calibration percentage the highest as possible to guarantee the greatest accuracy in the predictive data.

3 How can I improve my calibration level?

Nailted turnover forecasting models require data to offer predictions, so it is key that the information is added into the system. To improve your calibration level you can do the following:

  1. Review that each employee has correctly adjusted all their attributes. See here the list of available attributes and how to add them into Nailted.
  2. Review that each leave has correctly set their leaving reason. This information will be crucial in order to gather the correct employee data and locate patterns to predict turnover. Learn more about how to get accurate turnover data.