CloudApper’s integration with UKG Pro WFM automates labor and piece rate calculations, reducing processing time. This streamlined approach ensures accurate data, transparent pay breakdowns, and improved employee satisfaction.
For manufacturers, ensuring a transparent and efficient payroll process is crucial for employee satisfaction and retention. A key challenge lies in accurately calculating labor costs and piece rates, often involving data from multiple sources. CloudApper’s integration with UKG Pro WFM (Dimensions) addresses this challenge by streamlining data retrieval, processing, and visualization, leading to significantly faster calculations.
Key Takeaways
- CloudApper’s integration with UKG Pro WFM (Dimensions) automates labor and piece rate calculations, reducing processing time by 75%.
- Seamless API integration ensures accurate data retrieval from multiple sources, eliminating manual extraction and errors.
- Transparent pay breakdowns displayed within UKG Pro WFM enhance employee trust and satisfaction.
Manual Work & Data Silos
Traditionally, manufacturers rely on manual processes to extract labor and piece rate data from disparate systems like UKG Pro WFM (Dimensions) and third-party solutions. This approach is prone to errors, is time-consuming, and needs more transparency for employees seeking to understand their pay breakdowns.
Streamlined Data Integration & Processing
CloudApper’s API integration connectors seamlessly connect with UKG Pro WFM (Dimensions) and external systems. This eliminates manual data extraction and reduces the risk of errors. The retrieved data is then processed using CloudApper’s workflow module. This intuitive interface allows users to build automated workflows for complex calculations without requiring any expertise.
Integrating CloudApper with UKG Pro WFM has revolutionized our payroll process. The reduction in processing time and increased transparency have significantly boosted employee trust and satisfaction.
– Chief Human Resource Officer, with over 15 years of experience in employee relationship management in manufacturing*
Faster Calculations & Improved Transparency
By automating data retrieval and processing, CloudApper empowers manufacturers to achieve a remarkable 75% reduction in labor and piece rate calculation time. This frees up valuable resources for other tasks and streamlines payroll processes. Additionally, the integration allows manufacturers to display the calculated pay breakdowns within a mobile app or a custom tile directly inside UKG Pro WFM (Dimensions). This transparency fosters trust and improves employee satisfaction by providing clear insights into their compensation.
A Real-World Example
Imagine a manufacturing company with hundreds of employees. Traditionally, calculating labor costs and piece rates might involve manually downloading data from UKG Pro WFM (Dimensions) and a separate piece rate system. This data must be combined and processed in spreadsheets, a time-consuming and error-prone process. With CloudApper, the entire process becomes automated.
Data is seamlessly retrieved from both systems, calculations are performed automatically within the drag-and-drop workflow, and the results are displayed in a user-friendly format accessible to employees and managers. This not only saves significant time but also ensures accuracy and transparency.
A study by the Workforce Institute at UKG found that nearly half (49%) of employees reported they would leave a company if their paycheck was wrong more than twice, highlighting the importance of accurate payroll in manufacturing for employee retention.
Conclusion
CloudApper’s integration with UKG Pro WFM (Dimensions) offers a powerful solution for manufacturers seeking to streamline labor and piece rate calculations. By automating data retrieval, processing, and visualization, CloudApper empowers manufacturers to achieve 75% faster calculations, improve payroll efficiency, and foster employee trust through transparent pay breakdowns.
*Disclaimer: Due to privacy reasons, the identity of the person or company cannot be revealed.
