Using SAP Business Objects to Deliver Actionable Information for Operators to Management

- Organization:
- The Australasian Institute of Mining and Metallurgy
- Pages:
- 11
- File Size:
- 609 KB
- Publication Date:
- Sep 26, 2011
Abstract
Real-time data collection and plant historians are becoming common place in mining and processing plants. This vast quantity of data must be turned into easily accessible and actionable information for all levels of the organisation.Queensland Nickel use a combination of Microsoft and SAP business intelligence tools to collect, cleanse, aggregate and present plant information to the appropriate people for supporting decision making in the business. SAP Business Objects, for visualisation, and SAP MII, for integration, allows complex and accurate metrics to be delivered as real-time dashboards. Designing a rigid data management architecture to segregate the data collection, integration and logic and visualisation into distinct logical layers, allows for rapid report development and greatly assists with IT maintenance, while also minimising the complexity of any customised programming. This type of architecture ensures a common data source for all business reports, ensuring one version of the truth. The past few years at Queensland Nickel have seen process and maintenance engineers spending considerably less time collecting and integrating data and spending more time analysing what is happening in the plant. Real-time reports and dashboards have been developed around the business needs rather than around the data. Two years ago Queensland Nickel introduced an employee bonus scheme based upon meeting monthly performance targets; an easy to use dashboard that allows everyone, from operators through to management, to monitor these metrics day-to-day.
Citation
APA: (2011) Using SAP Business Objects to Deliver Actionable Information for Operators to Management
MLA: Using SAP Business Objects to Deliver Actionable Information for Operators to Management. The Australasian Institute of Mining and Metallurgy, 2011.