Alignment of tailings management systems (Tailings and Dams Management System) and ground control systems (Ground Control Management System) under integrated, risk-oriented governance.
Tailings and ground control management systems often evolve separately, leading to interface gaps, lack of clarity regarding responsibilities, and weaker governance under emerging operational pressures. Data Riders worked on the functional optimization of these structures, centering the work on governance, responsiveness, and alignment with corporate systems and values.
- Align tailings and geotechnical management systems with available best practices.
- Ensure effective governance and responsiveness to emerging challenges.
- Reduce interface gaps between sister systems.
- Connect functional design to company operational guidelines and values.
RASCI
Clear roles and responsibilities across structures, with formal decision rules.
Systems integration
Connection between core management systems that previously operated in functional silos.
Risk-oriented organization
Functional structure reorganized with a focus on critical controls and adverse scenarios.
- The source deck explicitly proposes the objective of optimizing the functional structures of the TDMS (Tailings and Dams Management System) and GCMS (Ground Control Management System).
- Alignment targets include available best practices and the operator's own production system, values, and goals, ensuring effective governance and strengthening responsiveness to emerging challenges.
- Data Riders' extensive case study materials confirm the methodological components: RASCI design, core management systems integration, and risk-oriented organizational changes.
Sources: v4 OS1 Data Riders.pptx; internal case study materials; data-riders.pdf with governance process visuals.
More robust governance and increased responsiveness to emerging operational pressures, with tailings and geotechnical management systems recognized as complementary and orchestrated under a single management logic.
Contact Data Riders to discuss the functional optimization of tailings and geotechnical management systems (and related systems) for integrated, risk-oriented governance.
