CRU Scheduling
About CRU Scheduling
Built for managing large, intricate teams and scheduling thousands of operations and maintenance activities across multiple sites. Offers three levels of automation — manual, semi-automated, and fully optimised automatic scheduling — allowing operations to adopt the level of automation that suits their data maturity and planning processes.
Combines roster data with maintenance schedules, providing dashboards and scenario analysis tools that allow planners to model different scheduling approaches before committing. The integration between CRU Rostering and CRU Scheduling creates a connected view from worker availability and compliance through to production and maintenance task allocation.
Designed to replace fragmented scheduling across spreadsheets and disparate maintenance management systems with a single platform that accounts for worker skills, fatigue status, and certification requirements when assigning tasks.
— Written by the MSR editorial team
No Reviews Yet
Be the first mining professional to review CRU Scheduling. Your experience helps the industry make better software decisions.
Write the First ReviewReviews
More Workforce & Roster Management Software
ADP WorkForce Suite
by WorkForce Software
A cloud-based workforce management platform with capabilities for time and attendance, employee scheduling, forecasting, leave and absence management, and employee communications. For the natural resources and mining sector, it manages complex crew scheduling, production-based shift allocation, regulatory and safety compliance, overtime equalisation for union rules, and cost allocation to departments, projects, and work orders.
CRU Rostering
by Cru Software
A cloud-based intelligent rostering platform that manages entire workforce rosters from a single interface across multiple locations. Features include automated and optimised rostering, fatigue and EBA compliance management, skills-based resourcing, horizon and scenario planning, and self-service for workers (availability submissions, shift swaps, and roster viewing). The optimisation engine dynamically creates compliant rosters by simultaneously considering fatigue rules, break requirements, certifications, employee preferences, and site-specific award conditions.
Eagle Industrial
by Optalert
A ruggedised in-cab drowsiness detection system comprising Optalert's specialised glasses (wired or wireless) paired with a rugged Android tablet. The system provides continuous real-time JDS drowsiness scores displayed in-cab with audio and visual alerts at medium and high risk levels. Data transmits via 3G or Wi-Fi to the cloud-based IRIS dashboard for remote fleet monitoring by supervisors. Designed for extreme mining conditions with an operating range of -21°C to 60°C.
Eagle Insights
by Optalert
A cloud-based AI analytics platform providing longer-term data analytics to predict and reduce systemic drowsiness risk across mining operations. Features include the real-time IRIS fleet dashboard, SMS and email alerts, and comprehensive reporting at driver, site, and organisational levels. Helps mining organisations quantify the impact of drowsiness from individual operator through to senior management, enabling data-driven fatigue policy decisions.