Course Details

This course is appropriate for a wide range of professionals but not limited to:

• Maintenance engineers and supervisors
• Maintenance planners and schedulers
• Facility and asset managers
• CMMS administrators and IT support staff
• Plant engineers and reliability professionals
• Anyone involved in maintenance operations or asset management

• Expert-led sessions with dynamic visual aids
• Comprehensive course manual to support practical application and reinforcement
• Interactive discussions addressing participants’ real-world projects and challenges
• Insightful case studies and proven best practices to enhance learning

By the end of this course, participants should be able to:

• Understand the core functions and benefits of a CMMS.
• Navigate and operate standard CMMS modules.
• Develop preventive maintenance programs using CMMS.
• Track work orders, spare parts, equipment history, and asset performance.
• Analyze CMMS data for better decision-making.
• Plan and manage CMMS implementation and improvements.

DAY 1

CMMS Fundamentals and Core Functional Modules

• Understand modern maintenance management strategies and CMMS fundamentals
• Explore the purpose, role, benefits, and operational value of CMMS
• Understand CMMS architecture, core components, and functional modules
• Manage assets, equipment structures, and maintenance information
• Understand work order management and maintenance workflow requirements
• Develop effective preventive maintenance programs within CMMS
• Manage inventory, spare parts, materials, and maintenance resources
• Evaluate CMMS selection criteria and system requirements
• Compare cloud-based, on-premise, and mobile CMMS solutions
• Apply CMMS capabilities to improve maintenance efficiency and asset performance

DAY 2

CMMS Configuration, Work Management and Implementation

• Establish effective CMMS work management processes
• Create, assign, prioritize, track, and close maintenance work orders
• Manage equipment history and maintenance records
• Develop preventive maintenance plans, task libraries, and schedules
• Apply calendar-based and condition-based maintenance scheduling
• Implement CMMS using structured project planning and requirements definition
• Prepare, validate, and migrate asset and maintenance data
• Configure users, roles, permissions, workflows, and approval processes
• Conduct system testing, validation, and implementation readiness activities
• Integrate CMMS with ERP, procurement, inventory, and other business systems

DAY 3

CMMS Data Management, Maintenance KPIs, Performance Analytics, and Continuous Improvement

• Establish accurate, consistent, and reliable maintenance data management
• Capture equipment history and lifecycle information effectively
• Apply maintenance documentation and data quality standards
• Measure maintenance performance using relevant CMMS KPIs
• Analyze MTBF, MTTR, downtime, backlog, and schedule compliance
• Develop useful reports, dashboards, and performance trends
• Use CMMS data to improve reliability and asset performance
• Support failure analysis, corrective actions, and lifecycle cost decisions
• Strengthen user adoption, governance, auditing, and continuous improvement
• Apply CMMS best practices and lessons learned from successful implementations