Proposed five-day professional program. Approximately 25-30 training hours. Final arrangements are confirmed in the written proposal.
Course Overview
Use asset and work-order information to structure maintenance backlog decisions.
This proposed five-day program combines practical case analysis, guided exercises and peer discussion. Participants adapt the course concepts to organizational circumstances and prepare a maintenance backlog prioritization plan.
Learning Outcomes
Assess backlog scope and work-order quality.
Evaluate criticality readiness and priority criteria.
Apply a structured approach to capacity constraints and work packaging.
Develop practical recommendations for review routines and backlog measures.
Prepare and present a maintenance backlog prioritization plan.
Who Should Attend
Energy sector managers, maintenance planners, asset coordinators and project support professionals.
Relevant work experience is recommended. The participant profile, prerequisite knowledge and case complexity are reviewed during planning.
Training Methodology
Facilitated discussion, worked examples, anonymized case analysis, practical exercises, peer review and an applied final assignment.
Learning assessment may include a baseline discussion, review of exercise outputs and a final presentation. Attendance and completion requirements are confirmed in the proposal.
Course Tools and Templates
Backlog scope and work-order quality worksheet – proposed exercise document.
Criticality readiness and priority criteria worksheet – proposed exercise document.
Capacity constraints and work packaging worksheet – proposed exercise document.
Review routines and backlog measures worksheet – proposed exercise document.
Maintenance backlog prioritization plan – proposed exercise document.
Delivery Requirements
Classroom, live online and in-house delivery can be arranged by agreement. The trainer, language, venue or platform, timetable and required materials are confirmed in writing.
A laptop may be needed for analytical or planning activities. Software availability, licenses and access requirements are agreed before delivery.
Technical learning uses awareness, planning and case-based exercises. Equipment-specific operating procedures, live site work and professional authorization are outside the standard classroom scope.
Course Customization
The indicative five-day sequence can be adapted to participant experience, industry context and agreed learning objectives. Final dates, fees, agenda, certificate details and delivery arrangements are confirmed in the written proposal.
Proposed Five-Day Course Outline
Day 1 – Backlog scope and work-order quality
Define the business context, assess current practices and clarify the decisions relating to backlog scope and work-order quality.
Practical output: Backlog scope and work-order quality worksheet
Day 2 – Criticality readiness and priority criteria
Interpret representative information and compare practical approaches to criticality readiness and priority criteria.
Practical output: Criticality readiness and priority criteria worksheet
Day 3 – Capacity constraints and work packaging
Use the course tools in a realistic case focused on capacity constraints and work packaging, documenting assumptions and recommendations.
Practical output: Capacity constraints and work packaging worksheet
Day 4 – Review routines and backlog measures
Review responsibilities, risks and follow-up measures through a practical exercise on review routines and backlog measures.
Practical output: Review routines and backlog measures worksheet
Day 5 – Maintenance backlog prioritization workshop
Integrate the learning through maintenance backlog prioritization workshop, present the final assignment and propose workplace actions.
Practical output: Maintenance backlog prioritization plan
