Assessing Maintenance Readiness

Click on the button below to complete our on line Maintenance Management Diagnostic and we will send you a short report on how to remove barriers to improvement and place Maintenance at the heart of Operational Excellence.

The diagnostic covers the following maintenance systems.

Lean Asset Management

1. Process control
   How effectively do you identify and resolve operational challenges to ensure each asset is delivering its full potential?

2. Policy Deployment
   How proactive and effective is your approach in addressing the root causes of failures and reducing problem hot spots?

Lean Execution

3. Work Control
   How well-defined are the roles and responsibilities for initiating corrective actions and preventing future incidents?

4. Skill Development
   How structured and comprehensive is your program for developing technical skills and enhancing teamwork within the operations team?

Lean Improvement

5. Planning
   How effective is the standardisation of your key maintenance processes, including asset inspections, servicing, technical data management, work planning, daily operations, cost control, and the management of spares and lubrication?

6. Performance Analysis
   How clearly defined is your long-term vision, and how well do your 12-month and 90-day action plans align to support that vision?

Mobilising Lean Maintenance

The output from the diagnostic provides maintenance management with an agenda for a plan the plan session to map out targeted action plans to deal with priority gaps in Leadership, Execution, and Improvement processes. The deliverables from this first phase is a programme to establish basic asset conditions, upgrade documentation, knowledge, workflow and spares management to establish:

• Lean Asset Management covering preventive maintenance, inspection and servicing routines,

• Lean Execution covering standardisation, systemised workflows and engagement,

• Lean Improvement covering skill development, performance management, focussed improvement and engagement.

Find out how our training, facilitation and coaching support can help you organisation to deliver those gains as part of your current or future improvement programme.

Implementing Lean Maintenance

Lean Maintenance applies Systems Thinking to maintenance practices, shifting the focus from isolated tasks to a comprehensive, end-to-end approach.

Instead of managing tasks independently, systems thinking ensures that maintenance activities are interconnected, defining clear triggers for action and structured responses. The outcome is to move beyond simply preventing downtime to proactively optimising process effectiveness and eliminating waste.

That contributes to the five DAK deliverables as follows.

1. From waste visibility to performance

• Lean Maintenance helps convert breakdown, defect and intervention data into understanding of deterioration mechanisms, recurring defects and opportunities to extend intervention intervals.

2. Improve performance and culture together

• It changes the relationship between Production and Maintenance. Operators increasingly own basic conditions and early abnormality detection; Maintenance moves towards higher-value technical work.

3. Improvement is a team game

• Many chronic losses require the combination of operator knowledge, maintenance knowledge, engineering understanding and process expertise.

4. People learn improvement by doing improvement

• Maintenance personnel develop capability by applying reliability and defect-prevention techniques to real equipment and process problems rather than through isolated classroom training.

5. Build self-generating improvement waves

• Stabilise — remove breakdowns and restore conditions.

• Prevent — eliminate recurring failure mechanisms.

• Optimise — reduce defects and intervention burden.

• Delegate — transfer understood routine activities appropriately.

• Adapt — use released specialist capacity for higher-value improvement.

This shift has significant maintenance benefits including:

• Extended Component Life – Studies show that a systems-based approach can stabilise and extend component lifespan by up to 50%.

• Improved Efficiency – By optimising maintenance as part of the larger system, material yield, capacity, and energy efficiency see measurable improvements.

• Enhanced Maintenance Value – Rather than reacting to breakdowns, maintenance becomes a proactive force that enhances overall equipment performance.

Apply Lean Maintenance principles by building on existing good practices. A good place to start is with an assessment of Maintenance Readiness.