CMRP study plan

Map the CMRP exam blueprint against your own experience and write a one-page gap list ranked by domain weight

Explain how maintenance strategy connects to business strategy, using at least one example of a maintenance decision driven by lifecycle cost rather than lowest purchase price

Calculate and interpret OEE, MTBF, MTTR, and availability for a simple three-machine line, showing each formula step by step

Build a basic lifecycle cost comparison for two equipment options that differ in capital cost, energy use, and expected overhaul interval

Draft a one-paragraph justification for a maintenance budget increase written for a plant manager, using financial rather than technical language

Describe the full work management cycle from work request through work order close-out, naming the decision gate at each stage

Prioritize a backlog of ten work orders using a written priority matrix that separates emergency, preventive, corrective, and improvement work

Estimate labor hours and craft mix for three representative jobs, then explain how you would validate estimates against actuals

Explain how planning, scheduling, and execution differ, and identify the most common failure point in each

Design a weekly scheduling meeting agenda that covers capacity, frozen schedule rules, and backlog review

Apply failure pattern thinking by matching at least four distinct failure distributions to the maintenance tactic each one justifies

Construct a failure modes and effects analysis for one critical asset with at least eight failure modes, each with severity, occurrence, and detection ratings

Distinguish condition-based, preventive, and run-to-failure strategies and justify the choice for three specific components

Interpret vibration, thermography, and oil analysis results at a conceptual level and state what action each would trigger

Explain how root cause analysis differs from failure analysis and walk through a five-why and a fault tree on the same event

Build a preventive maintenance task list for a critical asset, justifying each task by the failure mode it addresses and deleting tasks that address none

Set PM frequencies using runtime, cycles, or condition thresholds, and explain the tradeoff between over-maintenance and missed failures

Describe how a predictive technology program is scoped, including which assets qualify, baseline data needs, and alarm thresholds

Identify the process reliability losses in a production line using a loss categorization scheme, separating speed, quality, and downtime losses

Explain how to reduce changeover time and how setup reduction affects effective capacity and PM windows

Compare centralized, decentralized, and hybrid maintenance organizational structures and state the conditions under which each works best

Write role expectations for a planner, a supervisor, and a technician that make handoffs between the three explicit

Diagnose a skills gap by building a competency matrix for a five-person crew across six required skills

Design a training plan that closes the top three gaps, specifying method, duration, and how competence will be verified

Explain how to build a maintenance training program that survives turnover, including documentation and qualification records

Classify a sample inventory of 40 spare parts using criticality and usage, and assign each a stocking policy

Calculate reorder point and safety stock for three parts given lead time, demand variability, and desired service level

Explain the cost of carrying inventory versus the cost of a stockout for a critical long-lead-time component

Describe how storeroom layout, bin labeling, and cycle counting support accuracy, and set a cycle count schedule

Identify obsolete and excess stock in a sample list and propose a disposition plan

Conduct a job hazard analysis for one maintenance task with at least six steps and a control for each identified hazard

Explain permit-to-work, lockout/tagout, and confined space entry controls and how they interact during a shutdown

Describe how to investigate an incident and how the findings feed back into procedures and training

Apply a continuous improvement method such as plan-do-check-act or kaizen to a maintenance process problem, documenting each step

Select two or three maintenance key performance indicators and explain what behavior each one drives, including unintended behavior

Re-take practice questions across all ten domains and log every miss by domain and by reasoning error

Re-derive the formulas most likely to appear, including OEE, MTBF, availability, reorder point, and lifecycle cost, from memory

Rewrite your weakest three topic summaries from memory, then check them against your notes and correct the gaps

Work through at least two scenario-based questions per weighted domain under timed conditions

Build a one-page exam-day reference sheet of decision rules and formulas you are permitted to reconstruct