Maintenance & Reliability Engineering

Maintenance & Reliability Engineering is all about making the right decisions to optimize Total Cost of Ownership and ensure that the most desirable maintenance strategies are actually executable. In order to improve asset performance, Maintenance & Reliability Engineering elements, such as Reliability Centered Maintenance, Root Cause Analysis, and other statistical methods, need to be applied.

An overall reliability strategy must be grounded in a fundamental understanding of how equipment fails. Allied Reliability Group’s Reliability Centered Maintenance (RCM) process, derived from RCM Blitz®, is the hub of Allied’s integrated approach to designing and implementing failure-modes driven reliability strategies that return results in a fraction of the time of traditional RCM methods. This facilitated process includes Failure Modes, Effects, and Criticality Analysis (FMECA); Process Verification Techniques; Consequence Reduction Tasks; Spare Parts Strategy; and Implementation Strategy.

No organization is immune from equipment failures, operations breakdowns, or human errors. What sets the successful company apart from the rest is its ability to solve problems in a way that prevents recurrence by addressing the root cause of the failure. Root Cause Analysis (RCA) is the core skill used by Maintenance and Reliability Engineering professionals to resolve problems that impact an organization’s ability to meet strategic objectives. RCA is not just a tool, it is a systematic methodology used to eliminate chronic problems that affect an organization. Eliminating the root cause of problems through effective RCA prevents problem recurrence and achieves stronger results for ALL key performance indicators and, ultimately, competitive advantage in the marketplace.


The Basics of Root Cause Analysis:
Download this whitepaper to learn how to establish RCA triggers, how to avoid RCA barriers, how to build an RCA team as well as detail and explanation of the different RCA methods.

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