Top 5 Time Wasters Reliability Engineers Must Eliminate

You’ve seen the buzz around reliability engineering: ROI figures, success stories, and a clear uptick in plant uptime. After lobbying upper‑management and securing a budget, you’re ready to welcome a new reliability engineer. The promise? Fewer failures, higher availability, and a stronger bottom line.

But the path to a robust reliability program isn’t automatic. It demands clear expectations, strategic planning, and, most importantly, time. By steering clear of these five common time wasters, you can fast‑track results and maximize the return on your investment.

Lack of Vision

Without a cohesive vision, even the best tools and talent can falter. A well‑defined vision aligns the entire organization around a shared goal—whether it’s achieving 99.9% uptime or reducing maintenance costs by 20%. When that vision is missing, priorities shift, efforts become fragmented, and the program’s impact stalls.

Lack of Education

Many engineers transition into reliability roles from maintenance or project backgrounds. That transition is valuable, but without a firm grasp of reliability fundamentals—such as the differences between time‑based, condition‑based, and run‑to‑failure strategies—efforts may duplicate past mistakes. Investing in continuous learning and embedding best practices into daily workflows builds the knowledge base that turns a job title into real, measurable value.

Critical to this foundation is a reliable Computerized Maintenance Management System (CMMS). A CMMS that accurately reflects the plant’s hierarchy, tracks failure codes, and records labor and material data is the backbone of any data‑driven reliability program. Outsourcing this set‑up to experienced vendors can accelerate deployment and reduce costly errors.

No Master Plan

Vision without a roadmap is like a map without coordinates. A master plan translates the overarching goal into actionable steps: a current‑state assessment, a prioritized task list, clear ownership, and realistic timelines. By defining responsibilities and resource commitments early, you avoid scope creep and keep leadership aligned on progress.

Transparent communication is essential. When leadership understands that foundational work—such as establishing the site hierarchy and conducting a criticality assessment—precedes strategy development, they’re more likely to support the initiative and provide the necessary resources.

Lack of Prioritization

Reliability engineers juggle many responsibilities: crafting cost‑effective maintenance plans, leading root‑cause investigations, enforcing change‑management protocols, and identifying cost drivers. Prioritizing these tasks against business objectives ensures that the most impactful activities receive attention first.

Start by aligning priorities with the organization’s vision and master plan. Use a simple scoring matrix—considering factors like risk, cost of failure, and strategic importance—to decide where to focus effort. This disciplined approach keeps the program on track, even in tight resource environments.

No Measuring Stick

Progress must be measurable. Relying solely on end‑of‑year reports is too late to adjust strategies. A balanced set of leading and lagging indicators provides real‑time insight. For example, track the number of critical assets under surveillance, inspection adherence, CMMS data entry rates, program costs, and the annualized cost per asset.

These metrics enable data‑driven decisions and help benchmark performance against industry standards. Clear, concise KPIs also foster accountability across the organization.

In short, avoiding the five time wasters—lack of vision, education, master planning, prioritization, and measurement—creates a disciplined foundation that accelerates reliability gains and protects ROI.

About the Author

Josh Rothenberg is a reliability subject matter expert at Life Cycle Engineering. Contact him at jrothenberg@lce.com.