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MaximoWorld 2025

International Maintenance Conference 2025

The RELIABILITY Conference® 2026

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reliability engineering for maintenance

The Reliability Weakest Link: Power Systems Safety, Quality, Life Cycle and Maintenance Management

Reliability Engineering for Maintenance

The Reliability Weakest Link: Power Systems Safety, Quality, Life Cycle and Maintenance Management

In this presentation, Alan Ross, President of the Electrical Power Reliability Alliance (EPRA), will address the four high-voltage asset classes that lead to the greatest risk of failure, power quality issues and ultimately to overall decreases in OEE and AU at a time when we can least afford these risks.

Reliability Engineering for Maintenance

Kepner-Tregoe Inc. Launches New Brand

Kepner-Tregoe Inc’s new brand image positions company as a bright voice in a world of change.

PRINCETON, N.J. – Kepner-Tregoe (KT), the global leader in Root Cause Analysis (RCA) System Excellence with a focus on problem solving and decision-making capabilities, officially announced the launch of its new corporate branding. The design is referred to as “KT World” and denotes the rich history and global dimension of this Princeton NJ-based company.

The Future of Electrical Equipment Maintenance

Reliability Engineering for Maintenance

The Future of Electrical Equipment Maintenance

This presentation will explain how maintenance of electrical equipment directly impacts the safety of electrical workers as well as giving an inside look at some of the changes to be expected in the coming Standard for Electrical Equipment Maintenance.

Baker Hughes Signs Agreement to Acquire ARMS Reliability to Strengthen APM Portfolio

Reliability Engineering for Maintenance

Baker Hughes Signs Agreement to Acquire ARMS Reliability to Strengthen APM Portfolio

ARMS Reliability brings a broad range of industrial asset management solutions and expertise to build on Baker Hughes’ portfolio and service capabilities
Acquisition reinforces Baker Hughes’ commitment to accelerate the digital transformation of industrial assets, expanding reach in sectors including mining, power, manufacturing, and utilities

HOUSTON, TX & LONDON, UK-- Baker Hughes has announced it is acquiring ARMS Reliability, a leading global provider of reliability solutions to some of the world’s largest industrial companies across a wide range of industries including mining, oil and gas, power, manufacturing, and utilities.

Simplified Asset Criticality Ranking Method and Maintenance Rules for Each Criticality Class

Reliability Engineering for Maintenance

Simplified Asset Criticality Ranking Method and Maintenance Rules for Each Criticality Class

This presentation will show how to arrive at ACR ranking, and how to leverage it to maximize uptime and reliability, while at the same time, cut maintenance expenditures.

Eliminating Bad Actors to Reduce Downtime and Production Losses

Reliability Engineering for Maintenance

Eliminating Bad Actors to Reduce Downtime and Production Losses

The roadmap to good asset management and operational excellence starts with strategy development – determining the proactive actions to be taken for the sustainable, reliable, and safe operation of production assets.

Making the Case for Your Capital Project Through Business Case Evaluation

Reliability Engineering for Maintenance

Making the Case for Your Capital Project Through Business Case Evaluation

Business case evaluations (BCEs) are used as integral parts of comprehensive asset management and capital improvement programs (CIPs) to make good capital investment and decisions.

Uptime Award Winner - Best Reliability Engineering for Maintenance: Nike Air MI

Reliability Engineering for Maintenance

Uptime Award Winner - Best Reliability Engineering for Maintenance: Nike Air MI

Nike Air MI maintenance department is transitioning from a reactive maintenance program to a reliability-centered maintenance (RCM) strategy. At Nike Air MI, we believe achieving world-class maintenance is a destination and not a goal, and when implementing new strategies, we ensure systems are sustainable and directly affects the bottom-line of the business.

Uptime Award Winner: Best REM Program - San Jose Water

Reliability Engineering for Maintenance

Uptime Award Winner: Best REM Program - San Jose Water

San Jose Water (SJW) serves high-quality, life sustaining water to over 1 million people in the Silicon Valley and greater San Jose metropolitan area. Hundreds of thousands of assets spread out over multiple cities must continue to perform their intended functions in order to provide high-quality, reliable water service. Although absolute reliability is unrealistic and infeasible, SJW has successfully leveraged advanced engineering criticality analyses to enhance infrastructure reliability and improve maintenance strategy.

Shell Deepwater Selects Bentley’s iTwin Platform for Project Delivery

Reliability Engineering for Maintenance

Shell Deepwater Selects Bentley’s iTwin Platform for Project Delivery

Bentley invests in FutureOn for subsea planning, engineering and visibility

EXTON, Pa. – Bentley Systems, Incorporated, the leading global provider of comprehensive software and digital twin cloud services for advancing the design, construction, and operations of infrastructure today announced that Shell’s Deepwater business has selected Bentley’s digital twin approach to streamline its capital projects process and accelerate time to first oil.

RCM Analysis for a Cost-Effective Maintenance Program

Reliability Engineering for Maintenance

RCM Analysis for a Cost-Effective Maintenance Program

This informational session will familiarize attendees with the formal Reliability-Centered Maintenance (RCM) Analysis process, methods to integrate stakeholders into the RCM process, and highlight the critical insights that are available from the application of this process to support building a cost-effective maintenance program. The presentation content provides the groundwork for optimizing “uptime” and equipment reliability as applied to complex systems.

Strategic Building of Key Performance Indicators: How We Made It? A Winning Case Study

Reliability Engineering for Maintenance

Strategic Building of Key Performance Indicators: How We Made It? A Winning Case Study

Having representative key performance indicators (KPIs) is important in gaining needed control to assure fulfillment of achievement for organizations and stakeholders’ goals and needed values. But they are only useful if we succeed to identify the right ones for our business and processes. They will only deliver critical information and targeted outcomes if we built them by strategic, meaningful, simple top-down approach.

Applying Design for Reliability (DfR) to a Multi-Billion Dollar Capital Portfolio

Reliability Engineering for Maintenance

Applying Design for Reliability (DfR) to a Multi-Billion Dollar Capital Portfolio

This presentation will cover how to align DfR with the corporate vision, mission and core values by establishing a declaration, preparing DfR charters for specific projects, and developing the corporate DfR framework and toolkit to ensure the momentum and commitments gained during the DfR workshop would continue to be a priority and the expected value, cultural influence, reliability, and performance results would be realized.

How to Build a Comprehensive Maintenance Program to Enhance Your RCM Efforts

Reliability Engineering for Maintenance

How to Build a Comprehensive Maintenance Program to Enhance Your RCM Efforts

Corporate and site reliability teams face challenges and pressures to continuously improve and demonstrate the value and business impact they have on their organizations and as such, organizations around the world rely on reliability centered maintenance (RCM) as a means to significantly increase asset performance by delivering value to all stakeholders.

Managing RCA in Organizations

Reliability Engineering for Maintenance

Managing RCA in Organizations

This presentation is about how to deal with the wide scope of root cause analysis (RCA) in an organization, effective sharing of knowledge, avoiding potential repetition of events in other or similar areas, identifying potential hazards, building trust for reliability leaders in organization, achieving effectiveness in corrective actions implementations, and effectively using IT tools in RCA management.

Incorporating an ISO55000 Risk Matrix to Classical RCM Methodology

Reliability Engineering for Maintenance

Incorporating an ISO55000 Risk Matrix to Classical RCM Methodology

This presentation details how Central Arizona Project's and Arizona water utility incorporated a risk matrix to their Classical RCM methodology to account for more granular levels of failure likelihood and severity to derive a risk priority number (RPN) for each failure mode and selected task.