Asset Strategy Development with FMEA, PMO and RCM

Most of us do not have world-class Asset Maintenance Strategies or Equipment Maintenance Plans and are not comfortable with our preventative maintenance strategies because they are not efficient or effective. To make things worse, developing effective Asset Maintenance Strategies and effective PM plans is a tough task with the scarcity of the time and resources to complete this task.

In this workshop attendees will look at all the steps required to develop more effective and efficient asset strategies. We will start with the fundamental steps required to begin the development and then walk all the way through the creation of failure mode and failure mechanism-based equipment maintenance plans using both Reliability Centered Maintenance (RCM) and Failure Modes Effects Analysis (FMEA). Finally finishing with best practice job task development. Attendees can expect to leave with a new understanding of both the process as well as the deliverables required to reduce maintenance cost and increase reliability through refined asset strategies.

• Reliability Engineers
• Maintenance Engineer
• Maintenance Planners
• Maintenance Supervisors
• Maintenance Managers

This course is part of the Maintenance and Reliability Management Certificate. Enhance your maintenance skills while earning a recognized credential.

• Building a Strong Foundation for Asset Management
• Asset Management Tools and Facilitating Adoption
• How Asset Management Tools Fit in the Operational Value Stream
• Building Asset Hierarchy
• Develop and Apply Criticality
• Failure Modes Effects and Criticality Analysis (FMECA) and Failure Modes and Effects Analysis (FMEA) Development
• Employing Run to Failure as a Value-Add Maintenance Strategy
• Improving Existing Preventive Maintenance Plans with PM Optimization (PMO)
• Filtering valueless activities
• Developing and refining procedures
• Corrective maintenance execution
• Overcoming challenges such as Small Maintenance Crews, Small Maintenance Budgets, High Production Demand, and Poor Safety Performance

Brian Hronchek

Brian Hronchek is an Aerospace Engineering graduate of Purdue University with additional professional qualifications including Certified Maintenance and Reliability Professional (CMRP), Reliability Engineering Certification (REC) from Clemson University, ISO CAT II Vibration Analyst, and is a retired Captain of Marines with extensive experience in training, operations, and advising.

Brian specializes in Reliability Engineering, Maintenance Planning, Leadership and Business Process Development through a holistic approach of mentoring and empowering individuals as the foundation for high performing organizations.

After retiring from the Marines, Brian had the opportunity to work in oil and gas, spent time in the steel industry, and eventually found himself in a role as a predictive technology service provider before stepping into his current role of principal trainer and consultant.

Brian likes to share many of his lessons learned through LinkedIn articles, professional lectures and workshops, as well as mentoring Purdue students getting ready to step out into the industry as young professionals.

“Wealth is created through the transfer of knowledge,” and Brian is passionate about giving others every opportunity to learn.