Being a Maintenance leader requires one to be efficient and effective. Of course a Maintenance team leader needs to understand how to use planning and scheduling to drive work execution, and how to manage assets using strategies like preventive, predictive and condition-based maintenance. But to be effective in their role, Maintenance leaders also need to master and model certain behaviors.
In this webinar Ricky Smith will discuss seven habits he has observed through his experience as a U.S. Army military leader and in his work with manufacturers around the globe.
You’ll learn from Ricky’s examples of what effective leadership looks like, how to approach solving problems as a team, and behaviors that drive expected results. Get ready to be inspired by this fresh perspective on how influential a Maintenance leader can be!
Whether you are in the business of operating a power plant, developing an oil field, or manufacturing pharmaceuticals, your mission-critical assets need timely maintenance to ensure consistent uptime. Asset failures can cost companies hundreds of thousands of dollars in lost revenue, reduced durability, and increased safety and compliance risks. By transforming service delivery from manual processes to digital-service execution, companies provide smarter maintenance while also optimizing resource utilization and improving safety and compliance indicators. Join this webinar from GE Digital ServiceMax to learn how to improve your service execution.
Profitability is the goal of every enterprise and asset reliability has an impact on the bottom line. But what is that impact? Is it worth the investment and effort required to develop a reliable culture? In the September Efficient Plant Webinar Series presentation, consultant and author Al Poling will demonstrate the true cost of unreliability to plant operations and how establishing a focused and sustained reliable culture will have a direct and positive impact on a company’s bottom line.
Al Poling RAM Analytics Al Poling is a Certified Maintenance and Reliability Professional (CMRP) with more than 36 years of reliability and maintenance experience. He served as technical director for the Society for Maintenance and Reliability Professionals from 2008 to 2010. His consultancy, RAM Analytics, is located in Houston.
Global AM Pillar Lead
Machinery protection systems are generally thought of as a necessity that acts as an “earthquake switch” for your critical machinery. Often, these systems are stranded in hard-to-reach areas and are not connected to the plant’s data processes. They are typically hard to configure and require many spare parts to deal with the different types of signals. New technologies are emerging to deliver valuable predictive data from the protection system, making it a contributor to improving plant and asset reliability.
Topic to be discussed include:
• Traditional protection systems are evolving to provide more value.
• Mobile applications are making interaction with these systems more efficient.
• Flexible I/O is reducing spare-parts inventory and allowing late configuration changes.
Business Development Manager Reliability Solutions
Emerson Process Management
The concept of Reliability and creating a Reliable Manufacturing Process is on everyone’s minds these days. Constrained budgets and fragile economies are driving many organizations to use reliability to realize more from their existing assets. However, improving reliability is not as simple as increasing asset performance.
Improving reliability first requires understanding your current level of performance. Only then can you figure out how to improve that performance. Some questions that immediately come to mind:
— Do you know how you compare to your competition and your peers?
— Do you know your reliability weaknesses and why?
— Do you have an organizational structure that supports reliability?
— Do people in your organization even know what reliability is?
These are just a few of many questions that will determine if you have a chance of becoming more reliable.
Watch this webinar to acquire answers to these and other questions and to learn why some reliability journeys reach their goals and why other fail.