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Operations Maintenance Coordinator: A Beneficial Role
Article
3 min read

Operations Maintenance Coordinator: A Beneficial Role

Operations Maintenance Coordinators (OMCs) serve as critical bridge roles between operations and maintenance teams, enabling plant managers and operations leaders to achieve three times more effective resource utilization compared to reactive maintenance approaches. By filtering work orders, prioritizing maintenance requests, and coordinating shutdown planning, OMCs establish the 2-4 week lead times essential for safe, high-quality job execution. This strategic coordination role reduces costly unplanned downtime while improving maintenance planning compliance, making it invaluable for mid-career professionals seeking to demonstrate measurable ROI improvements in plant reliability and operational efficiency.

Keeping it Simple - Some Principles of Successful Reliability and Maintenance Management
Article
1 min read

Keeping it Simple - Some Principles of Successful Reliability and Maintenance Management

Join reliability and maintenance expert Christer Idhammar for an essential 30-minute webinar on April 20th exploring advanced maintenance management strategies. This second installment in the Keeping it Simple series reveals why understanding root causes drives operational excellence and shares proven methodologies for managing complex maintenance processes. Mid-career operations managers and R&D leads will gain actionable insights into maintenance optimization, process improvement, and leadership approaches that deliver measurable ROI. Perfect for professionals seeking to elevate their technical expertise while building credible presentations for executive stakeholders and advancing their operational management capabilities.

How to Document Cost-Effective Maintenance Tasks Part 4: Criticality Analysis
Article
1 min read

How to Document Cost-Effective Maintenance Tasks Part 4: Criticality Analysis

Part 4 of this series will cover how to decide what PMs we should document first, and typically we do a criticality analysis. As we like to say at IDCON: Keep it simple. It is best to keep the criticality analysis as simple as possible. As with any type of criticality analysis, the formula is Risk x Consequence. The “risk” represents the probability of the failure or breakdown occurring, and the “consequence” could refer to safety, environmental, high cost, lost production, etc.

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