Advanced VSAT Network Management and Optimization
07/11/2024Sales and Negotiation Skills: Mastering Traditional and Digital Techniques
09/11/2024Advanced Maintenance Planning and Scheduling: Best Practices for Digital and Sustainable Operations
£5,000.00
Overview:
This program provides participants with modern techniques and tools for effective maintenance planning and scheduling, emphasizing digitalization and sustainability. Participants will gain skills to improve plant productivity, enhance equipment availability, and reduce downtime using proactive, data-driven approaches to maintenance. The course also addresses the role of maintenance in sustainability and compliance with health and safety standards, preparing attendees to lead maintenance planning in today’s dynamic industrial environment.
Program Objectives:
Upon completing this course, participants will be able to:
- Apply modern maintenance management principles, including predictive and proactive approaches.
- Use digital tools for effective maintenance planning, scheduling, and resource optimization.
- Develop a comprehensive maintenance plan to reduce costs and downtime.
- Implement agile scheduling techniques to adapt to real-time operational demands.
- Apply performance metrics and reporting tools to analyze and enhance maintenance performance.
- Understand maintenance’s impact on sustainability, health, and safety.
- Recognize planning and scheduling best practices that improve work quality and asset reliability.
- Integrate forward-thinking strategies for continuous improvement in maintenance.
Target Audience:
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This course is ideal for maintenance planners, plant managers, supervisors, and other professionals involved in maintenance and reliability across industries such as oil & gas, power, manufacturing, food & beverage, aerospace, and transportation. It is also relevant for asset managers, data analysts, and other professionals responsible for the digital and sustainable operation of plant equipment.
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Program Outline:
- Maintenance in the Business Process.
- Overview of Maintenance Management Systems (CMMS, EAM).
- Evolution of Maintenance: From Reactive to Proactive Models.
- Sustainable Maintenance Management Practices.
- Introduction to Predictive Maintenance and IoT Sensors.
- Equipment Classification and Identification.
- Maintenance Management Policies in Digital Settings.
- Maintenance Work Prioritization and Resource Allocation.
- Digital Inventory Management with IoT and Real-Time Data.
- Regulatory Compliance and Safety Considerations.
- Understanding Failure Modes and Effects (FMEA).
- Application of RCM and Predictive Analytics for Failure Management.
- Digital Tools for Failure Prediction and Root Cause Analysis.
- Integrating Corrective Maintenance with Preventive Strategies.
- Optimizing Maintenance Logistics Requirements.
- Developing a Weekly Master Schedule with Agile Techniques.
- Resource Allocation and Real-Time Availability Tracking.
- Coordinating Equipment Outage and Maintenance Requirements.
- Managing Backlogs and Adapting Schedules on Demand.
- Implementation of Adaptive Scheduling Software.
- Establishing and Monitoring Key Performance Indicators (KPIs).
- Digital Dashboards for Workload, Planning, and Cost Analysis.
- Performance Indicators for Maintenance Effectiveness and Efficiency.
- Generating Management Reports for Continuous Improvement.
- Leveraging Data for Predictive Insights and Optimization.