Introduction

Maintenance Planning and Scheduling is a strategic course designed to equip professionals with the necessary skills to optimize maintenance operations, improve equipment reliability, and enhance productivity. Over the span of this five-day course, participants will gain a comprehensive understanding of planning and scheduling essentials, learn best practices, and become adept at using modern tools and techniques to streamline maintenance activities.

Objectives

• Understand the key principles of maintenance planning and scheduling.
• Learn how to develop effective maintenance plans and schedules.
• Gain insights into resource allocation and management.
• Explore strategies to minimize downtime and improve asset reliability.
• Enhance decision-making skills through data-driven approaches.

Course Outlines

Day 1: Introduction to Maintenance Planning

• Overview of maintenance strategies and types
• Importance of planning and scheduling in maintenance
• Key concepts and terminology
• Roles and responsibilities of a maintenance planner
• Understanding the maintenance workflow

Day 2: Developing Maintenance Plans

• Steps to create a comprehensive maintenance plan
• Identifying maintenance tasks and priorities
• Selecting appropriate maintenance strategies
• Creating a maintenance task list
• Managing maintenance backlogs

Day 3: Scheduling Techniques and Tools

• Principles of effective scheduling
• Utilizing scheduling software and tools
• Gantt charts and other visual aids
• Coordinating with operations and other departments
• Best practices for schedule optimization

Day 4: Resource Management and Optimization

• Allocation of labor, materials, and equipment
• Balancing workload and resources
• Forecasting and demand planning
• Leveraging subcontractor capabilities
• Monitoring resource utilization and costs

Day 5: Continuous Improvement and Performance Measurement

• Key performance indicators for maintenance
• Continuous improvement techniques in maintenance
• Analyzing maintenance performance data
• Feedback loops and adjusting plans
• Case studies and real-world applications