Course Objectives:

Develop planning and proactive maintenance skills.

Apply best practices in maintenance scheduling and performance improvement.

Prepare effective maintenance plans based on data and fault analysis.

Improve equipment efficiency and reduce emergency downtime.

Enhance readiness for the international CIMP certification exam.

Day 1: Introduction to Maintenance Planning

Basic Concepts of Maintenance Systems

The Role of the Planner in Organizing and Improving Maintenance Work

Types of Maintenance: Preventive, Corrective, Predictive

The Difference Between Planning and Scheduling

Equipment Lifecycle and Planned Maintenance

Day 2: Preparing Detailed Maintenance Plans

Analyzing Equipment Data to Determine Maintenance Priorities

Using Failure Analysis Models (FMEA/RCM)

Formulating Weekly, Monthly, and Quarterly Plans

Work Order Management

Coordinating Work with Other Departments (Operations, Warehouses, Safety)

Day 3: Scheduling, Implementation, and Follow-up

Scheduling Techniques and Tools (Gantt, PERT, MS Project)

Resource Management (Labor, Equipment, Spare Parts)

Daily Monitoring and Control of Maintenance Implementation

KPIs and Performance Indicators for Maintenance (MTTR, MTBF, OEE)

Using Computerized Maintenance Management Systems (CMMS)

Day 4: Improving Efficiency and Reliability Maintenance

Strategies for Improving Productivity and Reducing Costs

Managing Risks Associated with Equipment Maintenance

The Role of Maintenance in Safety and Quality

The Concept of "Lean Maintenance" and Process Improvement

Case Studies from Various Industries

Day 5: Preparation for the Final Exam and Assessment

Comprehensive Review of CIMP Certification Topics

Practice Tests with Guidance and Answers

Designing an Integrated Maintenance Plan for a Virtual Plant/Facility

Analyzing Results and Evaluating Level of Readiness