Executive Development Programme in Precision Maintenance Techniques

• Fundamentals of Precision Maintenance: An introduction to the principles, benefits, and best practices of precision maintenance techniques. This unit will cover the importance of precision maintenance in reducing downtime, increasing equipment efficiency, and improving overall operational performance. • Precision Alignment Techniques: This unit will focus on the importance of precision alignment in maintaining machinery health. Participants will learn the different types of alignment techniques, including shaft alignment, laser alignment, and vibration alignment, and their applications. • Balancing Techniques: This unit will cover the principles of balancing, including static and dynamic balancing techniques. Participants will learn how to use balancing equipment and analyze balancing data to improve machinery performance. • Lubrication Management: This unit will focus on the importance of proper lubrication management in reducing wear and tear on machinery. Participants will learn about the different types of lubricants, lubrication systems, and best practices for lubrication management. • Condition Monitoring Techniques: This unit will cover the principles of condition monitoring and its importance in preventing equipment failure. Participants will learn about different condition monitoring techniques, including vibration analysis, thermography, and ultrasound analysis. • Predictive Maintenance Strategies: This unit will focus on the benefits of predictive maintenance strategies in reducing downtime and improving equipment efficiency. Participants will learn about different predictive maintenance techniques, including statistical process control, root cause analysis, and failure modes and effects analysis. • Maintenance Planning and Scheduling: This unit will cover the importance of maintenance planning and scheduling in reducing downtime and improving equipment efficiency. Participants will learn about different maintenance planning and scheduling techniques, including reliability-centered maintenance, total productive maintenance, and preventive maintenance. • Change Management and Continuous Improvement: This unit will focus on the importance of change management and continuous improvement in precision maintenance. Participants will learn about different change management and continuous improvement techniques, including the PDCA cycle, Lean principles, and Six Sigma.