• Comprehensive 5-day professional program
• Advanced rotor dynamics and resonance analysis
• Practical vibration interpretation
• Field balancing methodologies
• Real industrial case studies
• Reliability-centered maintenance focus

• Analyze machinery dynamic behavior and vibration response
• Evaluate rotor dynamics and critical speeds
• Identify types of machinery imbalance
• Apply advanced balancing techniques
• Interpret vibration and phase data
• Perform effective field balancing
• Improve machinery reliability and lifespan

• Mechanical and Maintenance Engineers
• Rotating Equipment Engineers
• Reliability Engineers
• Vibration Analysts and Technicians
• Maintenance Supervisors

Day 1: Machinery Dynamics Fundamentals

• Vibration fundamentals
• Degrees of freedom
• Mass, stiffness, and damping
• Free and forced vibration
• Natural frequencies and mode shapes

Day 2: Dynamic Behavior of Rotating Machinery

• Unbalance forces
• Shaft dynamics
• Gyroscopic effects
• Resonance and critical speeds

Day 3: Rotor Dynamics and Imbalance

• Rigid flexible rotors
• Bearing and support effects
• Types of imbalance
• ISO balancing grades

Day 4: Balancing Theory and Field Techniques

• Single-plane and two-plane balancing
• Influence coefficient method
• Trial weights and correction
• Safety and instrumentation

Day 5: Vibration-Based Balancing & Case Studies

• Frequency and phase analysis
• Fault differentiation
• Industrial case studies
• Best practices and review

CDGA attendance certificate will be issued to all attendees completing minimum of 75% of the total course duration.