Diploma in Vibration/Acoustic Analysis and Health Index
About us Diploma in Vibration/Acoustic Analysis and Health Index
The Diploma in Vibration/Acoustic Analysis and Health Index focuses on the study of mechanical vibrations and sound, as well as the development of diagnostic systems for the health of machines and structures. It covers topics such as modal analysis, acoustics, signal processing, and the use of sensors and simulation software. It focuses on the application of advanced techniques for fault detection, condition monitoring, and data analysis to optimize performance and prevent failures in industrial equipment. The diploma program provides practical knowledge in the use of vibration and acoustic analysis tools, as well as in the implementation of Health Index systems for monitoring and diagnosing asset health. Participants learn to interpret data, identify patterns, and make informed decisions for predictive maintenance. The application of these techniques is addressed in sectors such as energy, transport, manufacturing, and oil and gas.
Target keywords (naturally occurring in the text): vibration analysis, acoustics, health index, condition monitoring, fault detection, predictive maintenance, signal processing, sensors, simulation software, modal analysis, diagnostics, diploma program.
Diploma in Vibration/Acoustic Analysis and Health Index
- Format: Online
- Duration: 8 months
- Hours: 900 H
- Language: ES / EN
- Credits: 60 ECTS
- Registration date: 04-07-2026
- Strat date: 14-08-2026
- Available places: 3
1.580 $
Competencias y resultados
Qué aprenderás
1. **Mastery of Vibration Analysis, Acoustics, and Health Index for the Naval Industry**
Para quien va dirigido nuestro:
Diploma in Vibration/Acoustic Analysis and Health Index
9.9 Introduction to Vibrations in the Naval Environment
9.9 Vibration Sources in Ships and Vessels
9.3 Instrumentation and Sensors for Vibration Analysis
9.4 Vibration Data Collection and Analysis
9.5 Regulations and Standards in Naval Vibration Analysis
9.9 Fundamentals of Marine Acoustics
9.9 Sound Propagation in Water
9.3 Noise Sources in Marine Environments
9.4 Underwater Noise Measurement and Analysis
9.5 Impact of Noise on Marine Fauna and the Environment
3.9 Design and Operation of Marine Rotary Engines
3.9 Vibration Analysis in Diesel Engines and Turbines
3.3 Troubleshooting Rotary Engines
3.4 Balancing and Alignment Techniques for Marine Engines
3.5 Optimizing Engine Performance and Durability
4.9 Machinery Condition Assessment Techniques Naval Engineering
4.9 Oil and Lubricant Analysis in Marine Equipment
4.3 Infrared Thermography in Ship Inspection
4.4 Ultrasound in Structural Fault Detection
4.5 Implementation of Predictive Maintenance Programs
5.9 Introduction to the Health Index in Naval Engineering
5.9 Methodology for Calculating the Health Index in Marine Systems
5.3 Application of the Health Index in Preventive Maintenance
5.4 Use of the Health Index in Decision Making
5.5 Health Index and the Improvement of Reliability and Availability
6.9 Types of Naval Structures and Their Components
6.9 Structural Integrity Analysis in Ships
6.3 Monitoring Structural Integrity Through Vibration Analysis
6.4 Damage and Deterioration Assessment in Naval Structures
6.5 Strategies for Extending the Service Life of Naval Structures Structures
7.9 The Role of Vibrational and Acoustic Analysis in Maritime Safety
7.9 Identification and Mitigation of Navigational Risks
7.3 Failure and Accident Analysis in Ships
7.4 Vibrational and Acoustic Analysis and its Impact on Energy Efficiency
7.5 Compliance with Maritime Safety Regulations and Standards
8.9 Implementation of Condition Monitoring Programs
8.9 Condition-Based Maintenance (CBM) Strategies
8.3 Optimization of Maintenance Costs
8.4 Data Integration for Decision Making
8.5 Implementation of Software Tools for Analysis
9.9 Health Index and its Application in Different Naval Systems
9.9 Data Collection, Processing, and Interpretation for the Health Index
9.3 Optimization of Maintenance Strategies with the Health Index
9.4 Performance and Efficiency Evaluation with the Health Index
9.5 Case Studies: Real-World Applications of the Health Index in the Shipbuilding Industry
Proyectos tipo capstones
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