Diploma in Structural Diagnosis and In Situ Testing
About us Diploma in Structural Diagnosis and In Situ Testing
The Diploma in Structural Diagnostics and In-Situ Testing trains students in the evaluation and analysis of structural integrity, using advanced non-destructive testing (NDT) techniques and structural diagnostic methods applied to building and civil engineering projects. It focuses on the identification and assessment of damage in existing structures, such as reinforced concrete, steel, and masonry, through the use of technologies such as ultrasound, sclerometer testing, and vibration analysis. The program covers the application of regulations and standards for structural inspection, repair, and reinforcement, including the interpretation of results and the preparation of technical reports. The program provides practical skills for conducting on-site inspections, interpreting test data, and proposing structural rehabilitation and reinforcement solutions, preparing professionals for roles such as inspection engineers, structural consultants, and building pathology specialists. It delves into the understanding of common pathologies, such as cracking, corrosion, and material degradation, and the design of efficient and sustainable rehabilitation solutions. Target keywords (natural occurrences in the text): structural diagnosis, non-destructive testing, reinforced concrete, building pathology, structural inspection, structural rehabilitation, vibration analysis, diploma in structures.
Diploma in Structural Diagnosis and In Situ Testing
- 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: 4
995 $
Competencias y resultados
Qué aprenderás
1. Mastery of Naval Structural Diagnostics: In-Situ Testing and Advanced Analysis
Para quien va dirigido nuestro:
Diploma in Structural Diagnosis and In Situ Testing
9.9 Fundamentals of Naval Structural Diagnostics: Key concepts and terminology.
9.9 Importance of In-Situ Testing: Advantages and applications in naval structures.
9.3 Types of In-Situ Testing: Visual inspection, load testing, and thickness measurement.
9.4 Data Collection and Analysis: Interpretation of results and reporting of findings.
9.5 Introduction to legislation and regulations: Compliance in the naval sector.
9.9 Advanced Ultrasound: Phased Array and TOFD techniques for defect detection.
9.9 Digital Radiography: Principles, applications, and image analysis in naval structures.
9.3 Infrared Thermography: Detection of thermal anomalies and integrity assessment.
9.4 Vibration Analysis: Machinery monitoring and detection of incipient failures. 9.5 Corrosion Assessment Techniques: Corrosion Rate Measurement and Cathodic Protection
3.9 Principles of Non-Destructive Testing (NDT): Advantages and Limitations
3.9 Ultrasound-Based NDT: Applications and Specific Techniques
3.3 Magnetic Particle Inspection: Detection of Surface and Subsurface Discontinuities
3.4 Liquid Penetrant Testing: Detection of Surface Defects in Materials
3.5 Evaluation of Results: Acceptance and Rejection Criteria, Evaluation Reports
4.9 Planning and Preparation for In-Situ Testing: Selection of Techniques and Equipment
4.9 Evaluation Methodologies: Visual Inspection, Tensile Testing, and Deformation Analysis
4.3 In-Situ Data Analysis: Software and Structural Simulation Tools
4.4 Evaluation of Structural Integrity: Evaluation Criteria and Recommendations 4.5 Preparation of technical reports: Documentation of findings and conclusions.
5.9 Types of structural damage: Corrosion, fatigue, and overloading.
5.9 Corrosion assessment: Measurement and analysis techniques.
5.3 Fatigue analysis: Modeling and simulation of structural behavior.
5.4 Integrity analysis: Evaluation of residual load-bearing capacity.
5.5 Case studies: Failure analysis and corrective measures.
6.9 Failure analysis: Methodology, steps, and tools.
6.9 Root cause identification: Cause-and-effect analysis and Ishikawa diagram.
6.3 Failure modes and effects analysis (FMEA): Application to naval structures.
6.4 Failure evaluation: Acceptance and rejection criteria.
6.5 Design and evaluation of solutions: Repair and prevention of failures.
7.9 Advanced sensors: Monitoring and remote sensing technologies. 7.9 Artificial intelligence and machine learning: Application in structural diagnostics.
7.3 Drones and robotics: Inspection in hard-to-reach areas.
7.4 3D modeling and augmented reality: Data visualization and analysis.
7.5 Data integration: Platforms and information management systems.
8.9 Comprehensive evaluation methodology: Planning and scope.
8.9 Risk assessment: Identification and analysis of risks in naval structures.
8.3 Life cycle analysis: Design, construction, operation, and maintenance.
8.4 Cost-benefit analysis: Profitability of proposed solutions.
8.5 Reporting and recommendations: Effective communication of results.
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