Dr. Marina AlcoverAcademic director focused on measurable results and operational excellence in maritime education. Integrates IMO/STCW regulations and ISO 21001/9001 f
Masters · 1500 h · 11 modules
Master's in Naval Technical Inspection and Certification
This program provides you with a comprehensive and specialized overview of maritime sector regulations and compliance. Master inspection techniques, from structural safety to propulsion systems and lifesaving equipment. Learn to…
Duration1500 h
FormatOnline
Starts23 November
Places20 / 20
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Programme overview
What is the Master’s in Naval Technical Inspection and Certification?
The Master's in Naval Technical Inspection and Certification
This program provides you with a comprehensive and specialized overview of maritime sector regulations and compliance. Master inspection techniques, from structural safety to propulsion systems and lifesaving equipment. Learn to interpret and apply the regulations of the main international classification societies and maritime authorities. This program prepares you to lead certification processes, guaranteeing the safety, efficiency, and sustainability of vessels.
Differentiating Advantages
- Industry Experts: Faculty with extensive experience in naval inspection and certification.
- Real-World Case Studies: Analysis of inspections and certifications to apply your knowledge.
- Specialized Software: Use of tools for managing inspections and documentation.
- Professional Networking: Contact with companies and professionals in the maritime sector.
- Constant Regulatory Updates: Knowledge of the latest regulations and international standards.
Programme type
Master's Degree
Study mode
Online
Duration
1,500 hours
Modules
11
Programme highlights
- Regulatory Mastery: Gain in-depth knowledge of the national and international legislation applicable to naval inspection and certification..
- Technical Skills: Acquire expertise in the evaluation of structures, systems, and equipment, ensuring the safety and efficiency of vessels..
- Professional Certification: Prepare to obtain recognized certifications in the naval sector, boosting your professional career..
- Practical Methodology: Learn through real-world case studies, simulations, and technical visits to shipyards and port facilities.
- Networking: Connect with industry experts, companies, and Naval industry professionals, expanding your job opportunities. Specialize in a high-demand field and become a leader in Naval Technical Inspection and Certification.
Curriculum
Programme Structure
The programme is structured in 11 modules, listed below in order of study.
01
Advanced diagnosis and comprehensive evaluation of naval structures for technical certification
- Structural fundamentals in shipbuilding: types of materials, mechanical properties and behaviour under static and dynamic loads
- Non-Destructive Analysis (END): Advanced techniques such as ultrasound Phased Array, Eddy Streams, Digital Radiography, and Infrared Thermography Applied to Naval Structures
- Structural integrity assessment methodologies: acceptance criteria, tolerances and failure thresholds according to IMO and ABS standards
- Finite Element Modelling (MEF) for Predictive Diagnostics: Creation, Validation and Adjustment of Structural Models with Specialised Software
- Evaluation of wear and corrosion in metallic and compound hulls: identification of critical areas and analysis of degradation agents
- Fatigue and fracture research in structures subject to repetitive loads: crack propagation analysis and mitigation strategies
- Inspection and monitoring in service: design of integrated systems for tracking in real time by means of intelligent sensors and naval IoT techniques
- Procedures for technical audits and certification: preparation, execution, documentation and issuance of reports according to international standards
- International and national regulations applicable to certification of structural integrity: SOLAS, IACS, ISO, and specific national regulations
- Cases of comprehensive evaluation and advanced diagnosis: Analysis of real structural failures and preparation of corrective and preventive plans
02
Advanced non-destructive inspection techniques and equipment verification in naval engineering
- Fundamentals of Non-Destructive Inspection (END): Physical Principles, Types and Applications in Naval Engineering
- Advanced END Techniques: Ultrasounds, Digital Radiography, Eddy Streams, Infrared Thermography and Assisted Visual Analysis
- Specialised equipment and sensors - calibration, maintenance, and optimisation for demanding marine environments
- Planning and execution methodologies of comprehensive inspections in hulls, structures and naval auxiliary systems
- International regulations and applicable standards: ISO, ASTM, DNV, Lloyd’s Register and its impact on naval certification
- Advanced data interpretation: Defect detection, corrosion, structural fatigue and failure analysis by specialised software
- Verification tests on critical equipment: motors, hydraulic systems, electrical and automated control systems
- Quality assurance and control protocols in inspection processes: traceability, technical documentation and management of nonconformities
- Innovations in END: drones for remote inspection, artificial intelligence for predictive analysis and digitization of technical reports
- Pilots and simulations: Evaluation of inspection reports, decision-making and preparation for naval certification audits
03
Advanced diagnostic and comprehensive evaluation methodologies in naval structures for quality certification
- Fundamentals of Naval Structural Integrity: Key concepts of resistance, fatigue, corrosion and deformation in metallic materials and compounds used in shipbuilding
- Advanced Non-Destructive Inspection Techniques (END): Ultrasound Phased Array, Induced Currents, Acoustic Emission, Infrared Thermography and Magnetic Particle Analysis Applied to Naval Structures
- Predictive diagnosis and continuous evaluation methodologies: statistical models, trend analysis and real-time monitoring to anticipate structural defects and deterioration
- Comprehensive evaluation of impact, fatigue and corrosion damage: systematic protocols for identification, quantification and critical classification of structural failures in hulls, decks and bulkheads
- International regulations and standards applicable to naval inspection and certification: IMO, IACS UR, ABS, DNV-GL and LR in the context of structural quality certification
- Implementation of digital techniques and intelligent sensors: use of drones, 3D scanners and laser measurement systems for precise obtaining dimensional and structural status data
- Advanced Inspection Data Processing and Analysis: Artificial Intelligence, Machine Learning and Specialised Software to Assess Structural Condition and Issue Precise Diagnostics
- Comprehensive inspection planning and execution methodologies: design of inspection plans based on risk, frequency, scope and technical criteria to guarantee maximum coverage and effectiveness
- Protocols for the preparation of technical reports for certification: structure, content, objective evidence and acceptance criteria in accordance with national and international regulations
- Cases Pilots of comprehensive evaluation of naval structures: detailed analysis of representative case studies, resolution of complex problems and decision making to issue quality certifications with technical rigor
04
International regulatory framework, technical audit, quality management and safety for ship certification and compliance
- International regulatory framework: SOLAS, MARPOL, STCW, and its application in the Naval Technical Inspection
- Technical audit: Advanced methodologies for the documentary and physical evaluation of ships, including preparation, execution and reporting
- Quality Management in the Naval Industry: Implementation of ISO 9001-Based Systems and Specific Standards for the Maritime Sector
- Maritime Operational Security: Risk Analysis, Incident Management and Procedures for Mitigation in Naval Operations
- Vessel certification and classification: processes and technical criteria applied by classification companies and maritime authorities
- International Safety and Environmental Protection Regulations - Integration and Compliance of Environmental and Safety Requirements in Naval Operation and Design
- Digital audit tools: use of emerging technologies such as management software, digital platforms and data analysis to ensure technical compliance
- Evaluation and verification of security management systems ISM: internal audits, documentation reviews and evaluation of operational performance
- Procedures vs. Inspections by Port State Control and Flag State Control: Preparation, realisation and follow-up Post-Inspection
- Legal and contractual aspects related to Naval inspection and certification: responsibilities, guarantees and resolution of conflicts
05
Comprehensive management of predictive maintenance and quality control in advanced naval equipment
- Basics of Predictive Maintenance: Concepts, Benefits and Applications in Modern Naval Systems
- Advanced Condition Monitoring Techniques: Vibrations, Thermography, Ultrasound and Lubricant Analysis
- Implementation of sensorization and data acquisition systems in critical propulsion and auxiliary equipment
- Interpretation of signals and data-based diagnostics for failure prevention in naval machinery
- Integrated maintenance plans - development, optimisation and adaptation to maritime operating cycles
- International certification protocols and regulations applicable to quality control in the naval industry
- Methodologies for advanced technical inspection: non-destructive techniques and acceptance criteria
- Application of digital technologies: SCADA, IoT and Big Data systems for maintenance management in ships
- Evaluation of the useful life cycle of naval equipment and its impact on strategic maintenance planning
- Management of reliability and operational availability: key indicators, risk analysis and mitigation strategies
06
Advanced diagnosis of naval structures and systems for global quality and safety certification
- Non-Destructive Assessment (END) Applied to Naval Structures: Advanced Techniques including Phased Array Ultrasound, Digital Radiography, Infrared Thermography and Induced Currents for Detection of Internal and Surface Defects
- Structural analysis using numerical methods: finite elements, three-dimensional modelling and simulation of hydrodynamic and static loads in hulls, superstructures and critical components
- Structural integrity: Fatigue, corrosion and fracture criteria, with focus on international regulations (ABS, DNV-GL, LR) for life assurance and safety
- Advanced diagnostics of propulsion and auxiliary systems: vibration assessment, lubricant analysis and online monitoring for failure prevention using predictive techniques
- Inspection and certification of fire safety systems and degassing systems: functional tests, evaluation of materials and compliance with SOLAS and IMO standards
- Methodologies for quality certification in welds and structural joints: common causes of failure, inspection procedures and complementary destructive tests
- Comprehensive evaluation of stability and structural strength in extreme conditions: impact of waves, ice and deferred static loads during maritime operations
- Continuous Structural Monitoring Systems (SHM) implementation: intelligent sensors, data transmission and real-time analysis for predictive maintenance and resource optimisation
- Regulatory and regulatory procedures in Naval Certification: Interpretation and application of international and regional standards for technical audits and issuance of safety and quality certifications
- Preparation of detailed technical reports: documentation, analysis of results, technical recommendations and presentation to certifying bodies for guarantee and validation of conformity
07
Advanced strategies and techniques in evaluation, diagnosis and certification of high-performance naval structures and systems
- Fundamentals of Naval Technical Inspection: Types of inspection, applicable international standards (IMO, ISO, ABS, DNV), and specific regulations for high-performance structures and systems.
- Advanced structural evaluation methodologies: Non-destructive techniques (NDT) applied to hulls, superstructures and critical elements; Ultrasound, radiography, acoustic emission and infrared thermography.
- Comprehensive diagnosis of naval materials: metallurgical analysis, fatigue detection and corrosion in high-strength steels and special alloys, sampling techniques and on-site evaluation.
- Modelling and simulation for the prediction of structural behaviour: Use of FEM and CFD software for stress analysis, vibration and structural dynamics under extreme operating conditions.
- Evaluation of critical systems: advanced propulsion inspection, hydraulic, electrical and automation systems; Smart sensor application and real-time monitoring for continuous certification.
- High performance certification protocols and criteria: Development and application of checklists, test plans, acceptance and rejection criteria in accordance with international standards and best industrial practices.
- Risk management and assurance of structural integrity: Analysis of potential failures, safety factors and predictive maintenance based on data obtained during the inspection.
- Environmental regulations and their impact on certification: Evaluation of protection systems against pollution, MARPOL compliance and local regulations specific to the naval industry.
- Advanced technical documentation: rigorous preparation of technical reports, inspection records, traceability and presentation before control and certification bodies.
- PILOTS cases and real case studies: detailed analysis of inspections and certifications in high complexity vessels, process optimisation and resolution of critical incidents in real time.
08
Technological innovations and practical applications in state-of-the-art naval inspection and certification systems
- Fundamentals of Naval Inspection: International Regulations and Applicable Standards (IMO, IACS, ABS, DNV-GL)
- Emerging Inspection Technologies: Drone Applications, Submarine Robots, and Artificial Intelligence Systems for Fault Detection
- Advanced Non-Destructive Inspection (END): Ultrasound Phased Array, Eddy Streams, Infrared Thermography and Digital Radiography
- Integrated Structural Monitoring Systems: Intelligent Sensors, IoT and Real-Time Analysis Platforms for Continuous Assessment
- Automation and digitization in certification processes: blockchain, big data and secure electronic records
- Virtual simulation and augmented reality for training and planning of complex inspections in naval and offshore sectors
- Specific applications in certification of metal structures, propulsion systems and on-board safety equipment
- Calibration and verification protocols of measuring instruments and sensors used during naval inspection
- Comprehensive management of quality and compliance in technical inspection: preparation of technical reports, audits and documentary traceability
- PILOTS cases and failure analysis: study of incidents and application of corrective techniques in the state-of-the-art naval certification
09
Advanced diagnosis of naval structures and critical systems for quality, safety and risk management certification
- Fundamentals of Naval Structural Integrity: Analysis of Static and Dynamic Loads on Ships and Maritime Platforms
- Advanced Non-Destructive Inspection Methodologies (IND): Ultrasounds, Eddy Streams, Acoustic Emission and Infrared Thermography Applied to Naval Materials
- Evaluation and diagnosis of fatigue and corrosion in metallic structures - monitoring techniques and prediction of residual life
- Computational modelling and structural simulation: finite elements for stress analysis, deformations and behaviour in extreme conditions
- Critical Systems in Naval Engineering - Identification, Evaluation and Prioritization for Certification Processes
- Inspection protocols for key components: hull, bulkheads, welds, propulsion and manoeuvreing systems
- International regulations and applicable standards: ISO 19901, DNV GL, ABS, LR and its application in the quality and safety certification
- Risk management in operation and maintenance: qualitative and quantitative analysis, risk matrix and mitigation plans
- Technical audit procedures for naval certification: design, execution, reporting and monitoring of nonconformities
- Integration of online monitoring systems (SCADA, IoT) for continuous verification of structural status and operability of critical systems
10
Inspection of safety, rescue and fire fighting systems
- SOLAS requirements for salvage devices
- Inspection of lifeboats and davits
- Life rafts and authorized service stations
- Fixed Fire Extinguishing Systems
- Fire detection and alarms
- Firefighters and autonomous breathing equipment
- Fire doors and structural protection
- Emergency lighting and signalling
- Abandonment and Fire Exercises
- Registration of deficiencies and corrective actions
11
Master’s Final Project in Naval Technical Inspection and Certification
- Fundamentals of disruptive technologies applied to naval technical inspection: artificial intelligence, machine learning and predictive analysis
- Integration of advanced sensors and IoT systems for real-time monitoring of naval structures and components
- Innovative methodologies for non-destructive evaluation (END) powered by drones and autonomous underwater vehicles
- Digital twin models (Digital Twins) focused on the simulation and dynamic management of naval assets for control and maintenance
- Blockchain application for traceability and integrity guarantee in naval technical certification processes
- Development of advanced algorithms for the automated detection of structural faults and corrosion in hulls and auxiliary systems
- Implementation of augmented and virtual reality systems for training, remote inspection and support in decision-making certification
- Comprehensive strategies for risk management and operational security based on big data analysis in the maritime environment
- International regulations and updated technical standards for the adoption of new technologies in naval certification
- Design and execution of the Master’s Final Project: practical integration of disruptive technologies in a real case of naval technical inspection and certification
Workload
Study Time and Workload
1500 hours of study, online and at your own pace. Move the slider to the hours a week you can really put in.
Hours a week8
Weeks to finish—
You finish around—
Who it is for
Naval and maritime engineers seeking to specialize in ship inspection regulations and processes.Senior shipbuilding technicians wishing to expand their knowledge of certification and compliance with international standards.Maritime professionals (shipowners, fleet managers) interested in optimizing the maintenance and safety of their vessels.Auditors and consultants needing a in-depth unders
Faculty
Academic direction and faculty
The teaching team at Navalis: working professionals who deliver and oversee the institute's programmes.
Eng. Diego Cifuentes
Cap. Javier Abaroa (MCA)
Dr. Pau Ferrer
Dr. Nuria Llobregat
Eng. Javier Bañuls
Eng. Sofía Marquina
Eng. Tomás Riera
Verified reviews
Student Reviews
Reviews collected and verified by Opynio, not written by us.
Outcomes
Learning Outcomes
- 01Assess and certify regulatory compliance on ships
- 02Manage and supervise naval repair projects
- 03Diagnosing and solving technical problems on boats
- 04Direct and coordinate naval technical inspections
- 05Prepare technical reports and naval expert opinions
- 06Implement and optimize preventive maintenance programs
Careers
Career Opportunities
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02Naval Technical Inspector: Conducting regulatory and classification inspections of ships, ensuring compliance with national and international regulations.
03Naval Certifier: Issuing certificates of compliance for both new and in-service ships, in accordance with the SOLAS, MARPOL, and other conventions.
04Safety Management Systems Auditor (SGS): Evaluating and certifying shipping companies' safety management systems.
05Naval Technical Consultant: Providing technical advice on ship construction, repair, and modification projects.
06Naval Expert: Preparing expert reports in cases of maritime accidents, damage, or technical disputes.
07Fleet Manager: Supervising and coordinating maintenance and repair activities of ships, ensuring their efficiency and safety.
08Classification Society Technician: Work in recognized classification societies, carrying out inspections and approving plans.
09Quality Manager in Shipyards: Ensuring quality in shipbuilding and repair processes.
Questions
Entry Requirements
Sector naval.
Yes. The itinerary includes ECDIS/Radar-ARPA/BRM with harbor, ocean, fog, storm, and SAR scenarios.
Online with live sessions; hybrid option for simulator/practical placements through agreements.
Sector naval.
Recommended functional SMCP. We offer support materials for standard phraseology.
Yes, with a relevant degree or experience in maritime/port operations. The admissions interview will confirm suitability.
Optional (3–6 months) through Companies & Collaborations and the Alumni Network.
Simulator practice (rubrics), defeat plans, SOPs, checklists, micro-tests and applied TFM.
A degree from Navalis Magna Institute + operational portfolio (tracks, SOPs, reports and KPIs) useful for audits and employment.
Online admissions
Admissions Process
No waiting for a phone call. If your documents are complete, you can pay in the same session.
Entry requirements
```htmlAcademic/Professional Profile:Bachelor's/Undergraduate Degree in Naval Engineering, Naval Architecture, Industrial Engineering (with specialization in naval or maritime engineering), or equivalent technical qualification; Demonstrable professional experience in the naval sector (shipyards, shipping companies, classification societies, etc.).Recommended prior knowledge:Fundamentals of shipbuilding, propulsion systems, naval installations, maritime regulations (SOLAS, MARPOL, etc.).Documentation:Updated CV, copy of university degree or accreditation of relevant professional
Questions?
Frequently Asked Questions
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