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Postgraduate DiplomaNaval, Offshore & Sports Nautical Enrolment open

Diploma in Operational Risk Management and Safety Metrics

The Diploma in Operational Risk Management and Safety Metrics focuses on the application of methodologies for the identification, assessment, and mitigation of risks in operational environments, with an emphasis on the design and implementation of safety metrics. It incorporates risk analysis, incident management, and the use of data analysis tools to improve safety and operational efficiency. It focuses on compliance with safety regulations and standards, and on the application of best practices in risk management.

The program provides knowledge on root cause analysis, risk control, and the development of business continuity plans. The aim is to train professionals capable of identifying, analyzing, and controlling operational risks, using advanced safety monitoring and performance evaluation techniques, including the use of information technology for risk management and data analysis. It prepares professionals for roles in risk management, safety analysis, and operational safety auditing.

Duration6–8 months
ModeHybrid
LanguageEnglish / Spanish
Start datesOctober / March
LocationEurope (Madrid)
AwardSEIUM Institute diploma
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Learning outcomes

What you will be able to do

01

Mastery of Operational Risk Management and Safety Metrics

02

Strategic Implementation of Operational Risk Management and In-Depth Analysis of Naval Safety Metrics

03

Comprehensive user-oriented design and validation (from modeling to manufacturing)

04

Analysis and Application of Operational Safety Metrics in the Naval Industry [The text abruptly shifts to a seemingly unrelated topic: Analysis and Application of Operational Safety Metrics in the Naval Industry ]

05

Advanced Strategies in Operational Risk Management and Naval Safety Metrics Analysis

06

Development and Application of Operational Risk Management Models and Analysis of Safety Metrics

07

Comprehensive Optimization of Operational Risk Management and Advanced Analysis of Safety Metrics

08

Specialization in Operational Risk Management and Safety Metrics Analysis for the Naval Industry

Profile

Who it's for

  • Professionals and executives in the naval industry, including naval officers, shipyard personnel, and shipping and logistics companies.
  • Maritime safety managers and supervisors, responsible for risk management and regulatory compliance.
  • Naval engineers, mechanical engineers, and related professionals seeking to specialize in operational risk management.
  • Personnel from government and regulatory organizations related to maritime and port safety.
Standards & tools

What you'll work with

  • Standards-driven curriculum: you will work with CS-27/CS-29, DO-160, DO-178C/DO-254, ARP4754A/ARP4761, ADS-33E-PRF from the first module.
  • Accreditable laboratories (EN ISO/IEC 17025) with rotor bench, EMC/Lightning pre-compliance, HIL/SIL, vibrations/acoustics.
  • Evidence-oriented TFM: safety case, test plan, compliance dossierand operational limits.
  • Mentored by industry: teachers with experience in rotorcraft, tiltrotor, eVTOL/UAM and flight test.
  • Flexible modality (hybrid/online), international cohorts and support from SEIUM Career Services.
  • Ethics and security: safety-by-design approach, cyber-OT, DIH and compliance as pillars.
Syllabus

10 modules

  1. 1.1Fundamental Principles of Naval Risk Management
  2. 1.2Hazard Identification and Risk Assessment in Naval Environments
  3. 1.3Legal and Regulatory Framework for Naval Safety
  4. 1.4Introduction to Safety Metrics in the Naval Industry
  5. 1.5Importance of Operational Risk Management in Maritime Safety
  6. 1.6Basic Tools and Techniques for Risk Management
  7. 1.7Incident Analysis and Lessons Learned in the Naval Sector
  8. 1.8Safety Culture and its Impact on Risk Management
  9. 1.9Introduction to International Naval Safety Standards
  10. 1.10Practical Cases and Case Studies on Risk Management in Navigation
  1. 2.2Introduction to Operational Risk Management in the Shipbuilding Industry
  2. 2.2Hazard Identification and Initial Risk Assessment
  3. 2.3Key Safety Metrics and Their Importance
  4. 2.4Data Collection and Analysis for Safety Monitoring
  5. 2.5Basic Risk Management Tools
  6. 2.6Practical Examples and Case Studies
  7. 2.7Legal and Regulatory Framework Related to Shipbuilding Safety
  8. 2.8Implementing a Basic Risk Management System
  9. 2.9Safety Key Performance Indicators (KPIs)
  10. 2.20Incident Reporting and Root Cause Analysis
  11. 2.2Developing a Risk Management Strategy
  12. 2.2Implementing Policies and Procedures
  13. 2.3Advanced Data Analysis for Trend Identification
  14. 2.4Integrating Risk Management into Decision-Making 2.5 Design of training and awareness programs.
  15. 2.6Cost-benefit analysis of security measures.
  16. 2.7Compliance audits and assessments.
  17. 2.8The role of technology in risk management.
  18. 2.9Use of specialized software and tools.
  19. 2.20Continuous improvement and adaptation to change.
  20. 3.2Advanced risk assessment methodologies.
  21. 3.2Qualitative and quantitative analysis techniques.
  22. 3.3Assessment of specific risks in naval operations.
  23. 3.4Analysis of the vulnerability of naval systems.
  24. 3.5Design of risk scenarios and simulation.
  25. 3.6Assessment of vessel safety.
  26. 3.7Risk analysis in navigation and maneuvering.
  27. 3.8Security assessment in ports and terminals.
  28. 3.9Use of risk modeling software and tools. 3.20 Risk assessment reports and recommendations.
  29. 4.2Selection and application of relevant security metrics.
  30. 4.2Analysis of statistical data and trends.
  31. 4.3Performance indicators and their interpretation.
  32. 4.4Monitoring and tracking of security indicators.
  33. 4.5Analysis of the effectiveness of security measures.
  34. 4.6Use of dashboards and data visualization.
  35. 4.7Data analysis for continuous improvement.
  36. 4.8Benchmarking and comparison with the industry.
  37. 4.9Implementation of a metrics management system.
  38. 4.20Communication and reporting of results.
  39. 5.2Development of advanced risk management strategies.
  40. 5.2Emergency response planning.
  41. 5.3Crisis management and information communication.
  42. 5.4Design of contingency and recovery plans.
  43. 5.5Risk management in naval projects. 5.6 Risk Analysis in the Supply Chain
  44. 5.7Risk Reduction Strategies
  45. 5.8The Role of Leadership in Risk Management
  46. 5.9Safety Culture and its Impact on Risk Management
  47. 5.20Adapting to Regulatory and Technological Changes
  48. 6.2Risk Management Models
  49. 6.2Developing Customized Models for the Naval Industry
  50. 6.3Applying Risk Modeling Techniques
  51. 6.4Using Simulation Software and Tools
  52. 6.5Scenario Analysis and Response Planning
  53. 6.6Evaluating Model Effectiveness
  54. 6.7Integrating Models into Decision-Making
  55. 6.8Updating and Continuously Improving Models
  56. 6.9Validating and Verifying Models
  57. 6.20Applying Models to Different Types of Naval Operations
  58. 7.2Optimizing Operational Risk Management 7.2 Analysis of the effectiveness of security measures.
  59. 7.3Identification of areas for improvement.
  60. 7.4Implementation of optimization strategies.
  61. 7.5Advanced data analysis and modeling techniques.
  62. 7.6Use of predictive analytics tools.
  63. 7.7Optimization of security resources.
  64. 7.8Analysis of the return on investment in security.
  65. 7.9Implementation of a continuous improvement system.
  66. 7.20Evaluation of the impact of improvements.
  67. 8.2Specific legislation and regulations for the maritime industry.
  68. 8.2Risk management for different types of vessels.
  69. 8.3Risk management in loading and unloading operations.
  70. 8.4Risk management in maintenance and repair operations.
  71. 8.5Risk management in diving and underwater operations.
  72. 8.6Risk management in offshore operations.
  73. 8.7Risk management in port and terminal operations. 8.8 Analysis of practical cases and case studies.
  74. 8.9Development of customized risk management plans.
  75. 8.20Future trends in naval risk management.
  1. 3.3Hazard Identification and Risk Analysis in Naval Operations
  2. 3.2Risk Probability and Severity Assessment
  3. 3.3Risk Assessment Techniques: HAZOP, FMEA, Bowtie
  4. 3.4Implementation of Risk Controls: Hierarchy of Controls
  5. 3.5Analysis of Safety Data and Trends
  6. 3.6Key Performance Indicators (KPIs) for Naval Safety
  7. 3.7Incident and Accident Investigation: Root Cause Analysis
  8. 3.8Development of Emergency Response Plans
  9. 3.9Safety Audits and Reviews
  10. 3.30Continuous Improvement in Naval Safety Management
  1. 4.4Introduction to Operational Safety Metrics in the Naval Context
  2. 4.2Identification and Classification of Operational Risks in the Naval Industry
  3. 4.3Design of Key Performance Indicators (KPIs) for Naval Safety
  4. 4.4Data Collection and Analysis for Calculating Safety Metrics
  5. 4.5Application of Metrics in Evaluating Safety Performance
  6. 4.6Tools and Technologies for Analyzing Naval Safety Metrics
  7. 4.7Continuous Improvement and Metrics-Based Decision Making
  8. 4.8Case Studies: Applying Metrics in Naval Practice
  9. 4.9Regulatory Compliance and Safety Standards in the Naval Industry
  10. 4.40Future Trends in Operational Safety Metrics for the Navy
  1. 5.5Fundamentals of Operational Risk Management in the Naval Sector
  2. 5.5Hazard Identification and Initial Risk Assessment
  3. 5.3Establishing Key Naval Safety Metrics
  4. 5.4Data Collection and Analysis for Risk Assessment
  5. 5.5Introduction to Naval Safety Regulations and Standards
  6. 5.6Preparation of Safety Reports and Documentation
  7. 5.7Risk Analysis Tools and Techniques (HAZOP, FMEA)
  8. 5.8Presentation of Initial Findings and Recommendations
  9. 5.9Introduction to Continuous Improvement in Naval Safety
  10. 5.50Case Studies: Incident Analysis and Lessons Learned
  11. 5.5Strategic Planning for Risk Management
  12. 5.5Implementation of Safety Policies and Procedures
  13. 5.3Integration of Risk Management into Operational Processes
  14. 5.4In-depth Analysis of Safety Metrics: KPIs and KRIs
  15. 5.5Development of Indicators Safety Performance Index (SPI)
  16. 5.6Communication and Safety Culture Management
  17. 5.7Change Management in Risk Implementation
  18. 5.8Monitoring and Control of the Effectiveness of Safety Measures
  19. 5.9Performance Evaluation and Continuous Feedback
  20. 5.50Case Studies: Successful Implementation of Risk Strategies
  21. 3.5Advanced Methodologies for Risk Assessment
  22. 3.5Quantitative and Qualitative Risk Analysis
  23. 3.3Risk Assessment in Specific Operations (navigation, maintenance)
  24. 3.4Safety Measurement Techniques: Indices and Scales
  25. 3.5Analysis of Risk Probability and Severity
  26. 3.6Development of Risk Matrices and Heat Maps
  27. 3.7Risk Assessment in Hazardous Work Environments
  28. 3.8Periodic Review and Updating of Assessments
  29. 3.9Risk Management in Emergency Situations Emergency
  30. 3.50Case Studies: Risk Assessment in Different Naval Contexts
  31. 4.5Selection and Application of Relevant Safety Metrics
  32. 4.5Data Analysis and Trends in Operational Safety
  33. 4.3Use of Software and Tools for Metrics Analysis
  34. 4.4Identification of Areas for Improvement Based on Metrics
  35. 4.5Development of Safety Reports and Dashboards
  36. 4.6Effective Communication of Metrics Analysis Results
  37. 4.7Integration of Metrics into Decision-Making
  38. 4.8Continuous Monitoring and Adjustment of Metrics
  39. 4.9Impact of Metrics on Safety Culture
  40. 4.50Case Studies: Practical Application of Metrics in the Naval Industry
  41. 5.5Development of Advanced Strategies for Risk Mitigation
  42. 5.5​​Risk Analysis in Complex Operating Environments
  43. 5.3Design and Implementation of Safety Management Systems
  44. 5.4Analysis of Cost-Benefit Analysis in Risk Management
  45. 5.5Risk Management in the Naval Supply Chain
  46. 5.6Use of Advanced Technologies for Risk Management (AI, Big Data)
  47. 5.7Leadership and Change Management in Naval Security
  48. 5.8Development of Security Training Programs
  49. 5.9Evaluation of the Effectiveness of Security Strategies
  50. 5.50Case Studies: Implementation of Advanced Strategies
  51. 6.5Design of Customized Operational Risk Management Models
  52. 6.5Adaptation of Models to Different Types of Naval Operations
  53. 6.3Development of Specific Performance Indicators for the Model
  54. 6.4Integration of the Model with Existing Management Systems
  55. 6.5Validation and Verification of the Model
  56. 6.6Continuous Monitoring and Adjustment of the Model
  57. 6.7Data Analysis and Report Generation
  58. 6.8Effective Communication of Model Results
  59. 6.9Application of the Model in Decision-Making Decisions
  60. 6.50Case Study: Design and Application of Models in the Shipbuilding Industry
  61. 7.5Optimization of Operational Risk Management Processes
  62. 7.5Analysis of the Efficiency and Effectiveness of Safety Measures
  63. 7.3Use of Technologies for Optimization (Automation, AI)
  64. 7.4Advanced Data Analysis for Trend Identification
  65. 7.5Development of Continuous Improvement Strategies
  66. 7.6Implementation of Changes and Evaluation of Results
  67. 7.7Change Management and Resistance to Change
  68. 7.8Measuring the Impact of Optimization on Safety
  69. 7.9Adaptation to New Regulations and Standards
  70. 7.50Case Study: Optimization of Operational Risk Management
  71. 8.5Application of Operational Risk Management in Specific Areas
  72. 8.5Risk Analysis in Ship Design and Construction
  73. 8.3Risk Management in Port and Logistics Operations
  74. 8.4Risk Management in Maritime Transport Hazardous Cargo
  75. 8.5Risk Analysis in Naval Cybersecurity
  76. 8.6Development of Emergency and Contingency Response Plans
  77. 8.7Regulatory Compliance and Security Certifications
  78. 8.8Specialized Security Audits and Assessments
  79. 8.9Future Trends in Naval Risk Management
  80. 8.50Case Studies: Specialization in Naval Risk Management
  1. 6.6Introduction to Risk Modeling in the Naval Industry
  2. 6.2Identification and Analysis of Threats in Maritime Environments
  3. 6.3Development of Operational Risk Models: Methodologies and Tools
  4. 6.4Vulnerability Analysis and Consequence Assessment
  5. 6.5Design and Application of Naval Safety Metrics
  6. 6.6Event Modeling and Risk Scenario Simulation
  7. 6.7Validation and Calibration of Risk Models
  8. 6.8Application of Models in Strategic Decision Making
  9. 6.9Continuous Monitoring and Updating of Risk Models
  10. 6.60Case Studies: Implementation of Risk Models in Naval Operations
  1. 7.7Fundamentals of Operational Risk Management in the Naval Sector
  2. 7.2Identification and Analysis of Specific Hazards in the Naval Industry
  3. 7.3Introduction to Naval Safety Metrics: Definition and Application
  4. 7.4Key Performance Indicators (KPIs) in Naval Safety
  5. 7.7Data Collection and Analysis for Risk Assessment
  6. 7.6Regulatory and Normative Framework in Naval Safety
  7. 7.7Implementation of Safety Management Systems (SMS)
  8. 7.8Analysis of Naval Incidents and Accidents
  9. 7.9Safety Culture and Effective Communication
  10. 7.70Examples of Metrics Application and Risk Management
  11. 2.7Development of a Comprehensive Operational Risk Management Strategy
  12. 2.2Identification and Prioritization of Strategic Risks in Naval Operations
  13. 2.3Implementation of Controls and Mitigation Measures
  14. 2.4Integration of Risk Management into Strategic Planning
  15. 2.7Cost-benefit analysis of security measures.
  16. 2.6Design and implementation of risk management programs.
  17. 2.7Monitoring and tracking the effectiveness of implemented strategies.
  18. 2.8Adaptation and continuous improvement of the risk management strategy.
  19. 2.9Use of technology for risk management: software and tools.
  20. 2.70Case studies of successful implementation of strategic risk management.
  21. 3.7Risk assessment methodologies: HAZID, HAZOP, FMEA, etc.
  22. 3.2Risk assessment in different naval operational scenarios.
  23. 3.3Risk identification techniques: brainstorming, checklists, etc.
  24. 3.4Risk quantification and qualification: risk matrix.
  25. 3.7Assessment of the probability and severity of risks.
  26. 3.6Development of emergency response plans.
  27. 3.7Simulation and modeling of risk scenarios.
  28. 3.8Safety Audits and Compliance Assessments
  29. 3.9Risk Information and Documentation Management
  30. 3.70Practical Case Studies of Risk Assessment in the Shipbuilding Industry
  31. 4.7Analysis of Operational Safety Metrics: Frequency and Severity Rates
  32. 4.2Application of Key Performance Indicators (KPIs) to Evaluate Safety Performance
  33. 4.3Use of Historical Data to Identify Trends and Patterns
  34. 4.4Root Cause Analysis of Incidents and Accidents
  35. 4.7Implementation of Corrective and Preventive Actions
  36. 4.6Monitoring and Control of the Effectiveness of Safety Measures
  37. 4.7Analysis of Safety Data: Software and Tools
  38. 4.8Interpretation of Results and Data-Driven Decision Making
  39. 4.9Effective Communication of Metrics and Results
  40. 4.70Application of Metrics in the Continuous Improvement of Operational Safety
  41. 7.7Advanced Strategies for Risk Management in Complex Naval Operations
  42. 7.2Implementation of Advanced Safety Management Systems (SMS)
  43. 7.3Risk Analysis in Highly Complex Operating Environments
  44. 7.4Development of Emergency Response Plans in Critical Scenarios
  45. 7.7Advanced Risk Analysis Techniques: Bow-Tie, Fault Tree Analysis, etc.
  46. 7.6Risk Management in Naval Construction and Maintenance Projects
  47. 7.7Leadership and Safety Culture in Risk Management
  48. 7.8Use of Advanced Technology for Risk Management
  49. 7.9Development of Resilience and Adaptation Strategies
  50. 7.70Case Studies of Advanced Strategies in Naval Risk Management
  51. 6.7Development of Operational Risk Management Models Adapted to the Naval Industry
  52. 6.2Selection and Application of Risk Modeling Methodologies
  53. 6.3Implementation of Predictive Risk Models
  54. 6.4Use of specialized software for risk modeling.
  55. 6.7Scenario analysis and risk simulation.
  56. 6.6Validation and verification of risk management models.
  57. 6.7Integration of risk management models into safety management systems.
  58. 6.8Adaptation of models to different types of naval operations.
  59. 6.9Decision-making based on risk management models.
  60. 6.70Case studies of successful risk management models in the naval industry.
  61. 7.7Optimization of operational risk management: continuous improvement.
  62. 7.2Analysis of gaps and opportunities for improvement in risk management.
  63. 7.3Implementation of corrective and preventive actions.
  64. 7.4Use of data analysis tools for risk management optimization.
  65. 7.7Development of optimized key performance indicators (KPIs).
  66. 7.6Integration of risk management into decision-making processes.
  67. 7.7Evaluation of the effectiveness of optimization measures.
  68. 7.8Adaptation of risk management to changes in the operating environment.
  69. 7.9Continuous improvement of the safety culture.
  70. 7.70Case studies of comprehensive optimization of naval risk management.
  71. 8.7Specialization in operational risk management for specific types of naval operations (transport, ports, construction, etc.).
  72. 8.2Analysis of specific risks for each type of operation.
  73. 8.3Adaptation of risk management methodologies and tools to specific needs.
  74. 8.4Compliance with sector-specific regulations and standards.
  75. 8.7Development of safety strategies adapted to the particularities of each operation.
  76. 8.6Analysis of risk management case studies in specialized operations.
  77. 8.7Interaction with experts and professionals in the naval industry.
  78. 8.8Development of leadership and decision-making skills in risk management. 8.9 Certifications and accreditations in naval risk management.
  79. 8.70Final specialization project: practical application of acquired knowledge.
  1. 8.8Fundamentals of Operational Risk Management in the Naval Industry
  2. 8.8Introduction to Naval Safety Metrics and Their Importance
  3. 8.3Hazard Identification and Analysis in Maritime Environments
  4. 8.4Operational Risk Assessment and Its Impact on Safety
  5. 8.5Implementation of Controls and Preventive Measures
  6. 8.6Analysis of Maritime Accidents and Incidents
  7. 8.7Development of Contingency and Emergency Response Plans
  8. 8.8Legislation and Regulations Related to Naval Safety
  9. 8.9Safety Audits and Assessments in the Naval Sector
  10. 8.0Case Studies: Applying Risk Management in Practice
  11. 8.1
  1. 9.9Hazard and Threat Identification in Naval Environments
  2. 9.9Operational Risk Assessment: Methodologies and Tools
  3. 9.3Fundamentals of Naval Safety Metrics: KPIs and KRIs
  4. 9.4Incident and Accident Analysis: Investigation and Lessons Learned
  5. 9.5Maritime Safety Legislation and Regulations
  6. 9.9Developing a Strategic Operational Risk Management Plan
  7. 9.9Implementing Risk Controls: Techniques and Best Practices
  8. 9.3Integrating Risk Management into Safety Management Systems
  9. 9.4Data Analysis and Trends in Naval Safety
  10. 9.5Monitoring and Reviewing Implementation: Audits and Evaluations
  11. 3.9Assessing Inherent and Residual Risks in Naval Operations
  12. 3.9Measuring the Effectiveness of Safety Controls
  13. 3.3Cost-Benefit Analysis in Naval Safety
  14. 3.4Indicators Key Performance Indicators (KPIs) in Naval Safety: Establishment and Monitoring
  15. 3.5Root Cause Analysis (RCA): Identifying Underlying Causes of Incidents
  16. 4.9Selection and Application of Specific Operational Safety Metrics
  17. 4.9Data Analysis and Safety Report Generation
  18. 4.3Interpretation and Use of Metrics for Decision Making
  19. 4.4Safety Performance-Based Management (SPBM)
  20. 4.5Tools and Technologies for Metric Analysis in the Naval Industry
  21. 5.9Development of Advanced Risk Mitigation Strategies
  22. 5.9Crisis and Contingency Management in Naval Environments
  23. 5.3Risk Analysis in Highly Complex Operations
  24. 5.4Safety Leadership and a Positive Safety Culture
  25. 5.5Operational Resilience in the Naval Sector
  26. 6.9Quantitative and Qualitative Risk Assessment Models
  27. 6.9Development of Predictive Risk Models in Naval Security
  28. 6.3Simulation and Risk Scenario Analysis
  29. 6.4Design and Implementation of Risk Management Systems
  30. 6.5Validation and Verification of Risk Models
  31. 7.9Optimization of Operational Risk Management Processes
  32. 7.9Advanced Data Analysis and Visualization Techniques
  33. 7.3Continuous Improvement in Security Management
  34. 7.4Integration of Risk Management with Other Areas of the Company
  35. 7.5Benchmarking and Best Practices in Naval Security
  36. 8.9Specific Regulatory and Normative Framework of the Naval Industry
  37. 8.9Risk Analysis in Maritime Transport Operations
  38. 8.3Safety in Shipyards and Shipbuilding
  39. 8.4Risk Management in Port Operations
  40. 8.5Case Studies: Analysis of Notable Incidents and Accidents in the Naval Industry
  1. 1.1Introduction to Operational Risk Management in Naval Environments
  2. 1.2Hazard Identification and Assessment in Maritime Operations
  3. 1.3Risk Analysis: Methodologies and Tools
  4. 1.4Establishing Safety Key Performance Indicators (KPIs)
  5. 1.5Data Collection and Analysis: Sources and Techniques
  6. 1.6Designing Controls and Risk Mitigation Measures
  7. 1.7Monitoring and Tracking Risk Management
  8. 1.8Reporting and Communication in Operational Safety
  9. 1.9Regulatory Compliance and Naval Safety Standards
  10. 1.10Case Study: Practical Application of Risk Management
  11. 2.1Strategic Framework for Operational Risk Management in the Naval Industry
  12. 2.2Implementing a Safety Management System (SMS)
  13. 2.3In-Depth Data Analysis: Advanced Techniques
  14. 2.4Designing Specific Safety Metrics for Naval Operations
  15. 2.5Analysis of Trends and Risk Prediction
  16. 2.6Managing Safety Culture in the Organization
  17. 2.7Root Cause Analysis (RCA) of Incidents
  18. 2.8Evaluating the Effectiveness of Control Measures
  19. 2.9Continuous Improvement and Feedback in Risk Management
  20. 2.10Case Study: Successful Implementation of a Risk Management System
  21. 3.1Advanced Risk Assessment Methodologies in Maritime Environments
  22. 3.2Quantitative and Qualitative Risk Assessment Techniques
  23. 3.3Measuring Safety: Indicators and Metrics
  24. 3.4Probability and Consequence Analysis of Events
  25. 3.5Risk Assessment in Different Types of Naval Operations
  26. 3.6Use of Risk Assessment Software and Tools
  27. 3.7Designing Emergency Response Plans
  28. 3.8Safety Audits and Reviews
  29. 3.9Incident Investigation and Lessons Learned Lessons Learned
  30. 3.10Case Study: Risk Assessment in a Specific Naval Project
  31. 4.1Selection and Application of Safety Metrics
  32. 4.2Data Analysis: Visualization and Presentation of Results
  33. 4.3Use of Data for Decision Making
  34. 4.4Cost-Benefit Analysis in Operational Safety
  35. 4.5Impact of Technology on Naval Safety
  36. 4.6Application of Metrics in Different Areas of the Naval Industry
  37. 4.7Safety Information Management
  38. 4.8Effective Communication of Results
  39. 4.9Compliance with Regulations and Standards
  40. 4.10Case Study: Analysis of Metrics in a Naval Fleet
  41. 5.1Development of Risk Mitigation Strategies
  42. 5.2Risk Analysis in Highly Complex Operations
  43. 5.3Predictive Analysis and Risk Modeling
  44. 5.4Development of Contingency Plans
  45. 5.5Use of Artificial Intelligence and Big Data in Naval Safety
  46. 5.6Leadership and Management Security
  47. 5.7Operational Resilience Management
  48. 5.8Development of Advanced Security Protocols
  49. 5.9Adaptation to New Technologies and Threats
  50. 5.10Case Study: Implementation of Advanced Security Strategies
  51. 6.1Design of Risk Management Models
  52. 6.2Development of Key Performance Indicators (KPIs)
  53. 6.3Advanced Data Analysis: Machine Learning
  54. 6.4Risk Modeling and Simulation
  55. 6.5Evaluation of Model Effectiveness
  56. 6.6Integration of Risk Models into Decision Making
  57. 6.7Validation and Verification of Models
  58. 6.8Change Management and Continuous Improvement
  59. 6.9Documentation and Communication of Models
  60. 6.10Practical Application of Risk Models in the Shipbuilding Industry
  61. 7.1Optimization of Operational Risk Management
  62. 7.2Data Analysis: Advanced Techniques
  63. 7.3Use of Specialized Risk Analysis Software
  64. 7.4Evaluation of Efficiency and Effectiveness of Security Measures
  65. 7.5Innovation Management in Security
  66. 7.6Adapting to Changing Environments
  67. 7.7Resource and Budget Optimization
  68. 7.8Continuous Improvement and Feedback
  69. 7.9Design and Implementation of an Optimization Plan
  70. 7.10Case Study: Security Optimization in a Naval Company
  71. 8.1Legal and Regulatory Framework for Naval Security
  72. 8.2Risk Analysis in Specific Operations
  73. 8.3Security Management in Naval Design and Construction
  74. 8.4Security Management in Operation and Maintenance
  75. 8.5Analysis of Maritime Incidents and Accidents
  76. 8.6Managing a Safety Culture in the Naval Industry
  77. 8.7Designing Training and Capacity Building Programs
  78. 8.8Specialized Security Audits and Reviews
  79. 8.9Future Trends in Naval Security
  80. 8.10Case Study: Risk Analysis in a Complex Naval Project
Methodology, software & labs

How you'll learn

  • Hands-on methodology: test-before-you-trust, design reviews, failure analysis, compliance evidence.
  • Software (depending on licenses/partners): MATLAB/Simulink, Python (NumPy/SciPy), OpenVSP, SU2/OpenFOAM, Nastran/Abaqus, AMESim/Modelica, acoustics tools, planning toolchains DO-178C.
  • SEIUM Laboratories: scale rotor bench, vibrations/acoustics, EMC/Lightning pre-compliance, HIL/SIL for AFCS, data acquisition with strain gauging.
  • Standards and compliance: EN 9100, 17025, ISO 27001, GDPR.
Accreditable laboratories(EN ISO/IEC 17025) with rotor bench, EMC/Lightning pre-compliance, HIL/SIL, vibrations/acoustics.
Evidence-oriented Master's Thesis:safety case, test plan, compliance dossier and operational limits.
Industry Mentored:teachers with experience in training, , eVTOL/UAM and flight test.
Flexible modality(hybrid/online), international cohorts and support from SEIUM Career Services.
Ethics and safety:safety-by-design approach, cyber-OT, DIH and compliance as pillars.
Career opportunities

Where this takes you

Risk Manager (Risk Management, Compliance)**Risk Management Specialist** (Operational Risk Management, Safety)**Risk Management Specialist** (Operational Risk Management, Safety Metrics)Risk Analyst (Operational Risk Management, Safety Metrics)**Risk Manager** (Operational Risk Management, Safety)**Risk Manager** (Operational Risk Management, Safety)
Admissions & scholarships

Requirements

  • Profile: Background in Computer Engineering, Mathematics, Statistics, or related fields; practical experience in NLP and valued information retrieval systems.
  • Documentation: Updated CV, academic transcript, SOP/statement of purpose, project examples or code (optional).
  • Process: Application → Technical evaluation of profile and experience → Technical interview → Review of case studies → Final decision → Enrollment.
  • Fees:
    • Single payment: 10% discount.
    • Payment in 3 installments: No fees; 30% upon registration + 2 equal monthly payments of the remaining 35%. Monthly payment: available with a 7% commission on the total; annual review. Scholarships: based on academic merit, financial need, and promoting inclusion; agreements with companies in the sector for partial or full scholarships. See "Calendar & Calls for Applications," "Scholarships & Grants," and "Fees & Financing" in the SEIUM mega-menu.

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Send your application today. Our admissions team replies within 72 hours with your study plan and funding options.

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FAQ

Frequently asked questions

Yes, we have international certification

Yes: experimental models, real data, applied simulations, professional environments, real case studies.

It is not mandatory. We offer leveling tracks and tutoring.

Completely. It covers e-propulsion, integration, and emerging regulations (SC-VTOL).

Recommended. There are also internal challenges and consortiums.

Yes. Online/hybrid modality with planned labs and visa support (see “Visa & Residence”).

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