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Postgraduate Diploma in OT/IT Integration and Asset Models

The Diploma in OT/IT asset and integration models explores the Convergence of Operational Technologies (OT) and Information (IT) to optimize the management and performance of assets. IT focuses on the creation of digital asset models, industrial cybersecurity and the implementation of predictive maintenance strategies. Topics such as data analytics, industrial IoT and process automation are addressed, crucial to improving operational efficiency and reducing costs in industries such as manufacturing, energy and transport.

The program provides practical skills in using tools for data visualization, risk-based asset management, and SCADA systems integration. It focuses on compliance with industrial cybersecurity regulations and industry best practices, preparing professionals for roles such as OT/IT data analysts, automation engineers, industrial cybersecurity specialists and maintenance managers, improving the productivity and safety of industrial systems.

Keywords Objective (natural in the text): Asset models, OT/IT integration, Industrial cybersecurity, Predictive maintenance, Data analytics, Industrial IoT, Industrial automation, Diploma in Industry.

Duration6–8 months
ModeOnline
LanguageEnglish
Start datesSet by the faculty
AwardSEIUM Institute diploma
Enrol now View syllabus Ask an advisor

Postgraduate Diploma in OT/IT Integration and Asset Models — studying from Singapore

Singapore is one of the world's busiest ports and a major centre for marine and offshore engineering, including ship repair, shipbuilding for specialised vessels and offshore platform services. The Maritime and Port Authority of Singapore regulates shipping, port operations and marine safety. Engineers work on naval architecture, marine systems, offshore structures and vessel design. Employers include shipyards and offshore engineering firms clustered in the Tuas and Benoi areas.

Fees for Singapore: S$1,840 (Singapore dollar), with instalments and employer sponsorship available.

Relevant bodies in Singapore

  • Maritime and Port Authority of Singapore (MPA)
  • Singapore Maritime Foundation
  • Society of Naval Architects and Marine Engineers Singapore
  • Singapore Shipping Association

Typical roles

  • Naval Architect
  • Marine Engineer
  • Offshore Structures Engineer
  • Ship Systems Engineer

Questions from Singapore

Will this qualification be recognised by professional bodies in Singapore?

SEIUM's qualifications are private, not official state degrees, and are not accredited by any national body in Singapore. Singapore's maritime and offshore sectors are regulated by the Maritime and Port Authority of Singapore, and engineers may seek Professional Engineer status through the Professional Engineers Board. Recognition of a private qualification rests with employers or the relevant body.

How might this training be used by employers in Singapore?

Singapore is a major maritime and offshore hub, with shipyards, offshore engineering firms and marine service providers. A naval or offshore engineering programme may support technical roles, but it does not guarantee employment. Employers will typically look at certifications, sea or project experience and your final project to judge your suitability.

Can I study this alongside a full-time job, and can my employer help fund it?

Because the course is fully online and in English, you can study from Singapore without relocating, and no student visa is needed for online study. Plan for the hours involved: 300 hours for a specialist course up to 1,900 hours for a master's. Fees can be paid in instalments, and employer sponsorship is possible, so raise it with your company's training team.

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Learning outcomes

What you will be able to do

01

Asset model domain and secure connection OT/IT

02

Strategic implementation of OT/IT asset models and fusion

03

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

04

Optimization of OT/IT asset models and convergence

05

Master in Asset Modeling and Synergy OT/IT

06

Specialization in Asset Modeling and OT/IT Link

07

Optimization and linkage of asset models with OT/IT

08

Advanced Asset Modeling and Secure Fusion OT/IT

Profile

Who it's for

  • Professionals with experience in the naval sector, including naval engineers, naval architects, and other professionals with relevant technical training.
  • Technical and management staff of shipyards, shipbuilding companies, and companies related to the maritime and offshore industry.
  • Members of the Navy, Merchant Navy and other Maritime Security and Defense Corps interested in asset optimization and technology integration.
  • Professionals seeking to improve operational efficiency and profitability in the naval field through the implementation of asset models and the integration of OT/IT systems.
**Desirable knowledge:** Experience in naval operations, familiarity with asset management systems and/or basic knowledge of networks and industrial cybersecurity.
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/Acoustic.
  • Evidence-oriented TFM: Safety Case, Test Plan, Compliance Dossier and Operating Limits.
  • Industry Mentored: Teachers with Rotorcraft, Tiltrotor, eVTOL/UAM and Flight Test.
  • Flexible mode (hybrid/online), international cohorts and support of SEIUM Career Services.
  • Ethics and security: Safety-by-design approach, Cyber-OT, DIH and compliance as pillars.
Syllabus

10 modules

  1. 1.1Introduction to asset models in naval environments.
  2. 1.2Identification and classification of critical assets in naval infrastructure.
  3. 1.3Basics of security in the connection of OT/IT networks.
  4. 1.4Design of secure network architectures for naval environments.
  5. 1.5Communication protocols and standards in the OT/IT convergence.
  6. 1.6Implementation of cybersecurity measures for asset protection.
  7. 1.7Authentication and authorization techniques in naval systems.
  8. 1.8Monitoring and management of security events in OT/IT networks.
  9. 1.9Assessment of risks and vulnerabilities in naval infrastructure.
  10. 1.10Practical examples and case studies on asset models and secure connection OT/IT in the shipbuilding industry.
  1. 2.2Introduction to OT/IT cybersecurity and its importance in naval environments.
  2. 2.2Identification and classification of critical assets in naval infrastructure.
  3. 2.3Design and implementation of security policies for OT/IT connections.
  4. 2.4Secure communication protocols: OPC UA, Modbus TCP, etc.
  5. 2.5Monitoring and detection of threats in OT/IT networks.
  6. 2.6Vulnerability management and patching in naval systems.
  7. 2.7Asset modeling: definition, purpose and benefits.
  8. 2.8Tools and techniques for asset modeling.
  9. 2.9Integration of asset models with cybersecurity management systems.
  10. 2.20Case study: Implementation of secure connections in naval environments.
  11. 2.2Strategic planning for OT/IT integration in the naval sector.
  12. 2.2Selection of platforms and technologies for the OT/IT merger.
  13. 2.3Implementation of firewalls and intrusion detection systems in naval networks.
  14. 2.4Network segmentation strategies to increase security.
  15. 2.5Design of resilient and scalable OT/IT network architectures.
  16. 2.6Implementation of authentication and authorization solutions in naval environments.
  17. 2.7Asset modeling for strategic decision making.
  18. 2.8Development of Operation Manuals and Standard Procedures (SOP).
  19. 2.9Management of change and training of personnel in the OT/IT integration.
  20. 2.20Case Study: Successful implementation of the OT/IT fusion in a port.
  21. 3.2Risk analysis in OT/IT systems: methodologies and tools.
  22. 3.2Assessment of vulnerabilities and threats in naval environments.
  23. 3.3Impact analysis of security incidents in naval operation.
  24. 3.4OT/IT data unification: integration of information sources.
  25. 3.5Data visualization and analysis: control panels and reports.
  26. 3.6Artificial intelligence and machine learning for anomaly detection.
  27. 3.7Asset Modeling: Mapping and Ratio of Critical Assets.
  28. 3.8Creation of risk matrices and mitigation planning.
  29. 3.9Security audits and penetration tests in naval systems.
  30. 3.20Case study: Incident analysis and safety improvement on a ship.
  31. 4.2Optimization of performance of OT/IT systems.
  32. 4.2Predictive and preventive maintenance strategies in naval environments.
  33. 4.3Data monitoring and analysis for resource optimization.
  34. 4.4OT/IT Convergence: Benefits and Challenges.
  35. 4.5Implementation of information technologies in naval operations.
  36. 4.6Asset Management: Lifecycle, Maintenance and Withdrawal.
  37. 4.7Asset modeling for process optimization.
  38. 4.8Simulation and modeling for continuous improvement.
  39. 4.9Integration of asset management systems with OT/IT systems.
  40. 4.20Case study: Fleet optimization through OT/IT convergence.
  41. 5.2Advanced asset modeling: specialized techniques and tools.
  42. 5.2Reference architectures for OT/IT integration.
  43. 5.3Development of complex data models for naval systems.
  44. 5.4OT/IT systems integration with the cloud: security and challenges.
  45. 5.5Implementation of big data solutions for naval data analysis.
  46. 5.6Development of integrated asset management platforms.
  47. 5.7OT/IT Synergy: Creation of value through collaboration.
  48. 5.8Leadership and management of change in naval digital transformation.
  49. 5.9Data governance and regulatory compliance in naval environments.
  50. 5.20Final Project: Design and implementation of an OT/IT synergy and asset modeling solution.
  51. 6.2Asset modeling specific to naval control systems.
  52. 6.2Implementation of industry standards in asset modeling.
  53. 6.3Development of interfaces and connectors for OT/IT integration.
  54. 6.4Security in communication between OT/IT systems.
  55. 6.5Design of secure remote access to naval systems.
  56. 6.6Blockchain implementation for security and traceability in naval environments.
  57. 6.7OT/IT link: communication and data transfer.
  58. 6.8Development of applications and dashboards for asset management.
  59. 6.9Asset model validation and verification tests.
  60. 6.20Case study: Modeling of assets to improve energy efficiency in a ship.
  61. 7.2Optimization of the performance of assets in naval environments.
  62. 7.2Reliability-focused maintenance strategies (RCM).
  63. 7.3Data analytics for asset performance improvement.
  64. 7.4Linking asset models with maintenance management systems.
  65. 7.5Real-time data integration for decision making.
  66. 7.6Implementation of IoT technologies for the monitoring of naval assets.
  67. 7.7Development of risk mitigation strategies.
  68. 7.8Automation of processes and workflows.
  69. 7.9Continuous improvement and adaptation to new technologies.
  70. 7.20Case study: Optimization of maintenance in a fleet through OT/IT linkage.
  71. 8.2Asset modeling with focus on resilience.
  72. 8.2Design of OT/IT systems cyberseguros.
  73. 8.3Artificial intelligence integration for advanced threat detection.
  74. 8.4Development of security incident response plans.
  75. 8.5Secure fusion OT/IT: Implementation of protection mechanisms.
  76. 8.6Zero Trust architecture design for naval environments.
  77. 8.7Asset modeling for simulation and scenario analysis.
  78. 8.8Predictive cybersecurity and forensic analysis.
  79. 8.9Certifications and security standards for naval environments.
  80. 8.20Final project: Design and implementation of an advanced asset modeling solution and secure fusion OT/IT.
  1. 3.3Identification and evaluation of OT/IT assets
  2. 3.2Analysis of vulnerabilities and risks in OT/IT assets
  3. 3.3Design of OT/IT Unified Asset Models
  4. 3.4Implementation of integrated security architectures
  5. 3.5OT/IT Asset Security Monitoring and Management
  6. 3.6Data analysis and security reports OT/IT
  7. 3.7Integration with Security Management Systems (SIEM)
  8. 3.8Conformity assessment and regulatory compliance
  9. 3.9Incident response and disaster recovery
  10. 3.30Continuous improvement and optimization of OT/IT security
  1. 4.4Fundamentals of asset optimization in OT/IT environments
  2. 4.2OT/IT Convergence Strategies: Systems Unification
  3. 4.3Data analysis for asset optimization
  4. 4.4Cybersecurity and asset protection in convergence
  5. 4.5Implementation of IoT technologies for asset monitoring
  6. 4.6Asset Management Systems Integration (AMS)
  7. 4.7Automation and control in converging OT/IT environments
  8. 4.8Continuous improvement and optimization of asset performance
  9. 4.9Asset life cycle management
  10. 4.40Case studies: implementation and results in the naval industry
  1. 5.5Fundamentals of Naval Cybersecurity and OT/IT
  2. 5.5Asset modeling: identification and classification in naval environments
  3. 5.3Secure connections: design and implementation in naval OT/IT networks
  4. 5.4Authentication and authorization strategies in naval systems
  5. 5.5Managing vulnerabilities and patches in naval assets
  6. 5.6OT/IT infrastructure threat monitoring and detection
  7. 5.7Security policies and regulatory compliance in the naval sector
  8. 5.8Asset modeling tools and technologies for naval environments
  9. 5.9OT/IT System Integration: Challenges and Solutions in the Naval Context
  10. 5.50Risk analysis and incident response plans in naval cybersecurity
  1. 6.6Identification and classification of assets in OT/IT environments.
  2. 6.2Secure communication protocols: Selection and implementation.
  3. 6.3Design of secure network architectures for OT/IT.
  4. 6.4Implementation of firewalls and intrusion detection systems.
  5. 6.5Access management and identity control in OT/IT environments.
  6. 6.6Cybersecurity in embedded devices and systems.
  7. 6.7Monitoring and analysis of logs for threat detection.
  8. 6.8Response to incidents and business continuity plans.
  9. 6.9Penetration tests and vulnerability assessments.
  10. 6.60Regulatory compliance and safety standards.
  11. 2.6Strategic planning for OT/IT integration.
  12. 2.2Alignment of business objectives with the OT/IT infrastructure.
  13. 2.3Selection of appropriate technologies and platforms.
  14. 2.4Development of a roadmap for implementation.
  15. 2.5Change management and staff training.
  16. 2.6Implementation of data models and integration schemes.
  17. 2.7Integration of monitoring and control systems.
  18. 2.8Automation of processes and workflows.
  19. 2.9Project management and progress monitoring.
  20. 2.60Risk assessment and impact mitigation.
  21. 3.6Collection and analysis of OT/IT asset data.
  22. 3.2Data modeling and creation of visual representations.
  23. 3.3Analysis of vulnerabilities and security risks.
  24. 3.4Unification of data from multiple sources.
  25. 3.5Implementation of Business Intelligence solutions.
  26. 3.6Development of custom reports and dashboards.
  27. 3.7Analysis of trends and behavior patterns.
  28. 3.8Identification of opportunities for improvement and optimization.
  29. 3.9Collaboration and effective communication between teams.
  30. 3.60Data-based decision making.
  31. 4.6Optimization of performance of OT/IT assets.
  32. 4.2Implementation of predictive maintenance strategies.
  33. 4.3Automation of tasks and processes.
  34. 4.4Integration of control and monitoring systems.
  35. 4.5Implementation of industrial IoT technologies.
  36. 4.6Convergence of OT/IT networks.
  37. 4.7Energy management and operational efficiency.
  38. 4.8Cost analysis and budget optimization.
  39. 4.9Continuous improvement and adaptation to change.
  40. 4.60Measurement and monitoring of results.
  41. 5.6Design and development of complex asset models.
  42. 5.2Integration of models with simulation and analysis systems.
  43. 5.3Synergy between OT/IT for process optimization.
  44. 5.4Implementation of digital twin technologies.
  45. 5.5Advanced data analysis and machine learning.
  46. 5.6Data-based asset management optimization.
  47. 5.7Development of customized solutions for the industry.
  48. 5.8Multidisciplinary collaboration in complex projects.
  49. 5.9Asset life cycle management.
  50. 5.60Innovation and development of new solutions.
  51. 6.6Creation and management of asset models.
  52. 6.2Implementation of interfaces and connections between OT/IT systems.
  53. 6.3Data integration and information flow.
  54. 6.4Design of custom integration solutions.
  55. 6.5Requirements analysis and design of link architectures.
  56. 6.6Implementation of APIs and communication protocols.
  57. 6.7Development of integration tools.
  58. 6.8Testing and validation of integration.
  59. 6.9Asset model lifecycle management.
  60. 6.60Documentation and training.
  61. 7.6Optimization of performance of OT/IT assets.
  62. 7.2Implementation of predictive maintenance strategies.
  63. 7.3Automation of tasks and processes.
  64. 7.4Integration of control and monitoring systems.
  65. 7.5Implementation of industrial IoT technologies.
  66. 7.6Linking of data and systems for decision making.
  67. 7.7Data analysis and reporting.
  68. 7.8Continuous improvement and adaptation to change.
  69. 7.9Measurement and monitoring of results.
  70. 7.60Integration with asset management systems (EAM/CMMS).
  71. 8.6Advanced modeling of assets and complex systems.
  72. 8.2Implementation of advanced cybersecurity strategies.
  73. 8.3Secure fusion of data and OT/IT systems.
  74. 8.4Design of highly secure network architectures.
  75. 8.5Implementation of state-of-the-art firewalls and intrusion detection systems.
  76. 8.6Access management and control of sophisticated identity.
  77. 8.7Risk analysis and advanced threat mitigation.
  78. 8.8Implementation of security solutions based on artificial intelligence.
  79. 8.9Regulatory compliance and rigorous safety standards.
  80. 8.60Development of sophisticated incident response plans.
  1. 7.7Introduction to Cybersecurity in OT/IT Naval Environments
  2. 7.2Secure communication protocols in naval systems
  3. 7.3Identification and modeling of naval critical assets
  4. 7.4Authentication and authorization strategies in Naval OT/IT
  5. 7.7Implementation of firewalls and intrusion detection systems
  6. 7.6Vulnerability management in naval systems
  7. 7.7Cybersecurity in naval wireless networks
  8. 7.8Risk Analysis and Impact Assessment in Naval OT/IT
  9. 7.9Incident response and disaster recovery in naval environments
  10. 7.70Regulatory compliance and naval cybersecurity standards
  1. 8.8Identification and classification of naval assets.
  2. 8.8Secure communication protocols in OT/IT environments.
  3. 8.3Secure network design and segmentation.
  4. 8.4Cybersecurity in naval industrial control systems.
  5. 8.5Implementation of firewalls and intrusion detection systems.
  6. 8.6Monitoring and management of security events.
  7. 8.7Risk and vulnerability assessment.
  8. 8.8Authentication and authorization in naval systems.
  9. 8.8Business continuity planning and incident response.
  10. 8.80Regulatory compliance and best security practices.
  11. 8.8Strategies for the implementation of asset models in Naval OT/IT.
  12. 8.8OT/IT System Integration: Challenges and Solutions.
  13. 8.3Data management and interoperability.
  14. 8.4Design of convergent system architectures.
  15. 8.5Change management and governance.
  16. 8.6Implementation of asset management platforms.
  17. 8.7Process automation and workflow.
  18. 8.8OT/IT Cybersecurity Implementation
  19. 8.8Integration with information management systems.
  20. 8.80Case study of successful implementation.
  21. 3.8Collection and preparation of asset data.
  22. 3.8Data analysis with advanced tools.
  23. 3.3Integration and unification of disparate data sources.
  24. 3.4Creation of dashboards and reports for decision making.
  25. 3.5Data visualization and predictive analysis.
  26. 3.6Data modeling and trend analysis.
  27. 3.7Artificial intelligence and machine learning in asset analysis.
  28. 3.8Analysis of risks and opportunities.
  29. 3.8Optimization of decision making.
  30. 3.80Case studies and best practices in data analysis.
  31. 4.8Optimization of performance of naval assets.
  32. 4.8OT/IT systems convergence strategies.
  33. 4.3Automation of processes and workflows.
  34. 4.4Optimization of energy efficiency.
  35. 4.5Implementation of IoT and IIoT technologies.
  36. 4.6Asset life cycle management.
  37. 4.7Root cause analysis.
  38. 4.8Continuous improvement and quality management.
  39. 4.8Implementation of asset management systems.
  40. 4.80Case studies of optimization and convergence.
  41. 5.8Advanced asset modeling in the naval environment.
  42. 5.8OT/IT Synergy: How to create value.
  43. 5.3Simulation and modeling strategies.
  44. 5.4Optimization of performance and efficiency.
  45. 5.5Data-based decision making.
  46. 5.6System integration and risk analysis.
  47. 5.7Continuous improvement.
  48. 5.8Change management.
  49. 5.8Analysis of profitability and return on investment.
  50. 5.80Implementation of advanced models and synergy.
  51. 6.8Link of OT/IT systems for greater efficiency.
  52. 6.8Specialized modeling of naval assets.
  53. 6.3Design of custom solutions.
  54. 6.4Data analysis and informed decision making.
  55. 6.5Integration of control and management systems.
  56. 6.6Performance optimization.
  57. 6.7Asset life cycle management.
  58. 6.8Risk analysis and regulatory compliance.
  59. 6.8Implementation of specialized solutions.
  60. 6.80Case studies and practical examples.
  61. 7.8Linking asset models with OT/IT systems.
  62. 7.8Optimization of operational efficiency.
  63. 7.3Data analysis and performance.
  64. 7.4Design of asset management strategies.
  65. 7.5Integration of monitoring and control systems.
  66. 7.6Implementation of data-driven solutions.
  67. 7.7Optimization of costs and the life cycle of assets.
  68. 7.8Regulatory compliance and risk management.
  69. 7.8Study of success cases in optimization and linking.
  70. 7.80Practices and best practices.
  71. 8.8Implementation of advanced security strategies.
  72. 8.8Protection of OT/IT systems and networks.
  73. 8.3Advanced modeling of naval assets.
  74. 8.4Secure data and systems merge.
  75. 8.5Integration of cybersecurity technologies.
  76. 8.6Incident response and recovery.
  77. 8.7Regulatory compliance and risk management.
  78. 8.8Design and implementation of integrated security systems.
  79. 8.8Continuous assessment of vulnerabilities.
  80. 8.80Case studies and practical examples.
  1. 9.9Introduction to asset models in naval environments and their importance
  2. 9.9Identification and categorization of assets: boats, systems, infrastructures
  3. 9.3Fundamentals of the OT/IT secure connection: cybersecurity in naval environments
  4. 9.4Secure communication protocols: TCP/IP, OPC UA, MQTT in practice
  5. 9.5Secure network design: segmentation, firewalls, DMZ in naval environments
  6. 9.6Implementation of security policies: access, authentication, authorization
  7. 9.7Threat Detection and Monitoring Tools: SIEM, IDS/IPS
  8. 9.8Case Studies: Vulnerabilities and Best Practices in the Naval OT/IT Connection
  9. 9.9Selection of asset models: criteria and methodologies
  10. 9.9Planning and implementation of asset models
  11. 9.3OT/IT Integration Strategies: Challenges and Solutions
  12. 9.4Change Management: Planning and Execution in Implementation
  13. 9.5Asset Data Integration: Fonts and Formats
  14. 9.6Asset management automation: tools and platforms
  15. 9.7Risk analysis in implementation and mitigation
  16. 9.8Case Studies: Successful Implementation in Naval Environments
  17. 3.9Asset data collection and analysis: sources and methodologies
  18. 3.9Data quality assessment: Cleaning and validation
  19. 3.3OT/IT data unification: standardization and standardization
  20. 3.4Data Analysis Tools: Dashboards, Reports, Visualizations
  21. 3.5KPIs Identification: Performance, Availability, Costs
  22. 3.6Trend and pattern analysis: Anomaly detection
  23. 3.7Integration of artificial intelligence and machine learning
  24. 3.8Case studies: comprehensive analysis and unification in practice
  25. 4.9Asset Performance Assessment: Key Indicators
  26. 4.9Asset Configuration Optimization
  27. 4.3OT/IT Convergence Strategies: Interoperability and Efficiency
  28. 4.4Implementation of automation and control solutions
  29. 4.5Remote Asset Monitoring and Control: SCADA and DCS Systems
  30. 4.6Energy management and operational efficiency
  31. 4.7Continuous improvement: feedback cycles and analysis
  32. 4.8Case studies: optimization and convergence in naval environments
  33. 5.9Asset Modeling: Advanced Techniques and Tools
  34. 5.9Creating Dynamic Models: Simulation and Predictive Analysis
  35. 5.3OT/IT Synergy: Collaboration and Effective Communication
  36. 5.4Real-time data integration: platforms and technologies
  37. 5.5Data-based decision making: custom dashboards
  38. 5.6Analysis of risks and opportunities
  39. 5.7Asset life cycle management
  40. 5.8Case studies: modeling and synergy in practice
  41. 6.9OT/IT Link Strategies: Methodologies and Best Practices
  42. 6.9Integration of disparate systems: protocols and standards
  43. 6.3Interface design: usability and user experience
  44. 6.4Development of software and middleware solutions
  45. 6.5Testing and validation of links: quality guarantee
  46. 6.6Configuration and change management
  47. 6.7Documentation and training of staff
  48. 6.8Case Studies: Specialization in OT/IT Link
  49. 7.9Selection of assets to be optimized: criteria and methodologies
  50. 7.9Linking asset models with OT/IT: integration and alignment
  51. 7.3Implementation of optimization strategies
  52. 7.4Performance monitoring and evaluation
  53. 7.5Change management and continuous improvement
  54. 7.6Data integration and predictive analysis
  55. 7.7Operational efficiency optimization
  56. 7.8Case Studies: Optimization and Linking in Naval Environments
  57. 8.9Advanced Asset Modeling: Techniques and Tools
  58. 8.9Implementation of simulation and analysis models
  59. 8.3Secure Fusion OT/IT: Advanced Cybersecurity
  60. 8.4Data protection and privacy
  61. 8.5Incident management and emergency response
  62. 8.6Emerging Technologies Integration: IoT, Artificial Intelligence
  63. 8.7Risk and uncertainty management
  64. 8.8Case Studies: Advanced Modeling and Safe Fusion in Practice
  65. 9.9OT/IT Integration Strategies: Methodologies and Best Practices
  66. 9.9Implementation of convergence solutions
  67. 9.3Design of interfaces and control systems
  68. 9.4Software and middleware development
  69. 9.5Integration testing and validation
  70. 9.6Change management and continuous improvement
  71. 9.7Emerging Technologies Integration
  72. 9.8Analysis of practical cases and best practices
  73. 9.9Case studies: integration and convergence in naval environments
  74. 9.90Future of OT/IT integration
  1. 1.1Fundamentals of OT/IT integration: modeling and security
  2. 1.2Cybersecurity in naval OT/IT environments
  3. 1.3Naval Asset Modeling: Identification and Classification
  4. 1.4Design of a secure OT/IT infrastructure
  5. 1.5Secure communication protocols for naval systems
  6. 1.6Implementation of firewalls and intrusion detection systems
  7. 1.7Monitoring and management of security events in OT/IT
  8. 1.8Penetration tests and vulnerability assessment
  9. 1.9Security Incident Response Plan
  10. 1.10Case study: Safe OT/IT integration on a warship
Methodology, software & labs

How you'll learn

  • Hands-on methodology: Test-before-you-trust, Design Reviews, Failure Analysis, Compliance Evidence.
  • Software (according to licenses/partners): MATLAB/Simulink, Python (numpy/scipy), OpenVSP, SU2/OpenFOAM, Nastran/Abaqus, AMESim/Modelica, acoustic tools, DO-178C planning toolchains.
  • SEIUM Laboratories: Scale Rotor Bank, Vibrations/Acoustics, EMC/Lightning Pre-Compliance, HIL/SIL for AFCS, Data Acquisition with Strain Gauging.
  • Standards and Compliance: EN 9100, 17025, ISO 27001, GDPR.
Laboratorios acreditables(EN ISO/IEC 17025) with Rotor bench, EMC/Lightning Pre-Compliance, HIL/SIL, Vibrations/Acoustics.
TFM orientado a evidencia:Safety case, PLAN TEST, Compliance Dossier And operating limits.
Mentorado por industria:Faculty with experience in THE FORMATION, , EVTOL/UAM and flight test.
Modalidad flexible(hybrid/online), International cohorts And support of SEIUM Career Services.
Ethics and security:Focus safety-by-design, cyber-OT, i said and fulfillment as pillars.
Career opportunities

Where this takes you

**Asset Modeling Specialist** (Modelado de Activos, OT/IT)**Asset Modeling and OT/IT Integration Specialist** (Modelado de Activos, Integración OT/IT)**Asset Modeling and OT/IT Integration Specialist** (Modelado de Activos, Integración OT/IT)**Asset Modeling and OT/IT Integration Professional** (Modelado de Activos, Integración OT/IT)**Asset Model and OT/IT Integration Specialist** (Modelado de Activos, Integración OT/IT)**Asset Model and OT/IT Integration Specialist** (Modelado de Activos, Integración OT/IT)
Admissions & scholarships

Requirements

  • Profile: Training in Computer Engineering, Mathematics, Statistics or Related Fields; Practical experience in NLP and valued information retrieval systems.
  • Documentation: Updated CV, Academic Record, SOP/purpose Test, Examples of Projects or Code (optional).
  • Process: Application → Technical Evaluation of profile and experience → Technical Interview → Review of Practical Cases → Final Decision → Registration.
  • RATES:
    • Single Payment: 10% Discount.
    • Payment in 3 Installments: No Commissions; 30% to registration + 2 equal monthly payments of the maintenance 35%.
    • Monthly Payment: Available with Commission of 7% of the total; Annual Review.
  • Scholarships: for academic merit, economic situation and promotion of inclusion; agreements with companies in the sector for partial or total scholarships.
Consultation “Calendar & Calls”, “Scholarships & Grants” Y “Rates & Financing” In the mega-menu SEIUM

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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 STUDY CASE.

It is not mandatory. We offer Leveling tracks And tutoring

Totally. IT Covers e-Propulsion, Integration and Emerging Regulations (SC-VTOL).

RECOMMENDED. There's also Internal Challenges and Consortiums.

Yes. Modality Online/Hybrid with Planned Laboratories and Visa Support (see “Visa & Residence”).

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SEIUM – Institute of Advanced Engineering
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