The ICTQual AB Level 6 International Diploma in Marine & Naval Engineering is a comprehensive programme designed to equip learners with advanced technical knowledge, practical skills, and industry-relevant expertise in the maritime and naval engineering sectors. Ideal for both freshers seeking a strong foundation and professionals aiming to accelerate their careers, this diploma provides learners with the tools needed to excel in ship design, naval architecture, marine systems, and vessel operations.
Spanning three years with a 360-credit structure, the programme offers a progressive learning experience, covering foundational, intermediate, and advanced topics in marine engineering. Learners gain in-depth understanding of ship propulsion systems, marine machinery, naval architecture, marine electronics, environmental compliance, safety regulations, and project management. The curriculum is structured to develop problem-solving, analytical thinking, and decision-making skills, enabling learners to manage complex engineering projects in both commercial and defence maritime contexts.
Graduates of this programme are prepared for a variety of career opportunities, including roles such as Marine Engineer, Naval Architect, Ship Designer, Marine Systems Specialist, Offshore Operations Engineer, and Maritime Project Manager. Learners acquire the expertise to optimise vessel performance, implement innovative engineering solutions, ensure safety compliance, and contribute to sustainable maritime operations.
Completing the ICTQual AB Level 6 International Diploma in Marine & Naval Engineering empowers learners to enhance professional credibility, develop specialised technical competencies, and pursue leadership roles in the global maritime industry. Whether aspiring to join established shipping companies, defence organisations, or offshore engineering projects, learners gain the strategic insight and hands-on skills necessary to succeed in this dynamic and evolving sector.
Inspire College of Technologies UK is Directly Approved Training Centre of ICTQual AB
The ICTQual AB Level 6 International Diploma in Marine & Naval Engineering is a globally recognised programme designed to equip learners with advanced technical knowledge, practical skills, and industry-ready expertise in marine and naval engineering. Spanning three years with a 360-credit structure, this diploma provides a structured learning pathway, progressing from foundational principles to advanced engineering and leadership practices within the maritime sector.
Learners develop in-depth understanding of ship design, naval architecture, marine propulsion systems, vessel operations, marine electronics, offshore engineering, and environmental and safety compliance. The curriculum also covers project management, digital tools, and innovative technologies, enabling learners to manage complex maritime projects efficiently. This combination ensures graduates are highly skilled, analytical, and capable of addressing challenges in both commercial and defence maritime contexts.
The programme is ideal for freshers aspiring to start a career in marine engineering or naval architecture, as well as professionals seeking to advance their expertise for leadership and technical roles in the maritime industry. Graduates are prepared for careers as Marine Engineers, Naval Architects, Ship Designers, Offshore Operations Engineers, Marine Systems Specialists, or Maritime Project Managers in local and international settings.
By completing this diploma, learners gain practical skills, professional credibility, and strategic insight required to optimise vessel performance, implement innovative engineering solutions, and contribute to sustainable maritime operations. The ICTQual AB Level 6 International Diploma in Marine & Naval Engineering empowers learners to pursue advanced career opportunities, lead engineering projects, and achieve professional growth in the dynamic global maritime sector.
This qualification, the ICTQual AB Level 6 International Diploma in Marine & Naval Engineering, consists of 36 mandatory units.
Year 1 – Foundation in Marine & Naval Engineering
- Principles of Marine and Naval Engineering
- Engineering Mathematics
- Fundamentals of Mechanical and Electrical Engineering
- Materials Science and Engineering
- Engineering Drawing and Computer-Aided Design (CAD)
- Introduction to Fluid Mechanics and Hydrodynamics
- Basics of Marine Propulsion Systems
- Naval Architecture – Fundamentals
- Marine Structures and Ship Construction
- Health, Safety, and Environmental Practices in Maritime Engineering
- Communication and Technical Report Writing
- Introduction to Project Management in Engineering
Year 2 – Intermediate Studies in Marine & Naval Engineering
- Marine Hydrodynamics and Stability
- Marine Propulsion and Power Systems
- Structural Analysis and Ship Design
- Offshore and Coastal Engineering – Fundamentals
- Marine Electrical and Control Systems
- Materials and Corrosion in Marine Environments
- Marine Maintenance and Reliability Engineering
- Computational Methods in Naval Architecture
- Sustainable Maritime Engineering and Green Technologies
- Applied Research Methods in Marine Engineering
- Port and Harbour Engineering – Basics
- Project Planning and Marine Operations Management
Year 3 – Advanced Studies in Marine & Naval Engineering
- Advanced Ship Design and Modelling
- Advanced Propulsion and Power Plant Systems
- Offshore Structures and Subsea Engineering
- Advanced Hydrodynamics and Computational Fluid Dynamics (CFD)
- Naval Defence Systems and Military Applications
- Smart Marine Technologies and Industry 4.0
- Robotics and Autonomous Systems in Maritime Engineering
- Cyber-Physical Systems and IoT in Marine Engineering
- Professional Ethics and Sustainability in Marine & Naval Engineering
- Innovation and Entrepreneurship in Marine Technology
- Infrastructure and Facility Planning for Maritime Systems
- Final Year Major Project (Capstone Project)
The ICTQual AB Level 6 International Diploma in Marine & Naval Engineering is designed for learners aiming to build a strong foundation or advance their careers in the maritime and naval engineering sectors.
- Aspiring Marine and Naval Engineering Professionals
- Freshers looking to enter the maritime, shipbuilding, or offshore engineering industries
- Learners seeking comprehensive technical knowledge in naval architecture, ship systems, and marine operations
- Individuals targeting technical or operational roles in shipping companies, shipyards, or offshore projects
- Engineering Graduates and Career Advancers
- Professionals in marine, naval, or mechanical engineering seeking to enhance technical expertise
- Learners aspiring to leadership, project management, or specialised engineering positions
- Individuals aiming to develop skills in marine propulsion, vessel operations, and offshore systems
- Global and International Career Seekers
- Learners targeting international maritime organisations, shipping firms, and defence naval projects
- Professionals seeking globally recognised credentials to improve employability and professional credibility
- Individuals interested in sustainable and technology-driven practices in marine and naval engineering
- Project Managers and Technical Leaders in Maritime Engineering
- Learners preparing for leadership roles in ship design, vessel operations, or offshore engineering projects
- Professionals aiming to develop strategic planning, analytical, and problem-solving skills for complex projects
- Individuals seeking to lead safe, efficient, and innovative maritime operations
Here are the learning outcomes for each study unit:
Year 1 – Foundation in Marine & Naval Engineering
1. Principles of Marine and Naval Engineering
- Understand fundamental concepts of marine and naval engineering
- Analyse the roles and responsibilities of marine engineers and naval architects
- Apply core engineering principles to maritime operations
2. Engineering Mathematics
- Apply mathematical techniques to solve complex engineering problems
- Develop analytical and quantitative skills relevant to marine engineering
- Use mathematical models in hydrodynamics, propulsion, and structural analysis
3. Fundamentals of Mechanical and Electrical Engineering
- Understand mechanical and electrical engineering principles in marine systems
- Analyse machinery performance and electrical systems on vessels
- Apply engineering concepts to maintain and optimise maritime operations
4. Materials Science and Engineering
- Examine properties and behaviour of metals and materials in marine environments
- Apply materials science principles to shipbuilding and marine systems
- Assess material performance under operational and environmental stresses
5. Engineering Drawing and Computer-Aided Design (CAD)
- Develop technical drawing and CAD skills for ship and marine system design
- Produce detailed engineering plans for marine structures and equipment
- Utilise CAD tools to visualise and optimise maritime engineering designs
6. Introduction to Fluid Mechanics and Hydrodynamics
- Understand fluid mechanics principles applied to marine engineering
- Analyse hydrodynamic forces acting on vessels and offshore structures
- Apply hydrodynamic concepts to design and operational decision-making
7. Basics of Marine Propulsion Systems
- Understand the principles of marine propulsion and power generation
- Analyse propulsion system performance for efficiency and safety
- Apply knowledge to optimise ship speed, fuel efficiency, and reliability
8. Naval Architecture – Fundamentals
- Understand ship design principles and stability considerations
- Analyse hull forms, buoyancy, and weight distribution
- Apply naval architecture concepts to vessel performance and safety
9. Marine Structures and Ship Construction
- Examine ship construction techniques and structural design
- Understand load-bearing structures and fatigue analysis in maritime engineering
- Apply structural knowledge to ensure safety and operational integrity
10. Health, Safety, and Environmental Practices in Maritime Engineering
- Understand maritime safety regulations and environmental compliance
- Implement risk assessment and mitigation strategies
- Promote sustainable and safe engineering practices on vessels and offshore structures
11. Communication and Technical Report Writing
- Develop professional communication and technical writing skills
- Prepare reports, documentation, and presentations for marine projects
- Communicate engineering concepts effectively within multidisciplinary teams
12. Introduction to Project Management in Engineering
- Understand project management principles in marine engineering contexts
- Plan, execute, and monitor maritime engineering projects
- Apply tools and techniques for efficient project delivery
Year 2 – Intermediate Studies in Marine & Naval Engineering
13. Marine Hydrodynamics and Stability
- Analyse ship stability and behaviour in various sea conditions
- Apply hydrodynamic principles to vessel performance and safety
- Evaluate factors affecting stability during operations
14. Marine Propulsion and Power Systems
- Understand advanced propulsion technologies and power plant operations
- Analyse system efficiency and performance for marine vessels
- Optimise propulsion systems for fuel efficiency and operational reliability
15. Structural Analysis and Ship Design
- Apply structural analysis methods to ship design and construction
- Evaluate hull strength, load distribution, and stress factors
- Use design principles to enhance safety and performance
16. Offshore and Coastal Engineering – Fundamentals
- Understand engineering principles for offshore structures and coastal projects
- Analyse environmental and operational challenges in offshore engineering
- Apply foundational techniques for the design and maintenance of offshore systems
17. Marine Electrical and Control Systems
- Analyse marine electrical systems, automation, and control processes
- Apply electrical engineering principles to enhance vessel operations
- Ensure safe and reliable functioning of electrical and control systems
18. Materials and Corrosion in Marine Environments
- Understand corrosion mechanisms affecting marine structures
- Apply material selection and protective measures in marine engineering
- Enhance durability and longevity of vessels and offshore installations
19. Marine Maintenance and Reliability Engineering
- Implement maintenance strategies for marine and naval systems
- Analyse reliability and performance metrics of vessels and equipment
- Apply preventative and predictive maintenance techniques
20. Computational Methods in Naval Architecture
- Use computational tools for ship design and performance analysis
- Apply simulation and modelling techniques to optimise vessel operations
- Evaluate design decisions using advanced computational methods
21. Sustainable Maritime Engineering and Green Technologies
- Implement environmentally sustainable practices in marine engineering
- Analyse green technologies and energy-efficient solutions for vessels
- Promote sustainable operations within the maritime industry
22. Applied Research Methods in Marine Engineering
- Conduct applied research in marine and naval engineering contexts
- Analyse data and generate actionable insights for engineering projects
- Apply research findings to improve operational and design outcomes
23. Port and Harbour Engineering – Basics
- Understand port and harbour infrastructure design and operations
- Analyse coastal and maritime logistics for safe navigation
- Apply engineering principles to optimise harbour and port efficiency
24. Project Planning and Marine Operations Management
- Develop comprehensive project plans for marine engineering operations
- Apply operational management techniques for efficiency and safety
- Ensure compliance with regulatory and environmental standards
Year 3 – Advanced Studies in Marine & Naval Engineering
25. Advanced Ship Design and Modelling
- Apply advanced ship design principles for complex vessels
- Use modelling techniques to simulate performance and stability
- Optimise ship design for operational efficiency and safety
26. Advanced Propulsion and Power Plant Systems
- Analyse advanced propulsion technologies and energy systems
- Implement optimisation strategies for fuel efficiency and performance
- Integrate power plant management into vessel operations
27. Offshore Structures and Subsea Engineering
- Design and evaluate offshore platforms and subsea installations
- Analyse environmental and operational challenges in deepwater engineering
- Apply safety and reliability principles to offshore systems
28. Advanced Hydrodynamics and Computational Fluid Dynamics (CFD)
- Use CFD to analyse fluid flow around marine structures
- Apply hydrodynamic simulations to optimise vessel performance
- Evaluate environmental and operational impacts using computational tools
29. Naval Defence Systems and Military Applications
- Understand naval defence engineering principles and military vessel systems
- Analyse design, propulsion, and weapon systems for defence applications
- Apply specialised engineering knowledge for military maritime projects
30. Smart Marine Technologies and Industry 4.0
- Integrate digital technologies and smart systems in marine operations
- Apply Industry 4.0 concepts for automation, monitoring, and optimisation
- Enhance operational efficiency and safety through technological innovation
31. Robotics and Autonomous Systems in Maritime Engineering
- Implement robotic and autonomous solutions in maritime engineering
- Apply automation to improve operational precision and safety
- Evaluate the impact of autonomous systems on efficiency and innovation
32. Cyber-Physical Systems and IoT in Marine Engineering
- Understand cyber-physical integration in vessel operations and monitoring
- Apply IoT technologies for real-time data collection and analysis
- Optimise engineering decisions through smart monitoring and control systems
33. Professional Ethics and Sustainability in Marine & Naval Engineering
- Apply ethical principles to maritime engineering practices
- Promote sustainable engineering solutions in shipbuilding and offshore projects
- Develop responsible leadership and decision-making in professional contexts
34. Innovation and Entrepreneurship in Marine Technology
- Identify opportunities for innovation in marine and naval engineering
- Apply entrepreneurial skills to maritime projects and start-ups
- Develop strategies for technological advancement and commercial growth
35. Infrastructure and Facility Planning for Maritime Systems
- Plan and design maritime infrastructure and facility layouts
- Optimise operational workflows and resource allocation
- Integrate safety, environmental, and efficiency considerations in planning
36. Final Year Major Project (Capstone Project)
- Integrate knowledge and skills from all units into a comprehensive project
- Solve real-world marine and naval engineering challenges
- Demonstrate technical proficiency, strategic thinking, and professional competence
- Programme Completion
- Learners complete 36 mandatory study units over three years, earning a total of 360 credits.
- The curriculum spans foundational, intermediate, and advanced topics, combining technical knowledge, applied skills, and project management expertise relevant to marine and naval engineering.
- Assessment Methods
- Learners are evaluated through assignments, technical reports, case studies, simulations, and practical exercises.
- Assessments ensure learners can apply theoretical concepts to real-world marine and naval engineering challenges.
- Capstone Project
- The final stage involves a Major Project (Capstone Project) in marine or naval engineering.
- Learners integrate their knowledge to develop a comprehensive, practical solution to a complex engineering or operational problem.
- Demonstrates advanced problem-solving, analytical, and project management skills.
- Certification Award
- Upon successful completion, learners are awarded the ICTQual AB Level 6 International Diploma in Marine & Naval Engineering.
- This internationally recognised qualification validates professional expertise and prepares learners for technical, managerial, and leadership roles in the maritime and naval sectors.
- Career and Professional Benefits
- Enhances employability in ship design, naval architecture, marine systems, offshore engineering, and maritime operations.
- Equips learners for roles such as Marine Engineer, Naval Architect, Ship Designer, Offshore Operations Engineer, or Maritime Project Manager.
- Provides globally recognised credentials that support professional credibility, career progression, and leadership opportunities.
