ICTQual AB Level 5 International Diploma in Marine and Naval Engineering
The ICTQual AB Level 5 International Diploma in Marine and Naval Engineering is a comprehensive two-year programme designed to equip learners with the technical expertise and industry-relevant skills required in modern maritime engineering. Spanning 240 credits, this internationally recognised qualification offers learners a strong foundation in naval architecture, marine systems, ship design, propulsion technologies, and maritime safety, preparing them for dynamic roles in the global marine and naval sector.
This course is ideal for freshers seeking to launch a career in marine engineering as well as professionals looking to enhance their knowledge and progress in operational, technical, or supervisory roles. Learners develop practical skills in ship systems maintenance, engine performance analysis, marine electronics, and project management, ensuring they are prepared to meet the evolving demands of the maritime industry.
Completing this diploma provides learners with numerous career opportunities, including positions as marine engineers, naval systems analysts, ship design technicians, and maritime project coordinators. Beyond technical competence, the programme emphasises safety protocols, sustainability, and regulatory compliance, enabling learners to contribute effectively to operational efficiency and environmental stewardship in maritime operations.
Hands-on training through simulations, practical workshops, and project-based learning ensures learners can apply theoretical knowledge to real-world scenarios. By the end of the programme, learners gain confidence in problem-solving, system optimisation, and leadership within marine and naval engineering projects, making them highly employable in shipyards, naval institutions, offshore engineering firms, and maritime research organisations.
This diploma offers a globally recognised pathway for learners to build a professional career in marine and naval engineering while developing critical skills that align with international maritime standards and industry requirements.
Course overview
Level 5 International Diploma in Marine and Naval Engineering
To enrol in ICTQual AB Level 5 International Diploma in Marine and Naval Engineering, learner must meet the following entry requirements:
This qualification, the ICTQual AB Level 5 International Diploma in Marine and Naval Engineering, consists of 24 mandatory units.
Year 1 – Foundation and Core Knowledge
- Introduction to Marine and Naval Engineering
- Engineering Mathematics for Marine Applications
- Fundamentals of Naval Architecture
- Materials Science and Marine Engineering Applications
- Marine Propulsion Systems and Engine Fundamentals
- Engineering Drawing and Technical Communication
- Applied Physics for Marine Engineering
- Principles of Ship Design and Stability
- Health, Safety, and Sustainability in Marine Operations
- Introduction to Shipboard Electrical and Electronic Systems
- Professional and Academic Skills for Marine Engineers
- Introduction to Marine Control Systems and Automation
Year 2 – Advanced Applications and Integration
- Advanced Naval Architecture and Structural Analysis
- Marine Propulsion Technologies and Power Systems
- Ship Systems Engineering and Maintenance Practices
- Marine Hydrodynamics and Fluid Mechanics
- Advanced Marine Electronics and Avionics Applications
- Shipboard Automation and Instrumentation
- Offshore and Naval Operations Management
- Finite Element Analysis and Simulation in Marine Engineering
- Project Management for Marine Engineers
- Innovation, Research Methods, and Sustainability in Marine Engineering
- Safety Management and Risk Assessment in Marine Operations
- Final Year Marine and Naval Engineering Project (Capstone)
Learning Outcomes for the ICTQual AB Level 5 International Diploma in Marine and Naval Engineering:
Year 1 – Foundation and Core Knowledge
Introduction to Marine and Naval Engineering
- Understand the fundamental concepts of marine and naval engineering.
- Recognise the roles of naval engineers in ship design, maintenance, and operations.
- Explore global maritime industry practices and operational standards.
- Develop awareness of environmental and regulatory requirements in marine engineering.
Engineering Mathematics for Marine Applications
- Apply mathematical techniques to solve engineering problems in marine contexts.
- Analyse data and perform calculations relevant to ship design and propulsion systems.
- Use algebra, calculus, and statistics to support marine engineering decision-making.
- Develop problem-solving skills for real-world naval engineering applications.
Fundamentals of Naval Architecture
- Understand ship structures, hull forms, and design principles.
- Analyse stability, buoyancy, and load distribution in vessels.
- Evaluate the performance of different ship designs under operational conditions.
- Apply basic naval architecture concepts to practical design exercises.
Materials Science and Marine Engineering Applications
- Identify materials used in shipbuilding and marine structures.
- Understand material properties and their impact on durability and performance.
- Apply knowledge of corrosion, fatigue, and material selection in marine engineering.
- Analyse the suitability of materials for specific marine environments.
Marine Propulsion Systems and Engine Fundamentals
- Understand the principles of ship propulsion and engine operation.
- Analyse performance characteristics of marine engines and power systems.
- Apply knowledge to basic maintenance and operational practices.
- Recognise different types of propulsion systems and their applications.
Engineering Drawing and Technical Communication
- Develop technical drawing skills for marine engineering projects.
- Interpret engineering diagrams, schematics, and blueprints accurately.
- Communicate technical information clearly and professionally.
- Apply drafting standards in ship design and marine engineering documentation.
Applied Physics for Marine Engineering
- Understand the physical principles underlying marine systems.
- Apply mechanics, thermodynamics, and fluid dynamics in engineering contexts.
- Analyse forces, motion, and energy in ship structures and machinery.
- Solve practical problems using physics principles in marine engineering scenarios.
Principles of Ship Design and Stability
- Analyse ship stability, balance, and load distribution.
- Apply principles of hydrostatics and hydrodynamics to ship design.
- Evaluate operational performance of vessels under varying conditions.
- Develop solutions to maintain safety and efficiency in ship design.
Health, Safety, and Sustainability in Marine Operations
- Understand health and safety standards in maritime environments.
- Identify operational hazards and implement risk mitigation strategies.
- Promote sustainable practices in ship operations and maintenance.
- Apply regulatory compliance requirements for safe and environmentally responsible operations.
Introduction to Shipboard Electrical and Electronic Systems
- Understand basic electrical and electronic systems used in ships.
- Analyse power distribution, instrumentation, and control systems.
- Apply practical skills in maintenance and troubleshooting of marine electronics.
- Evaluate system performance and reliability in operational contexts.
Professional and Academic Skills for Marine Engineers
- Develop academic research and study skills for engineering projects.
- Enhance professional communication, teamwork, and leadership abilities.
- Apply problem-solving and critical thinking in engineering scenarios.
- Prepare for professional responsibilities and career advancement in the marine sector.
Introduction to Marine Control Systems and Automation
- Understand basic automation principles in shipboard systems.
- Analyse control mechanisms for propulsion, navigation, and safety systems.
- Apply automation tools to operational and maintenance tasks.
- Evaluate efficiency improvements through marine control system integration.
Year 2 – Advanced Applications and Integration
Advanced Naval Architecture and Structural Analysis
- Analyse complex ship structures and design frameworks.
- Apply structural engineering principles to naval architecture problems.
- Evaluate load distribution and stress factors in vessels.
- Develop solutions for performance optimisation and structural integrity.
Marine Propulsion Technologies and Power Systems
- Understand advanced propulsion methods and power generation systems.
- Analyse efficiency and performance of modern marine engines.
- Apply knowledge to optimise fuel consumption and operational performance.
- Evaluate emerging propulsion technologies for naval and commercial vessels.
Ship Systems Engineering and Maintenance Practices
- Analyse ship systems including engines, hydraulics, and auxiliary systems.
- Develop preventative maintenance plans and operational schedules.
- Apply troubleshooting techniques for system faults and failures.
- Evaluate maintenance practices for safety, efficiency, and compliance.
Marine Hydrodynamics and Fluid Mechanics
- Understand fluid dynamics as applied to ship performance.
- Analyse hydrodynamic forces affecting hull design and propulsion.
- Apply principles to optimise vessel speed, stability, and efficiency.
- Solve practical problems in water flow, drag, and wave interactions.
Advanced Marine Electronics and Avionics Applications
- Understand complex shipboard electronic and navigation systems.
- Analyse avionics and integrated marine instrumentation performance.
- Apply diagnostic and troubleshooting methods for marine electronics.
- Evaluate system reliability and safety in operational environments.
Shipboard Automation and Instrumentation
- Analyse automation systems for propulsion, navigation, and cargo management.
- Apply instrumentation techniques for monitoring vessel operations.
- Develop strategies for integrating automated systems with manual processes.
- Evaluate performance improvements through advanced automation technologies.
Offshore and Naval Operations Management
- Understand management principles for naval and offshore operations.
- Analyse operational planning, logistics, and resource allocation.
- Apply decision-making skills for efficiency, safety, and mission success.
- Evaluate operational risks and implement mitigation strategies.
Finite Element Analysis and Simulation in Marine Engineering
- Apply finite element methods to ship design and structural analysis.
- Analyse stress, strain, and deformation in vessel components.
- Use simulation tools to predict performance under operational conditions.
- Evaluate results to improve design accuracy and safety compliance.
Project Management for Marine Engineers
- Develop planning, scheduling, and budgeting skills for engineering projects.
- Apply project management methodologies to marine and naval engineering initiatives.
- Analyse risk management, quality control, and team coordination techniques.
- Evaluate project outcomes to ensure efficiency, compliance, and innovation.
Innovation, Research Methods, and Sustainability in Marine Engineering
- Develop skills in technical research and data analysis for marine projects.
- Apply innovative methods to improve engineering solutions and efficiency.
- Analyse sustainable practices in shipbuilding and maritime operations.
- Evaluate environmental and economic impacts of engineering decisions.
Safety Management and Risk Assessment in Marine Operations
- Understand advanced safety regulations and standards for marine engineering.
- Analyse hazards and risks associated with ship operations and maintenance.
- Apply safety management systems to operational and project contexts.
- Develop strategies for mitigating operational and environmental risks.
Final Year Marine and Naval Engineering Project (Capstone)
- Integrate knowledge from all units to solve a practical engineering problem.
- Apply project management, research, and technical skills in real-world scenarios.
- Develop innovative solutions to challenges in marine and naval engineering.
- Present findings and recommendations professionally, demonstrating competence and readiness for industry roles.
The ICTQual AB Level 5 International Diploma in Marine and Naval Engineering equips learners with the practical skills, technical knowledge, and professional expertise required to advance their careers in the global maritime and naval sector. Graduates of this programme are well-prepared to take on operational, supervisory, and specialised roles in shipyards, naval organisations, offshore engineering projects, and maritime research institutions. The course ensures that learners can progress into diverse technical, managerial, and project-based positions, aligning with international industry standards and operational practices.
Technical and Operational Roles
- Work as marine engineers, ensuring ship systems, engines, and propulsion units operate efficiently.
- Engage in ship maintenance, troubleshooting, and repair of onboard mechanical and electrical systems.
- Participate in offshore engineering operations, including oil rigs, naval support vessels, and maritime installations.
- Monitor and optimise vessel performance through practical application of marine engineering principles.
- Implement and maintain advanced shipboard automation and control systems.
- Conduct safety inspections and enforce operational compliance in maritime environments.
- Support technical teams in design, retrofitting, and maintenance projects.
Naval and Offshore Project Management
- Plan, schedule, and manage marine engineering projects from initiation to completion.
- Coordinate teams and resources for shipbuilding, retrofitting, and offshore operations.
- Apply risk assessment, quality control, and sustainability strategies in maritime projects.
- Analyse project performance and implement continuous improvement practices.
- Ensure regulatory compliance in international and regional maritime operations.
- Prepare and manage technical documentation, reports, and operational records.
- Lead small-scale project initiatives in naval and offshore settings.
Research, Innovation, and Sustainability Roles
- Contribute to maritime research projects in ship design, propulsion, and automation systems.
- Apply innovative engineering solutions to improve efficiency and reduce operational costs.
- Evaluate and implement sustainable practices in ship operations and naval engineering projects.
- Analyse environmental impacts and promote energy-efficient maritime solutions.
- Participate in feasibility studies and applied research in naval technologies.
- Support innovation initiatives in offshore and shipyard engineering projects.
- Collaborate with multidisciplinary teams on sustainability-driven maritime solutions.
Specialised and Technical Advisory Roles
- Provide technical guidance on marine propulsion, hydrodynamics, and ship stability.
- Advise on integration of advanced avionics, navigation, and control systems.
- Conduct performance assessments and optimisation studies for vessels and offshore platforms.
- Support regulatory compliance and operational audits in marine projects.
- Analyse complex engineering problems and propose practical, cost-effective solutions.
- Mentor junior engineers or trainees within maritime organisations.
- Assist in planning, procurement, and commissioning of shipboard systems and equipment.
To successfully deliver the ICTQual AB Level 5 International Diploma in Marine and Naval Engineering, centres must meet comprehensive standards that ensure learners receive high-quality education and practical training. Centres play a crucial role in providing the necessary facilities, qualified staff, resources, and support systems that enable learners to develop the technical, analytical, and professional skills required in marine and naval engineering. The following detailed requirements guide centres in maintaining excellence and alignment with international standards.
Approved Training Facilities
- Centres must provide fully equipped classrooms suitable for theoretical learning and practical demonstrations.
- Laboratory spaces should include marine engineering simulators, propulsion systems, and electrical/electronic testing equipment.
- Workshop areas must support hands-on training in ship systems, engine maintenance, and automation technologies.
- Centres should maintain safety standards in all facilities, ensuring a secure learning environment.
- Access to computer labs with engineering software for CAD, CAM, and simulation is required.
- Digital resources and e-learning platforms must be available to support blended learning approaches.
- Centres should have sufficient space for group projects, practical exercises, and capstone project development.
Qualified Teaching Staff
- Centres must employ instructors with verified qualifications in marine, naval, or mechanical engineering.
- Trainers should have practical experience in shipbuilding, propulsion systems, or naval operations.
- Continuous professional development is required to ensure trainers remain updated with industry trends.
- Staff must be capable of delivering both theoretical knowledge and practical skill development.
- Centres should provide mentorship and guidance for learners during projects and assessments.
- Teaching staff should be familiar with international maritime standards and regulatory compliance.
- Centres must maintain appropriate staff-to-learner ratios to ensure effective learning outcomes.
Learning Resources and Equipment
- Centres must provide access to up-to-date marine engineering textbooks, technical manuals, and research publications.
- Simulation tools for propulsion, ship stability, and hydrodynamics are required for practical exercises.
- Centres should maintain functioning shipboard electrical and automation systems for training purposes.
- Adequate safety equipment must be available for all practical sessions and workshops.
- Centres should ensure access to software for CAD, CAM, and engineering analysis.
- Reference materials for regulatory frameworks, environmental standards, and safety protocols must be provided.
- Digital tools for project management, documentation, and collaborative learning should be accessible to learners.
Assessment and Quality Assurance
- Centres must implement robust assessment procedures, including assignments, projects, practical exercises, and capstone evaluations.
- Continuous monitoring and feedback systems should support learner progression and competence development.
- Centres must maintain records of learner performance, project outcomes, and assessment evidence.
- Internal quality assurance measures must be in place to ensure consistency and fairness in grading.
- Centres should comply with ICTQual AB assessment standards and reporting requirements.
- Regular audits of facilities, staff performance, and learning resources should be conducted to maintain accreditation standards.
- Centres should provide opportunities for learners to engage in practical industry-relevant experiences.
Administrative and Operational Requirements
- Centres must maintain clear enrolment and admission procedures for all learners.
- Record-keeping systems for learner progress, attendance, and assessments must be maintained.
- Centres should provide guidance and support services for learners, including academic counselling.
- Policies for health, safety, and emergency management must be implemented and adhered to.
- Centres must ensure compliance with local regulations governing education and technical training.
- Communication channels for learner feedback and support should be established.
- Centres should have contingency plans for equipment maintenance, learning disruptions, and safety incidents.
Route for Candidates with No Experience
This pathway is designed for learners who are new to the field of marine and naval engineering and do not yet have professional experience in ship systems, naval architecture, propulsion technologies, or maritime project management.
- Admission: Learners enrol at an ICTQual AB approved centre to begin the two-year programme.
- Training:The programme covers 24 units over two years, including principles of marine and naval engineering, ship design and stability, marine propulsion systems, shipboard electronics and automation, naval materials and construction, CAD and modelling applications, hydrodynamics, offshore operations, safety management, innovation and research methods, and project planning. Practical workshops, laboratory sessions, case studies, and simulation projects provide learners with hands-on experience in real-world marine and naval environments.
- Assessment:Learners are assessed through assignments, design projects, technical reports, case studies, presentations, practical exercises, and a final-year marine engineering capstone project. Continuous feedback supports professional development and ensures learners gain the technical, analytical, and managerial competencies required for careers in marine and naval engineering.
- Certification: Successful learners receive the ICTQual AB Level 5 International Diploma in Marine and Naval Engineering, recognising readiness for operational, supervisory, and project-based roles within the maritime and naval sectors.
Route for Experienced and Competent Candidates
This pathway is intended for learners who already have substantial professional experience in marine operations, ship systems, naval architecture, or related technical fields.
- Eligibility:Learners must provide evidence of at least five years of verified professional experience in areas such as ship design and maintenance, propulsion and power systems, maritime electronics, offshore operations, or naval project delivery. Evidence may include employer references, performance records, technical reports, or a professional portfolio demonstrating competence aligned with programme outcomes.
- Assessment of Competence: Experienced learners are not required to complete the full two-year programme. Centres assess competence through structured interviews, professional discussions, portfolio evaluations, and evidence-based assessments aligned with the diploma’s learning outcomes.
- Evidence Submission: Learners submit portfolios containing ship system projects, naval architecture reports, propulsion and automation records, maintenance documentation, or other examples of professional work. Centres may request additional verification to confirm authenticity and competence.
- Knowledge and Understanding:Where minor gaps are identified, learners may complete bridging modules, workshops, or targeted study sessions to ensure all programme outcomes are fully achieved.
- Certification:Learners who successfully demonstrate competence are awarded the ICTQual AB Level 5 International Diploma in Marine and Naval Engineering, recognising both practical expertise and alignment with international marine and naval engineering standards.
This dual pathway ensures that both new learners and experienced professionals can achieve a recognised qualification while developing advanced skills relevant to modern marine and naval engineering roles.