ICTQual AB Level 3 International Diploma in Marine and Naval Engineering

The ICTQual AB Level 3 International Diploma in Marine and Naval Engineering is a globally recognised qualification designed to equip learners with the technical knowledge, analytical thinking, and practical skills required to excel in the marine, offshore, and naval engineering sectors. This 6-month, 60-credit programme offers a solid foundation in the principles of marine technology, ship systems, propulsion mechanics, and maritime safety, making it ideal for both fresh learners entering the industry and experienced professionals seeking to formalise or advance their expertise.

This qualification prepares learners to work confidently in shipbuilding, maintenance, marine operations, and engineering support roles within the global maritime industry. Through a blend of classroom learning, workshops, and applied project-based training, learners develop critical competencies in marine system design, engineering maintenance, propulsion efficiency, and environmental compliance—all key areas driving modern maritime operations and naval innovation.

By completing this diploma, learners gain a strong understanding of how engineering principles are applied to real-world marine environments. They build professional capabilities in troubleshooting, safety management, and sustainable maritime technology, enabling them to contribute effectively to global marine and naval projects.

Graduates of this programme are well-positioned to pursue technical and operational roles in shipyards, offshore facilities, maintenance services, and naval engineering departments. The qualification enhances career growth, supports international mobility, and provides a recognised route into advanced technical training and higher-level industry certifications.

With its industry relevance, practical learning structure, and international standards, the ICTQual AB Level 3 International Diploma in Marine and Naval Engineering serves as a valuable credential for those aiming to build or strengthen a successful career in the global maritime and naval engineering sector.

Course overview

Level 3 International Diploma in Marine and Naval Engineering

To enrol in ICTQual AB Level 3 International Diploma in Marine and Naval Engineering learner must meet the following entry requirements:

  • Age Requirement: Learners must be at least 18 years old at the time of registration.
  • Educational Background:Learners should have completed secondary education or an equivalent qualification in science, mathematics, or a related technical field. A strong foundation in these subjects supports understanding of core engineering concepts taught throughout the course.
  • Professional Experience:A minimum of three year of relevant experience in a technical, mechanical, or engineering environment is recommended. This may include exposure to marine operations, workshop maintenance, or technical projects. However, learners without prior experience may also apply and will receive foundational support to help them progress effectively through the programme.
  • English Proficiency:As the medium of instruction is English, learners are expected to demonstrate adequate English proficiency to comprehend course materials, participate in discussions, and complete assessments. This can be evidenced through prior education in English or an approved language proficiency test.
  • Additional Requirement:Learners must demonstrate a genuine interest in marine, naval, or offshore engineering fields and show commitment to professional and technical development. Centres may conduct interviews or initial assessments to ensure learners are well-suited for the programme. Access to basic computer skills and the ability to engage in online or blended learning environments may also be required, depending on the mode of study.

This qualification, the ICTQual AB Level 3 International Diploma in Marine and Naval Engineering, consists of 6 mandatory units.

Foundation and Core Knowledge

  1. Fundamentals of Marine and Naval Engineering
  2. Marine Materials and Structural Design
  3. Ship Propulsion and Power Systems
  4. Marine Electrical and Control Systems
  5. Safety, Maintenance, and Environmental Management
  6. Engineering Project and Technical Communication

Learning Outcomes for the ICTQual AB Level 3 International Diploma in Marine and Naval Engineering:

Foundation and Core Knowledge

Fundamentals of Marine and Naval Engineering

Learners will be able to:

  • Understand the core principles and applications of marine and naval engineering systems.
  • Identify the key components and functions of ships, vessels, and offshore structures.
  • Analyse the interaction between marine engineering design and operational performance.
  • Apply basic engineering calculations related to fluid dynamics, buoyancy, and stability.
  • Demonstrate awareness of international maritime standards and their influence on engineering practices.

Marine Materials and Structural Design

Learners will be able to:

  • Recognise the properties, selection, and testing of materials used in marine construction.
  • Understand the fundamentals of ship structure design and hull integrity.
  • Evaluate corrosion resistance, fatigue, and durability in marine environments.
  • Apply engineering principles in the design and maintenance of structural components.
  • Interpret marine drawings, schematics, and design specifications for engineering applications.

Ship Propulsion and Power Systems

Learners will be able to:

  • Understand the working principles of propulsion systems used in ships and submarines.
  • Identify different types of engines, turbines, and auxiliary power systems.
  • Evaluate energy efficiency and performance factors in propulsion operations.
  • Apply basic troubleshooting and maintenance techniques for propulsion equipment.
  • Demonstrate knowledge of sustainable and alternative propulsion technologies.

Marine Electrical and Control Systems

Learners will be able to:

  • Explain the operation of electrical and electronic systems used in marine engineering.
  • Identify major control systems for power distribution, navigation, and automation.
  • Apply safety procedures when working with marine electrical equipment.
  • Interpret wiring diagrams, schematics, and system layouts used in marine environments.
  • Analyse control and automation technologies that improve operational efficiency.

Safety, Maintenance, and Environmental Management

Learners will be able to:

  • Demonstrate understanding of maritime safety protocols and risk management procedures.
  • Apply preventive and corrective maintenance strategies in marine systems.
  • Evaluate environmental impacts and implement sustainable engineering practices.
  • Identify international maritime safety regulations and compliance standards.
  • Develop awareness of health, safety, and environmental responsibilities within engineering operations.

Engineering Project and Technical Communication

Learners will be able to:

  • Plan, develop, and manage a technical engineering project within a marine context.
  • Apply project management principles, including time, cost, and quality control.
  • Produce accurate technical documentation and professional reports.
  • Communicate engineering concepts effectively to technical and non-technical audiences.
  • Demonstrate teamwork, leadership, and problem-solving skills in project environments.

The ICTQual AB Level 3 International Diploma in Marine and Naval Engineering provides a solid foundation for learners to advance their technical knowledge, gain professional recognition, and expand their career prospects within the global maritime and naval industries. The programme enables learners to progress into higher vocational qualifications, specialised certifications, and technical roles across marine operations, shipbuilding, offshore engineering, and maritime maintenance.

Advanced Technical and Vocational Qualifications

Learners can progress to advanced qualifications that enhance their engineering and operational skills in specialised areas of marine technology.

  • Enrol in higher-level technical diplomas focusing on ship design, propulsion, and marine systems.
  • Develop advanced competencies in naval architecture, maritime hydraulics, or vessel automation.
  • Strengthen theoretical understanding alongside practical engineering applications.
  • Gain exposure to industry simulations and modern marine engineering tools.
  • Enhance technical decision-making and analytical problem-solving abilities.
  • Prepare for mid-level technical and operational roles in shipyards and offshore environments.
  • Build a foundation for lifelong learning within the maritime engineering domain.

Professional Certifications and Industry Training

Graduates may pursue professional certifications and accredited training programmes that validate their industry knowledge and enhance employability.

  • Obtain certifications in marine safety management, environmental compliance, or inspection standards.
  • Engage in specialised training for propulsion maintenance and electrical control systems.
  • Participate in workshops and seminars on sustainable maritime technologies.
  • Gain practical skills in fault detection, diagnostics, and system optimisation.
  • Align technical competencies with international maritime standards and codes.
  • Improve employability across global marine and naval engineering organisations.
  • Demonstrate commitment to continuous professional growth and compliance excellence.

Career Development and Employment Pathways

The qualification prepares learners for a range of technical and operational roles within the global marine and naval industry.

  • Enter positions such as marine technician, ship maintenance engineer, or propulsion systems operator.
  • Contribute to shipbuilding, port operations, and offshore mechanical support services.
  • Apply engineering knowledge in ship repair, inspection, and maintenance facilities.
  • Collaborate with cross-functional teams on vessel performance improvement projects.
  • Gain practical experience in quality assurance and maritime engineering support.
  • Develop workplace communication and leadership skills essential for career progression.
  • Transition into supervisory or project coordination roles with experience.

Specialised Maritime and Naval Engineering Training

Learners can pursue targeted technical training that focuses on specific marine engineering systems and technologies.

  • Learn advanced techniques in hydraulic systems, automation, and control processes.
  • Gain expertise in ship propulsion efficiency and sustainable energy solutions.
  • Study advanced marine materials and corrosion prevention methods.
  • Acquire knowledge of computer-aided design (CAD) tools used in ship engineering.
  • Strengthen understanding of marine instrumentation and electronic systems.
  • Explore integrated ship systems and modern navigation technologies.
  • Build capabilities for contributing to innovation within naval and maritime projects.

Global Employment and Industry Opportunities

This qualification opens doors to a wide range of international career opportunities in marine and naval engineering.

  • Access employment in shipyards, ports, offshore platforms, and marine research facilities.
  • Work in global organisations specialising in vessel maintenance and marine design.
  • Gain recognition from employers across the maritime and defence engineering sectors.
  • Develop adaptability to operate in multicultural and international environments.
  • Apply engineering expertise to address global sustainability and efficiency challenges.
  • Build a professional network within international marine and naval institutions.
  • Strengthen career mobility across regional and global maritime markets.

Continuous Professional Development (CPD)

Learners are encouraged to pursue lifelong learning and professional growth through CPD initiatives.

  • Participate in industry-led seminars, conferences, and workshops.
  • Stay updated on technological innovations and maritime safety regulations.
  • Engage in research projects focusing on marine sustainability and efficiency.
  • Expand leadership, communication, and project management skills.
  • Seek mentorship or professional memberships in maritime associations.
  • Enhance technical certifications through refresher and advanced training courses.
  • Build a long-term development plan aligned with evolving industry needs.

Pathway to Leadership and Industry Recognition

Completing this diploma supports progression into roles requiring greater responsibility and leadership.

  • Gain credibility as a skilled and certified marine engineering professional.
  • Demonstrate expertise in managing marine operations and engineering projects.
  • Lead teams in ship maintenance, inspection, and safety compliance activities.
  • Contribute to innovation and efficiency improvements in marine systems.
  • Strengthen professional reputation within maritime and naval engineering networks.
  • Access leadership development programmes offered by industry institutions.
  • Establish a foundation for future advancement into senior technical positions.

To ensure high-quality delivery and assessment of the ICTQual AB Level 3 International Diploma in Marine and Naval Engineering, centres must meet specific academic, administrative, and infrastructural standards. These requirements help maintain consistency, quality assurance, and compliance with international education standards. Approved centres play a vital role in providing a structured learning environment that promotes both theoretical understanding and practical competence in marine and naval engineering.

Centre Accreditation and Approval

Centres must obtain official approval to deliver the qualification in line with ICTQual AB’s academic and operational guidelines.

  • Ensure compliance with institutional approval and quality assurance frameworks.
  • Maintain accreditation status through regular evaluation and performance reviews.
  • Provide evidence of qualified academic and administrative management structures.
  • Adhere to ICTQual AB’s ethical, educational, and assessment standards.
  • Establish transparent governance and internal auditing systems.
  • Demonstrate commitment to continuous improvement in training quality.
  • Participate in monitoring visits, audits, and periodic revalidation processes.

Qualified Academic and Training Staff

Centres must employ trainers and assessors with relevant academic qualifications and professional industry experience.

  • Instructors must hold recognised qualifications in marine, mechanical, or naval engineering.
  • Trainers should have at least three years of practical industry experience in relevant fields.
  • Assessors must demonstrate competence in evaluating technical and practical performance.
  • Continuous professional development (CPD) should be encouraged for all teaching staff.
  • Staff should be trained in using ICTQual AB’s assessment and quality assurance systems.
  • Trainers must foster an inclusive and engaging learning environment.
  • Maintain records of instructor qualifications and ongoing training.

Learning Environment and Facilities

Centres must provide an appropriate learning environment equipped for both theoretical and hands-on training.

  • Ensure access to well-furnished classrooms, simulation labs, and workshops.
  • Provide relevant marine engineering tools, testing equipment, and safety gear.
  • Maintain access to up-to-date software for marine design and analysis.
  • Create safe and compliant practical training environments for learners.
  • Provide access to digital learning platforms and online learning resources.
  • Implement safety protocols and emergency response procedures.
  • Ensure physical and virtual spaces are conducive to collaborative and individual learning.

Learning Resources and Study Materials

Centres must ensure learners have access to relevant and current study materials.

  • Provide textbooks, manuals, and online resources aligned with the programme curriculum.
  • Maintain access to research journals, technical documentation, and engineering databases.
  • Update materials regularly to reflect industry advancements and new regulations.
  • Offer printed and digital resources that support both classroom and independent study.
  • Provide structured access to e-learning tools for flexible and blended learning.
  • Include multimedia tools, simulations, and visual content for enhanced learning.
  • Encourage learners to engage in project-based research and technical exploration.

Assessment and Quality Assurance

Centres are responsible for maintaining consistent and transparent assessment procedures.

  • Apply fair, reliable, and valid assessment methods aligned with ICTQual AB standards.
  • Use multiple forms of evaluation, including projects, reports, and practical assessments.
  • Maintain accurate assessment records and evidence of learner performance.
  • Conduct regular internal verification to ensure assessment consistency.
  • Implement corrective action plans following external verification reports.
  • Ensure assessors and verifiers remain updated on current policies and standards.
  • Promote integrity, transparency, and fairness in all assessment activities.

Learner Support and Welfare

Centres must provide comprehensive academic and personal support to all learners.

  • Offer induction sessions to introduce learners to the programme and its requirements.
  • Provide academic advising, mentoring, and progress monitoring.
  • Ensure learners have access to technical assistance and career counselling.
  • Offer support for learners with additional needs or disabilities.
  • Maintain clear communication channels between learners, tutors, and administrators.
  • Encourage safe, inclusive, and respectful learning practices.
  • Provide guidance for learners transitioning to higher qualifications or employment.

Administrative and Record Management

Centres must establish robust administrative systems to ensure compliance and documentation.

  • Maintain complete and accurate learner registration and progress records.
  • Ensure secure storage and confidentiality of learner data.
  • Submit timely reports and updates as required by ICTQual AB.
  • Keep assessment records for verification and auditing purposes.
  • Use digital management systems for efficient data tracking and reporting.
  • Train administrative staff in documentation and compliance protocols.
  • Maintain transparency in all operational and financial processes.

Approved centres delivering the ICTQual AB Level 3 International Diploma in Marine and Naval Engineering must uphold high academic, operational, and ethical standards. By providing qualified staff, quality learning facilities, robust assessment systems, and learner-centred support, centres ensure a globally recognised standard of education. These requirements not only sustain the integrity of the qualification but also empower learners to achieve excellence in the marine and naval engineering field, supporting long-term career growth and international employability.

Route for Candidates with No Experience

This pathway is designed for learners who are new to marine and naval engineering and wish to develop essential theoretical and practical knowledge to begin a career in this dynamic field.

  • Admission: Learners enrol at an ICTQual AB approved centre to begin the 6-month, 60-credit programme.
  • Training:Delivered through six structured study units — Fundamentals of Marine and Naval Engineering, Marine Materials and Structural Design, Ship Propulsion and Power Systems, Marine Electrical and Control Systems, Safety, Maintenance, and Environmental Management, and Engineering Project and Technical Communication. The training approach includes interactive classroom sessions, laboratory workshops, simulation exercises, and project-based learning to develop technical and analytical skills.
  • Assessment:Learners are evaluated through assignments, technical projects, practical demonstrations, and evidence-based portfolios that showcase applied understanding and problem-solving abilities.
  • Certification:Upon successful completion, learners are awarded the ICTQual AB Level 3 International Diploma in Marine and Naval Engineering, qualifying them for entry-level positions such as marine technician, ship maintenance assistant, or engineering support technician.

Route for Experienced and Competent Candidates

This route is designed for learners with prior experience in marine, naval, or mechanical engineering who aim to formalise and certify their professional expertise through an internationally recognised qualification.

  • Eligibility:Learners must demonstrate at least three years of verified professional experience in areas such as marine systems maintenance, shipbuilding, propulsion systems, or marine electrical and safety management. Acceptable evidence includes employer references, service logs, technical documentation, or verified project records that align with the diploma’s learning outcomes.
  • Assessment of Competence:Experienced learners are not required to complete the full training programme. Instead, their expertise is assessed through structured professional interviews, technical discussions, evidence portfolios, and competency validation exercises aligned with ICTQual AB’s standards.
  • Evidence Submission:Learners compile a professional portfolio containing evidence such as inspection reports, maintenance records, vessel design documentation, safety checklists, and engineering project summaries. Each submission undergoes a thorough review and verification process by the approved centre to ensure authenticity and compliance.
  • Knowledge and Understanding:If any skill or knowledge gaps are identified, learners may be required to complete short bridging courses, refresher modules, or specific assessments to achieve full qualification equivalence.
  • Certification:Learners who successfully meet all assessment requirements are awarded the ICTQual AB Level 3 International Diploma in Marine and Naval Engineering — an internationally recognised certification that validates professional competence and industry expertise. This qualification supports advancement into roles such as marine systems engineer, maintenance supervisor, ship design technician, or safety compliance officer.

The ICTQual AB Level 3 International Diploma in Marine and Naval Engineering offers a dual-route framework that accommodates both new entrants and experienced professionals. This flexible structure promotes inclusive access to industry-relevant training and recognition, empowering learners to enhance their employability, gain global credibility, and progress confidently within the marine and naval engineering sector.


FAQs

The ICTQual AB Level 3 International Diploma in Marine and Naval Engineering is a globally recognised qualification designed to provide learners with a solid foundation in marine engineering principles, ship design, propulsion systems, and maritime safety. It focuses on practical skills and technical understanding required for roles in marine operations, ship maintenance, and naval engineering environments. The programme combines academic learning with industry-focused training to prepare learners for successful careers in the global marine and naval sectors.

This course is ideal for learners who aspire to build or advance their careers in marine and naval engineering. It suits individuals with little or no experience seeking entry into the maritime industry, as well as experienced professionals looking to formalise their existing skills with an internationally recognised qualification. The programme is also well-suited for technicians, engineers, and maintenance personnel aiming to enhance their technical knowledge and career opportunities in shipbuilding, marine systems, and naval operations.

The ICTQual AB Level 3 International Diploma in Marine and Naval Engineering offers learners practical industry knowledge, global recognition, and career-focused skills development. Graduates gain a strong understanding of marine systems, safety management, propulsion technologies, and engineering communication. The course enhances employability, supports international career mobility, and opens opportunities in ship maintenance, marine design, and offshore operations. It also serves as a pathway for further professional development in the field of marine and naval engineering.

ICTQual AB Level 3 International Diploma in Marine and Naval Engineering course is offered in various formats, including online, in-person, or a combination of both. Participants can choose the format that best fits their schedule and learning preferences. But final decision is made by ATC.

Yes, ICTQual AB Level 3 International Diploma in Marine and Naval Engineering of 6 mandatory assessments. These assessments are designed to evaluate participants’ comprehension of course material and their capacity to apply concepts in practical situations. It is mandatory to pass all assessments to achieve this qualification.