ICTQual AB Level 6 International Diploma in Marine and Naval Engineering

Lead in Shipbuilding, Offshore, and Naval Projects with Expert Knowledge!

The ICTQual AB Level 6 International Diploma in Marine and Naval Engineering is designed for ambitious learners aiming to excel in the global maritime and naval engineering sector. This internationally recognized qualification equips professionals with advanced technical knowledge, practical skills, and strategic insight to thrive in shipbuilding, naval systems, and marine operations. Whether you are an aspiring marine engineer, a naval architect, or a professional looking to advance your career in the maritime industry, this diploma offers a comprehensive pathway to achieve your goals.

Through this program, learners gain in-depth expertise in ship design, propulsion systems, marine power plants, and naval architecture while understanding the operational and safety standards essential in marine and naval environments. The course also focuses on advanced marine technology, naval systems integration, and sustainable maritime solutions, ensuring graduates are well-prepared for the evolving demands of the industry.

Delivered through a combination of practical assignments, research projects, and theoretical modules, the ICTQual AB Level 6 International Diploma in Marine and Naval Engineering bridges the gap between academic learning and real-world applications. Learners will develop critical thinking, problem-solving, and project management skills, enabling them to lead engineering projects, optimize ship performance, and contribute to innovative naval solutions.

Graduates of this diploma are fully prepared to take on roles such as marine engineers, naval architects, shipbuilding project managers, and maritime systems specialists. With global recognition, this qualification enhances career mobility and provides a solid foundation for further professional development.

Enroll with our approved centre of ICTQual AB today and take the next step in your career with the ICTQual AB Level 6 International Diploma in Marine and Naval Engineering, a program designed for both aspiring and experienced professionals seeking excellence in the maritime and naval engineering field.

Awarding Body

ICTQual AB

Study Mode

Online

Qualification Level

Level 6

Completion Time

3-Years

Study Units

36 Mandatory Units

Assessments

Qualification Title	ICTQual AB Level 6 International Diploma in Marine and Naval Engineering
Level	Level 6
Total Credits	360
Assessment	Pass or fail Internally assessed and verified by centre staff External quality assurance by ICTQual AB verifiers

To enrol in the ICTQual AB Level 6 International Diploma in Marine and Naval Engineering ,applicants must meet the following entry criteria:

Minimum Age

Applicants must be 18 years of age or older at the time of registration.

Educational Background

Applicants should hold a Level 5 or equivalent diploma/certificate in engineering, naval studies, or related disciplines.
Recent graduates in mechanical, electrical, or marine engineering are eligible.
Candidates with strong academic performance in STEM subjects are preferred.
Applicants without formal qualifications but with extensive experience may be considered via Recognition of Prior Learning (RPL).

Work Experience

For experienced professionals, a minimum of 6 years of verifiable experience in marine, naval, or related engineering sectors is required.
Fresh candidates without experience must complete all 36 mandatory units and assignments.
Relevant roles include marine engineer, naval architect, shipbuilding technician, or maritime systems specialist.

English Language Proficiency

Since the course is delivered in English, learners must demonstrate good English communication skills (reading, writing, and speaking).
Non-native English speakers may be asked to provide evidence of proficiency (e.g., IELTS, TOEFL, or equivalent).

This qualification, the ICTQual AB Level 6 International Diploma in Marine and Naval Engineering, consists of 36 mandatory units.

Mandatory Units of ICTQual AB Level 6 International Diploma in Marine and Naval Engineering

This qualification, the ICTQual AB Level 6 International Diploma in Marine and Naval Engineering, consists of 36 mandatory units.

Year 1 – Foundation in Marine and 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 and 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 and 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)

Upon successful completion of the ICTQual AB Level 6 International Diploma in Marine and Naval Engineering, learners will be able to:

Year 1 – Foundation in Marine and Naval Engineering

Principles of Marine and Naval Engineering

Understand the fundamentals of marine and naval engineering principles.
Analyze ship systems, components, and marine machinery.
Apply engineering concepts to maritime design and operations.
Develop awareness of industry standards and best practices.
Demonstrate foundational problem-solving in marine engineering contexts.

Engineering Mathematics

Apply mathematical techniques to solve engineering problems.
Use algebra, calculus, and statistics in marine engineering scenarios.
Model engineering systems for analysis and design.
Develop numerical and analytical skills for technical decision-making.
Interpret mathematical results to support engineering solutions.

Fundamentals of Mechanical and Electrical Engineering

Understand mechanical and electrical systems in maritime applications.
Analyze energy transfer, power systems, and mechanical components.
Apply basic engineering principles to ship machinery and equipment.
Identify electrical circuits and control systems in marine contexts.
Solve fundamental engineering problems using theoretical and practical knowledge.

Materials Science and Engineering

Understand the properties and behavior of engineering materials in maritime environments.
Select appropriate materials for ship structures, machinery, and components.
Analyze material performance under stress, corrosion, and fatigue.
Apply material science principles in marine and naval engineering design.
Evaluate innovative materials for sustainability and performance.

Engineering Drawing and Computer-Aided Design (CAD)

Create technical drawings for ship structures and marine components.
Use CAD software to model mechanical and naval systems.
Interpret engineering schematics and technical documentation.
Apply geometric and dimensional analysis to design processes.
Develop practical skills for professional maritime engineering projects.

Introduction to Fluid Mechanics and Hydrodynamics

Understand fluid behavior and hydrodynamics principles in marine systems.
Analyze fluid flow in propulsion and ship systems.
Apply theoretical concepts to maritime vessel design and stability.
Use fluid mechanics to optimize ship performance.
Evaluate real-world maritime engineering problems using hydrodynamic principles.

Basics of Marine Propulsion Systems

Understand types of marine propulsion systems and their operations.
Analyze performance parameters for engines, turbines, and propellers.
Evaluate energy efficiency and operational effectiveness.
Apply propulsion principles to ship design and maintenance.
Develop foundational skills for advanced marine propulsion studies.

Naval Architecture – Fundamentals

Understand ship geometry, design, and structural requirements.
Analyze ship stability, buoyancy, and weight distribution.
Apply naval architecture principles to practical marine projects.
Evaluate safety and regulatory compliance for vessel design.
Develop analytical and modeling skills for ship design.

Marine Structures and Ship Construction

Understand principles of shipbuilding and structural integrity.
Analyze load-bearing structures and hull designs.
Apply construction techniques to ship and offshore structures.
Evaluate material selection and fabrication methods.
Develop hands-on skills for marine structural projects.

Health, Safety, and Environmental Practices in Maritime Engineering

Apply maritime safety standards and best practices.
Identify hazards and implement risk mitigation strategies.
Understand environmental regulations in marine operations.
Develop protocols for emergency response and workplace safety.
Promote sustainability and ethical engineering practices.

Communication and Technical Report Writing

Develop professional communication skills for marine engineering contexts.
Write technical reports, manuals, and project documentation.
Present complex information clearly and concisely.
Use visual aids and data effectively in reporting.
Enhance collaboration and stakeholder communication skills.

Introduction to Project Management in Engineering

Understand principles of project planning, scheduling, and resource allocation.
Apply project management techniques to marine and naval projects.
Analyze project risks, budgets, and timelines.
Develop leadership and teamwork skills in engineering projects.
Use project management tools to monitor and evaluate performance.

Year 2 – Intermediate Studies in Marine and Naval Engineering

Marine Hydrodynamics and Stability

Analyze ship stability, buoyancy, and trim under various loading conditions.
Apply hydrodynamics principles to vessel design and performance.
Evaluate forces acting on marine structures in dynamic conditions.
Utilize computational methods to assess stability and resistance.
Develop practical problem-solving skills in naval architecture.

Marine Propulsion and Power Systems

Understand advanced marine propulsion methods and power generation.
Analyze efficiency, performance, and operational characteristics of engines.
Evaluate alternative propulsion technologies for sustainability.
Apply power system knowledge to real-world ship operations.
Develop skills in optimizing energy use and marine performance.

Structural Analysis and Ship Design

Apply structural engineering principles to ship hulls and marine systems.
Analyze stress, strain, and load distribution in marine structures.
Design components to meet safety, durability, and operational standards.
Use modeling tools for ship structural evaluation.
Develop critical thinking for structural problem-solving in marine projects.

Offshore and Coastal Engineering – Fundamentals

Understand engineering principles for offshore structures and coastal projects.
Analyze wave, current, and tidal forces impacting structures.
Apply design methods for offshore platforms and coastal defenses.
Evaluate environmental impact and sustainability in coastal engineering.
Develop practical skills in planning and construction of offshore projects.

Marine Electrical and Control Systems

Understand shipboard electrical systems, instrumentation, and automation.
Analyze electrical distribution, control, and monitoring systems.
Apply electrical engineering concepts to marine vessels.
Develop troubleshooting and maintenance skills for onboard systems.
Ensure compliance with safety and regulatory standards in marine electrical systems.

Materials and Corrosion in Marine Environments

Evaluate material selection for durability and corrosion resistance.
Understand chemical and mechanical factors affecting marine materials.
Apply corrosion prevention and maintenance strategies.
Analyze failure modes in marine components.
Promote sustainable and long-lasting engineering solutions.

Marine Maintenance and Reliability Engineering

Implement maintenance planning for ships and naval systems.
Analyze reliability, failure rates, and performance metrics.
Apply predictive and preventive maintenance techniques.
Develop strategies to enhance operational efficiency and reduce downtime.
Evaluate maintenance protocols to comply with industry standards.

Computational Methods in Naval Architecture

Apply numerical methods for ship design and analysis.
Utilize simulation software to model hydrodynamics and structural performance.
Analyze results to optimize vessel stability and performance.
Develop skills in computational tools for marine engineering projects.
Integrate computational methods into practical naval design applications.

Sustainable Maritime Engineering and Green Technologies

Understand sustainability principles in marine and naval engineering.
Evaluate green technologies for ships and offshore structures.
Apply energy-efficient and environmentally-friendly engineering practices.
Develop strategies for reducing emissions and environmental impact.
Promote long-term sustainability in maritime operations.

Applied Research Methods in Marine Engineering

Conduct research and data analysis in marine engineering contexts.
Develop critical thinking and problem-solving skills.
Apply research findings to practical engineering challenges.
Prepare professional technical reports and presentations.
Integrate research methodologies into innovation and design projects.

Port and Harbour Engineering – Basics

Understand planning, design, and operations of ports and harbours.
Analyze marine infrastructure and navigation requirements.
Apply civil and structural engineering principles to port facilities.
Develop solutions for safe and efficient maritime operations.
Evaluate environmental and regulatory compliance in port engineering.

Project Planning and Marine Operations Management

Plan, schedule, and manage maritime projects effectively.
Apply resource allocation and risk management techniques.
Develop operational strategies for marine engineering projects.
Enhance leadership and team coordination skills.
Monitor and evaluate project performance to meet objectives.

Year 3 – Advanced Studies in Marine and Naval Engineering

Advanced Ship Design and Modelling

Design advanced ship structures using modeling and simulation tools.
Optimize hull design, stability, and performance metrics.
Apply advanced naval architecture principles to complex vessels.
Develop critical problem-solving and innovation skills in ship design.
Evaluate design solutions against industry standards and safety regulations.

Advanced Propulsion and Power Plant Systems

Analyze advanced propulsion technologies and power plant systems.
Evaluate efficiency, environmental impact, and operational reliability.
Apply design and operational principles for high-performance marine systems.
Develop troubleshooting and optimization strategies for propulsion units.
Integrate propulsion knowledge into sustainable maritime solutions.

Offshore Structures and Subsea Engineering

Design and analyze offshore platforms, subsea pipelines, and structures.
Evaluate environmental loads and structural integrity in harsh marine conditions.
Apply engineering principles for installation, maintenance, and safety.
Develop innovative solutions for deep-sea and offshore operations.
Ensure compliance with international offshore engineering standards.

Advanced Hydrodynamics and Computational Fluid Dynamics (CFD)

Apply CFD techniques for analyzing fluid flow around vessels and structures.
Optimize ship hulls and offshore systems for performance and efficiency.
Conduct simulations to predict real-world hydrodynamic behavior.
Integrate CFD results into practical design and operational decisions.
Develop advanced analytical and modeling skills in marine engineering.

Naval Defence Systems and Military Applications

Understand design and operation of naval defense vessels and systems.
Analyze weapon systems, communication, and electronic warfare technologies.
Apply engineering principles for military-grade maritime applications.
Evaluate strategic, safety, and operational requirements in naval defense.
Develop problem-solving skills for complex defense engineering challenges.

Smart Marine Technologies and Industry 4.0

Integrate IoT, automation, and smart technologies in marine systems.
Optimize ship operations through digital monitoring and predictive analytics.
Apply Industry 4.0 principles to enhance safety and efficiency.
Evaluate emerging technologies for modern maritime applications.
Develop innovation skills for intelligent ship and port systems.

Robotics and Autonomous Systems in Maritime Engineering

Understand autonomous marine vehicles and robotic systems.
Design and implement automated monitoring and control solutions.
Analyze performance and safety of autonomous marine operations.
Apply robotics for inspection, maintenance, and offshore operations.
Develop skills in cutting-edge autonomous maritime technologies.

Cyber-Physical Systems and IoT in Marine Engineering

Integrate cyber-physical systems into ship and offshore operations.
Use IoT for monitoring, data collection, and predictive maintenance.
Ensure cybersecurity and operational safety in marine systems.
Develop innovative solutions for connected maritime operations.
Apply smart technology to enhance efficiency and reliability.

Professional Ethics and Sustainability in Marine & Naval Engineering

Apply ethical principles in marine engineering practices.
Evaluate sustainability and environmental impact of engineering projects.
Promote responsible decision-making in design and operations.
Ensure compliance with international maritime codes and standards.
Develop leadership skills with a focus on ethical engineering.

Innovation and Entrepreneurship in Marine Technology

Identify opportunities for innovation in maritime engineering.
Develop business and entrepreneurial skills for marine technology ventures.
Apply research and design thinking to create viable solutions.
Understand market needs and commercial applications of marine innovations.
Develop strategies to implement sustainable marine business solutions.

Infrastructure and Facility Planning for Maritime Systems

Plan, design, and manage port, shipyard, and offshore infrastructure.
Evaluate layout, logistics, and operational efficiency of maritime facilities.
Apply project management principles to complex infrastructure projects.
Ensure compliance with safety, environmental, and regulatory standards.
Develop strategic planning and problem-solving skills for maritime systems.

Final Year Major Project (Capstone Project)

Integrate theoretical and practical knowledge into a comprehensive project.
Conduct research, design, and implementation of a marine engineering solution.
Demonstrate project management, technical, and analytical skills.
Prepare professional documentation and presentations of project outcomes.
Showcase readiness for professional practice and industry challenges.

The ICTQual AB Level 6 International Diploma in Marine and Naval Engineering is designed for individuals seeking advanced expertise in maritime, naval, and offshore engineering. This program is ideal for professionals, graduates, and aspiring engineers aiming to develop global career opportunities in marine and naval sectors.

1. Aspiring Marine Engineers and Naval Architects

Learners seeking foundational and advanced skills in ship design and marine systems.
Individuals interested in naval architecture and maritime engineering.
Candidates aiming to understand propulsion, stability, and structural analysis.
Graduates wanting to enter the marine or naval engineering industry.
Learners motivated to work on offshore and naval projects.
Professionals preparing for global marine engineering certifications.

2. Experienced Maritime Professionals

Marine engineers aiming to enhance technical and managerial expertise.
Naval officers or technicians seeking advanced engineering knowledge.
Professionals with 6+ years of verifiable experience in maritime industries.
Individuals aspiring to leadership roles in shipbuilding and naval operations.
Those looking to integrate modern technologies into maritime systems.
Engineers seeking career progression or international recognition.

3. Graduates in Engineering and Technology

Mechanical, electrical, or civil engineering graduates interested in maritime applications.
Individuals looking to specialize in naval architecture and offshore engineering.
Learners aiming to develop technical and research skills in marine projects.
Graduates seeking hands-on experience with ship systems and simulations.
Candidates preparing for roles in shipyards, ports, or offshore facilities.
Those aiming for international maritime career opportunities.

4. Professionals Seeking Skills in Advanced Marine Technology

Learners interested in Industry 4.0, IoT, and smart marine systems.
Individuals aiming to work with autonomous marine vehicles and robotics.
Professionals wanting expertise in cyber-physical systems in marine applications.
Engineers seeking knowledge of sustainable and green marine technologies.
Those aiming to integrate digital and computational methods in naval engineering.
Candidates aspiring to implement cutting-edge maritime solutions.

5. Project Managers and Operations Leaders in Maritime Sector

Professionals responsible for shipbuilding, offshore, and port operations.
Candidates aiming to improve planning, scheduling, and resource management skills.
Individuals responsible for project risk, quality, and compliance management.
Leaders seeking knowledge in marine operations, logistics, and infrastructure.
Managers aiming to adopt best practices in safety, sustainability, and performance.
Professionals aspiring to lead complex maritime engineering projects.

6. Entrepreneurs and Innovators in Maritime Technology

Individuals looking to start businesses in marine and naval engineering.
Learners aiming to develop innovative solutions for shipbuilding or offshore projects.
Professionals interested in commercial applications of maritime technologies.
Entrepreneurs seeking to integrate research and design thinking in marine ventures.
Innovators wanting knowledge in sustainable maritime solutions.
Candidates aspiring to lead technology-driven marine enterprises.

7. International Career Seekers in Marine and Naval Engineering

Learners aiming for globally recognized qualifications in marine engineering.
Professionals seeking international employment opportunities in shipping and naval sectors.
Graduates aspiring to work in multinational maritime corporations.
Individuals preparing for leadership and technical roles worldwide.
Candidates aiming to gain knowledge of international maritime regulations and standards.
Those seeking career mobility and professional recognition in marine engineering.

As an approved centre of ICTQual AB, learners must enrol with us to obtain this globally recognized qualification. The certification route is designed to accommodate both experienced professionals and fresh candidates:

1. For Experienced Professionals

Applicants must have at least 6 years of verifiable experience in marine, naval, or related engineering fields.
Prior industry experience allows candidates to complete a shortened assessment route.
Learners are required to demonstrate practical competence and professional knowledge through targeted assignments.
Experienced candidates gain fast-track certification without completing all 36 units.
Ideal for professionals seeking international recognition for their skills and expertise.
Enables career advancement in maritime engineering, naval architecture, and offshore sectors.

2. For Fresh Candidates

Fresh graduates or individuals without prior marine engineering experience are required to complete all 36 mandatory assignments.
Assignments cover foundation, intermediate, and advanced topics in marine and naval engineering.
Learners develop comprehensive knowledge and practical skills through structured coursework.
Successful completion demonstrates full competency in marine, naval, and offshore engineering.
Ideal for those seeking a career launch in the maritime and naval engineering industry.
Provides a globally recognized diploma, enhancing international employability and career opportunities.