Learning Outcomes for the ICTQual AB Level 6 International Diploma in Marine & Naval Engineering:

Year 1 – Foundation in Marine & Naval Engineering

Principles of Marine and Naval Engineering

• Understand the scope and applications of marine and naval engineering.
• Explain the principles of ship design, naval architecture, and marine systems.
• Recognise key components and operational requirements of maritime vessels.

Engineering Mathematics

• Apply algebra, calculus, and trigonometry to engineering problems.
• Develop mathematical models for marine and naval systems.
• Solve technical problems using numerical and analytical methods.

Fundamentals of Mechanical and Electrical Engineering

• Understand mechanical principles including motion, energy, and mechanics.
• Explain electrical fundamentals including current, voltage, and resistance.
• Apply mechanical and electrical concepts to practical maritime engineering tasks.

Materials Science and Engineering

• Identify materials used in marine and naval applications.
• Understand the relationship between material properties and performance.
• Select suitable materials for marine construction and engineering systems.

Engineering Drawing and Computer-Aided Design (CAD)

• Interpret technical drawings using international standards.
• Develop 2D and 3D models using CAD software.
• Apply dimensioning and tolerancing principles in marine engineering designs.

Introduction to Fluid Mechanics and Hydrodynamics

• Understand principles of fluid flow and hydrodynamics.
• Analyse the behaviour of fluids in marine environments.
• Apply fluid mechanics to ship hull design and offshore structures.

Basics of Marine Propulsion Systems

• Explain different types of marine propulsion systems.
• Analyse the performance of propellers, engines, and power transmission.
• Understand the principles of efficiency, thrust, and fuel consumption.

Naval Architecture – Fundamentals

• Understand basic ship design principles and hull geometry.
• Analyse stability, buoyancy, and weight distribution in vessels.
• Apply naval architecture concepts to simple ship design problems.

Marine Structures and Ship Construction

• Identify structural components of ships and marine platforms.
• Understand construction techniques and material selection.
• Evaluate structural integrity and strength of marine structures.

Health, Safety, and Environmental Practices in Maritime Engineering

• Apply maritime safety regulations and risk assessments.
• Identify hazards in shipbuilding and offshore operations.
• Implement environmentally sustainable practices in marine engineering.

Communication and Technical Report Writing

• Develop professional written and verbal communication skills.
• Prepare structured technical reports and documentation.
• Apply referencing and technical writing standards in marine contexts.

Introduction to Project Management in Engineering

• Understand project management principles and lifecycle.
• Apply planning, scheduling, and resource allocation tools.
• Analyse risk, cost, and quality in marine engineering projects.

Year 2 – Intermediate Studies in Marine & Naval Engineering

Marine Hydrodynamics and Stability

• Analyse ship stability under different loading and sea conditions.
• Apply hydrostatic and hydrodynamic principles to vessel behaviour.
• Evaluate the effect of waves and currents on marine operations.

Marine Propulsion and Power Systems

• Understand advanced marine engines and propulsion systems.
• Analyse power transmission and efficiency of marine vessels.
• Apply thermodynamic principles to marine propulsion.

Structural Analysis and Ship Design

• Perform stress, strain, and deflection analysis on ship components.
• Apply design principles for hulls and marine superstructures.
• Evaluate safety, durability, and performance of marine structures.

Offshore and Coastal Engineering – Fundamentals

• Understand design and construction of offshore platforms.
• Analyse coastal processes and their impact on structures.
• Apply engineering solutions for offshore and coastal projects.

Marine Electrical and Control Systems

• Explain shipboard electrical systems and instrumentation.
• Apply control theory to marine automation systems.
• Understand monitoring and safety systems in maritime environments.

Materials and Corrosion in Marine Environments

• Identify corrosion mechanisms in marine applications.
• Apply protective coatings and materials selection for durability.
• Analyse material performance in saltwater and harsh conditions.

Marine Maintenance and Reliability Engineering

• Develop maintenance strategies for ships and offshore structures.
• Analyse failure modes and implement reliability engineering principles.
• Apply condition monitoring techniques for predictive maintenance.

Computational Methods in Naval Architecture

• Use computational tools to model marine systems and structures.
• Apply simulation techniques for hull design and stability analysis.
• Interpret computational results for engineering decision-making.

Sustainable Maritime Engineering and Green Technologies

• Understand environmental challenges in the marine sector.
• Analyse fuel-efficient, low-emission, and renewable technologies.
• Apply sustainability principles in ship design and operations.

Applied Research Methods in Marine Engineering

• Develop research proposals and methodologies in marine contexts.
• Collect, analyse, and interpret technical data.
• Present findings in structured and professional formats.

Port and Harbour Engineering – Basics

• Understand the design and operation of ports and harbours.
• Analyse coastal structures, breakwaters, and docking facilities.
• Apply planning principles for maritime infrastructure development.

Project Planning and Marine Operations Management

• Understand operational management in shipping and offshore projects.
• Apply project planning tools, scheduling, and resource management.
• Evaluate risk, safety, and cost-efficiency in marine operations.

Year 3 – Advanced Studies in Marine & Naval Engineering

Advanced Ship Design and Modelling

• Develop complex ship designs using advanced CAD and simulation tools.
• Analyse structural integrity and hydrodynamic performance.
• Apply optimisation techniques for vessel efficiency and safety.

Advanced Propulsion and Power Plant Systems

• Understand high-performance marine engines and energy systems.
• Analyse power generation, transmission, and fuel efficiency.
• Apply thermodynamic and mechanical principles to advanced propulsion.

Offshore Structures and Subsea Engineering

• Design and evaluate offshore platforms and subsea systems.
• Analyse structural behaviour under environmental loads.
• Apply advanced engineering solutions for deep-water operations.

Advanced Hydrodynamics and Computational Fluid Dynamics (CFD)

• Use CFD to simulate fluid-structure interaction.
• Analyse wave forces, drag, and stability in complex marine conditions.
• Evaluate results to improve ship design and offshore operations.

Naval Defence Systems and Military Applications

• Understand principles of naval weapon systems and defence platforms.
• Analyse shipboard combat and surveillance systems.
• Apply engineering concepts to military and strategic maritime applications.

Smart Marine Technologies and Industry 4.0

• Explore automation, digital twins, and IoT in maritime engineering.
• Apply smart monitoring and predictive maintenance solutions.
• Analyse integration of advanced technologies in ships and ports.

Robotics and Autonomous Systems in Maritime Engineering

• Understand autonomous ships, UAVs, and underwater vehicles.
• Apply robotics principles for marine inspection and maintenance.
• Evaluate safety and operational efficiency of autonomous maritime systems.

Cyber-Physical Systems and IoT in Marine Engineering

• Integrate hardware, software, and communication networks for marine applications.
• Apply IoT protocols for real-time monitoring and data collection.
• Design cyber-physical systems for offshore and naval operations.

Professional Ethics and Sustainability in Marine & Naval Engineering

• Understand ethical responsibilities in maritime and naval engineering.
• Apply sustainability principles to shipbuilding and offshore projects.
• Analyse social and environmental impact of engineering solutions.

Innovation and Entrepreneurship in Marine Technology

• Develop innovative approaches to marine engineering challenges.
• Apply entrepreneurial skills to maritime technology ventures.
• Create business models for marine and offshore engineering solutions.

Infrastructure and Facility Planning for Maritime Systems

• Plan and design ports, shipyards, and offshore facilities.
• Analyse operational efficiency and layout optimisation.
• Apply strategic planning principles for maritime infrastructure projects.

Final Year Major Project (Capstone Project)

• Undertake independent applied research or engineering project.
• Integrate knowledge from multiple disciplines within marine and naval engineering.
• Present findings through a professional report and presentation.