Naval Engineer Course
Master every critical discipline of naval engineering, from ship stability and marine propulsion to electrical systems and damage control. This course delivers the technical depth and practical frameworks that working naval engineers need to operate, maintain, and manage complex vessels. Whether you are entering the field or advancing your career, this is the most comprehensive naval engineering programme available.
What you will learn:
You will build a solid foundation in naval architecture, hydrostatics, and shipboard systems before moving to propulsion machinery, marine electrical engineering, and auxiliary fluid systems. The course covers ship structural analysis, material selection, corrosion protection, damage control organization, and emergency response procedures. You will also study plant maintenance, condition monitoring, and root-cause analysis to keep vessels reliable and compliant. Supplementary modules address environmental regulations, digital automation, combat systems integration, and advanced propulsion technologies such as hybrid-electric and fuel-cell systems. By the end, you will have the technical knowledge and management skills to lead an engineering department confidently.
How you study in a practical way Naval Engineer Course
How you practise Naval Engineer Course
For companies looking to train their teams
With Dedika for businesses, the course includes exercises and examples tailored to your own business and the way your company needs.
Course content
8 Chapters • 40 LessonsDuration between 4 and 360 hours (you decide)
Chapter 1HideHide detailsSee detailsFoundations of Naval Engineering
Foundations of Naval Engineering
Lesson 1 • Engineering Drawings and Specifications
Teaches interpretation of ship drawings, piping diagrams, and technical specifications. Enables accurate reading of design documents used in all engineering tasks.
Lesson 2 • Regulatory and Safety Framework
Introduces international maritime safety conventions, classification society roles, and flag-state requirements. Grounds all engineering decisions in compliance obligations.
Lesson 3 • Introduction to Naval Architecture
Covers hull forms, vessel classifications, and basic hydrostatics. Provides the geometric and physical framework for all subsequent engineering analysis.
Lesson 4 • Naval Engineering Mathematics
Reviews applied mathematics essential for load, stress, and fluid calculations. Builds quantitative fluency needed throughout the course.
Lesson 5 • Shipboard Systems Overview
Surveys propulsion, electrical, auxiliary, and damage-control systems. Connects system interdependencies to the engineer's daily operational responsibilities.
Chapter 2HideHide detailsSee detailsShip Stability and Hydrostatics
Ship Stability and Hydrostatics
Lesson 1 • Damage Stability and Flooding
Applies lost-buoyancy and added-weight methods to flooding scenarios. Enables engineers to assess survivability and plan emergency countermeasures.
Lesson 2 • Longitudinal Stability and Trim
Analyses trim, change of trim, and longitudinal bending moments. Supports cargo and ballast planning to maintain safe trim.
Lesson 3 • Dynamic Stability and Rolling
Addresses dynamic righting energy, rolling period, and resonance risks. Prepares engineers to evaluate vessel behaviour in seaway conditions.
Lesson 4 • Hydrostatic Principles and Curves
Examines displacement, centre of buoyancy, and hydrostatic curves. Establishes the quantitative tools for all stability calculations.
Lesson 5 • Transverse Stability Analysis
Covers metacentric height, righting levers, and GZ curves. Connects static stability theory to practical loading and trim decisions.
Chapter 3HideHide detailsSee detailsMarine Propulsion Systems
Marine Propulsion Systems
Lesson 1 • Marine Diesel Engine Fundamentals
Covers two-stroke and four-stroke diesel cycles, combustion, and engine components. Establishes thermodynamic and mechanical foundations for propulsion plant operation.
Lesson 2 • Gas Turbine and Combined Plants
Examines gas turbine thermodynamics, combined diesel-and-gas configurations, and naval applications. Broadens propulsion knowledge beyond diesel-only systems.
Lesson 3 • Propeller Theory and Design
Analyses propeller geometry, thrust, torque, and cavitation. Links propeller selection to hull resistance and engine matching.
Lesson 4 • Propulsion Plant Performance and Trials
Applies sea-trial procedures, power curves, and fuel consumption analysis. Validates propulsion plant performance against design specifications.
Lesson 5 • Shafting and Transmission Systems
Covers shaft alignment, bearings, couplings, and reduction gearboxes. Ensures understanding of mechanical power transmission from engine to propeller.
Chapter 4HideHide detailsSee detailsMarine Electrical Systems
Marine Electrical Systems
Lesson 1 • Electrical Protection Systems
Addresses overcurrent, earth-fault, and differential protection devices. Ensures engineers can select and co-ordinate protective relays for safe operation.
Lesson 2 • Electrical Safety and Fault Diagnosis
Applies insulation testing, lockout-tagout procedures, and fault-finding techniques. Integrates safety practices with systematic electrical troubleshooting.
Lesson 3 • Motors, Drives, and Control Systems
Covers AC and DC motor types, variable-frequency drives, and motor control centres. Supports operation of pumps, fans, and other motor-driven auxiliaries.
Lesson 4 • Switchboards and Power Distribution
Examines main switchboard layout, bus arrangements, and feeder circuits. Connects generation to consumers through safe distribution architecture.
Lesson 5 • Power Generation and Alternators
Covers diesel generator sets, alternator construction, and voltage regulation. Establishes the source-side foundation of the shipboard electrical system.
Chapter 5HideHide detailsSee detailsAuxiliary Machinery and Fluid Systems
Auxiliary Machinery and Fluid Systems
Lesson 1 • Fuel Oil and Lubrication Systems
Addresses fuel treatment, transfer, and injection systems alongside lubrication circuits. Ensures fuel quality and lubrication integrity for engine reliability.
Lesson 2 • Compressed Air and Pneumatic Systems
Covers starting-air compressors, air receivers, and pneumatic control circuits. Supports engine starting, control, and safety system air supply.
Lesson 3 • Ballast and Bilge Systems
Covers ballast water management, bilge pumping arrangements, and oily-water separation. Links fluid system operation to stability management and environmental compliance.
Lesson 4 • Heat Exchangers and Cooling Systems
Examines shell-and-tube, plate, and keel-cooler designs with thermal analysis. Connects cooling system design to engine and machinery heat rejection requirements.
Lesson 5 • Pump Types and Performance
Covers centrifugal, positive-displacement, and axial-flow pumps with performance curves. Provides selection criteria for bilge, ballast, fuel, and cooling applications.
Chapter 6HideHide detailsSee detailsShip Structures and Materials
Ship Structures and Materials
Lesson 1 • Global and Local Structural Loads
Examines still-water and wave-induced bending, shear, and torsional loads. Connects sea-state conditions to structural demand on the hull girder.
Lesson 2 • Marine Materials and Corrosion
Addresses steel grades, aluminum alloys, composites, and corrosion mechanisms. Guides material selection and protective coating strategies for marine environments.
Lesson 3 • Structural Design Principles
Covers longitudinal and transverse framing systems, structural members, and load paths. Establishes the framework for understanding how ships resist global and local loads.
Lesson 4 • Structural Inspection and Repair
Applies non-destructive testing methods, class survey requirements, and repair procedures. Integrates structural assessment with maintenance planning and regulatory compliance.
Lesson 5 • Fatigue and Fracture Mechanics
Covers stress concentration, fatigue crack initiation, and fracture toughness. Enables engineers to identify high-risk structural details and apply inspection criteria.
Chapter 7HideHide detailsSee detailsDamage Control and Survivability
Damage Control and Survivability
Lesson 1 • Damage Control Organization
Covers damage-control team roles, communication protocols, and emergency bill structure. Establishes the organizational framework for coordinated casualty response.
Lesson 2 • Flooding Control and Counterflooding
Addresses progressive flooding, boundary isolation, and counterflooding techniques. Connects flooding response to stability analysis from earlier chapters.
Lesson 3 • Shipboard Fire Fighting Systems
Examines fixed fire-suppression systems, portable equipment, and fire-main design. Prepares engineers to operate and maintain all shipboard fire-fighting resources.
Lesson 4 • Structural Casualty Response
Covers hull breach assessment, emergency shoring, and temporary patching methods. Enables rapid structural stabilization following collision or grounding.
Lesson 5 • Damage Control Exercises and Drills
Applies tabletop and live-drill methodologies to test damage-control readiness. Reinforces procedural accuracy and team coordination under simulated casualty conditions.
Chapter 8HideHide detailsSee detailsEngineering Plant Management and Maintenance
Engineering Plant Management and Maintenance
Lesson 1 • Planned Maintenance Systems
Covers preventive, predictive, and condition-based maintenance strategies and scheduling. Establishes a structured approach to minimizing unplanned machinery downtime.
Lesson 2 • Condition Monitoring Techniques
Examines vibration analysis, thermography, oil analysis, and performance trending. Enables early fault detection before machinery failure occurs.
Lesson 3 • Root Cause Analysis and Reliability
Applies failure mode analysis, fault trees, and root cause investigation to machinery casualties. Drives continuous improvement in plant reliability and safety.
Lesson 4 • Dry-Docking and Major Overhaul
Addresses dry-dock planning, hull cleaning, underwater inspection, and major overhaul scope. Prepares engineers to manage scheduled docking periods effectively.
Lesson 5 • Engineering Department Administration
Covers watch-keeping organization, log-keeping, defect reporting, and budget management. Connects technical operations to administrative and regulatory obligations.
Your valid completion certificate
This course is for you:
Naval officer: needs engineering depth to manage shipboard plant systems confidently.
Marine engineering student: building credentials before entering the professional workforce.
Shipyard technician: ready to move from hands-on work into engineering oversight roles.
Mechanical engineer: transitioning into the maritime sector from land-based industries.
Defense contractor: supporting naval programs and needing vessel systems fluency.
Coast Guard professional: expanding technical knowledge beyond current operational training.
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