Course Overview

Below is every course we offer, grouped by subject, with a short overview of what each one covers. Each course is about 20 hours of self-paced online study, so you can start any time and work through it at your own speed.

A – Naval Architecture and Ship Design

• A01 – Principles of Naval Architecture: Support, Form, and Stability
• A02 – Ship Hydrostatics and Stability Foundations
• A03 – Introduction to Ship Structures Project
• A04 – Project Introduction to Hydromechanics
• A05 – Ship Structural Analysis Fundamentals
• A06 – Ship Vibration and Noise
• A07 – Feasibility to Preliminary Naval Ship Design
• A08 – Integrated Ship Design Project
• A09 – Sustainable Ship Design
• A10 – Naval Architecture and Ship Production Technology (Part 1 of 4)
• A11 – Naval Architecture and Ship Production Technology (Part 2 of 4)
• A12 – Naval Architecture and Ship Production Technology (Part 3 of 4)
• A13 – Naval Architecture and Ship Production Technology (Part 4 of 4)
• A14 – Design of Advanced Marine Vehicles
• A15 – Modularity and Platform-Based Ship Design
• A16 – Advanced Hydrodynamics for Ship-Yacht Design
• A17 – Advanced Structural Design and Analysis
• A18 – Naval Architecture Fundamentals

B – Marine Engineering and Propulsion

• B01 – Introduction to Marine Engineering & Naval Architecture
• B02 – Marine Engineering 1
• B03 – Electrical Networks and Machines for Marine Applications
• B04 – Marine Propulsion Systems and Thruster Design
• B05 – Piping Systems: Stress Analysis, Support and Expansion Design
• B06 – Resistance & Propulsion
• B07 – Propeller-Engine Matching & Ship Resistance
• B08 – Design of Auxiliary Systems
• B09 – Design of Auxiliary Systems (Extended Edition)
• B10 – Onboard Noise and Vibration
• B11 – Marine Propulsors: Thrusters, Pods and Waterjets
• B12 – Advanced Marine Propulsion Systems
• B13 – Marine Engineering — Propulsion, Auxiliary Systems & Control Engineering
• B14 – Advanced Marine Engineering Design
• B15 – Marine Powering, Transmission and Propulsion

C – Materials, Structures and Engineering Methods

• C01 – Naval Materials Science and Engineering
• C02 – Materials Science for Maritime and Naval Engineering
• C04 – Probabilistic Design
• C05 – Fluid Mechanics: Pipe Flow & Pressure Loss
• C06 – FEM Masterclass for Ship Structures
• C07 – Optimization in Engineering Design
• C08 – Structural and Material Response to the Marine Environment

D – Offshore Engineering

• D01 – Offshore Engineering Fundamentals
• D02 – Soil Mechanics Applications
• D03 – Ocean Waves
• D04 – Physical Oceanography
• D05 – Offshore Hydromechanics
• D06 – Structural Dynamics
• D07 – Safety in Offshore Engineering
• D08 – Floating Structures
• D09 – Marine Pipelines
• D10 – Dynamic Positioning
• D11 – Arctic Offshore Engineering Part 1
• D12 – Arctic Offshore Engineering Part 2
• D13 – Arctic Offshore Engineering Part 3 Fieldwork
• D14 – Design of Fixed and Floating Offshore Systems
• D15 – Pipelines, Moorings, Umbilicals and Risers

E – Dredging Engineering

• E01 – Introduction to Dredging Engineering (Dredger Types & Methods)
• E02 – Dredge Pumps, Hydraulic Transport & Cutting Mechanics
• E03 – Dredging Equipment Design & Cost Estimating
• E04 – Dredger Bible: Equipment, Pumps & Automation
• E05 – Dredger Bible: Planning, Classification & Operations

F – Subsea Engineering

• F01 – Introduction to Subsea Pipeline Systems
• F02 – Sub Sea Engineering
• F03 – Subsea Engineering

G – Oil, Gas and Petroleum Engineering

• G01 – Hydraulic Fracturing and Shale Gas
• G02 – Drilling and Well Engineering
• G03 – Oil and Gas Engineering
• G04 – MSc Petroleum Production Engineering

H – Renewable Energy and Energy Policy

• H01 – Renewable Energy Technologies
• H02 – Energy Policy and Economics

I – Yacht Design

• I01 – Sail Yacht Design and Technology

J – Marine Electrical Systems

• J01 – Marine Electrical & Electronic Systems
• J02 – IFEP System Design for a Dual-Role Tanker

K – High-Speed Craft and Composites

• K01 – Recreational and High Speed Craft
• K02 – Marine Structural Composites & High-Speed Craft
• K03 – Composite Materials in Marine Structures

L – Ship Production

• L01 – Introduction to Ship Production
• L02 – Marine Fabrication Methods
• L03 – Ship Production Organization Project
• L04 – Ship Production 2
• L05 – Manufacturing Processes for Maritime Technology

M – Maritime Risk, Safety and Regulation

• M01 – Marine Risk, Reliability and Safety
• M02 – Maritime Regulatory Framework: Flag State, Classification and International Law

N – Maritime Economics and Project Management

• N01 – Maritime Economics
• N02 – Marine Project Management
• N03 – Project Risk Management for Maritime Projects