D01 – Offshore Engineering Fundamentals
Designed for new offshore professionals who need a practical grounding in offshore engineering concepts, structures, systems, and safety. By the end, learners will be able to explain offshore environments and loads, distinguish major structure and hull types, and describe stability, mooring, fatigue, drilling, pipelines, subsea systems, safety, and offshore wind developments.
£299.00
4 hours 10 minutes
Focused, self-paced learning designed to fit around professional schedules.
Online, self-paced
Study online at a pace that fits your schedule.
11 sections
Structured curriculum sections.
English
Language of instruction for this course.
Quiz count: 8 total
Knowledge checks and assessed activities.
44 lessons
Focused lessons organised into a clear learning path.
Course overview
Designed for new offshore professionals who need a practical grounding in offshore engineering concepts, structures, systems, and safety. By the end, learners will be able to explain offshore environments and loads, distinguish major structure and hull types, and describe stability, mooring, fatigue, drilling, pipelines, subsea systems, safety, and offshore wind developments.
What you will learn
Describe the offshore environment and explain how environmental conditions influence engineering decisions.
Classify major offshore structures, floating hulls, drilling units, pipelines, and subsea systems by function and operating context.
Apply basic concepts of loads, dynamics, stability, mooring, fatigue, and safety to offshore engineering scenarios.
Interpret the principal design considerations for drillships, marine pipelines, subsea developments, and offshore wind projects.
Evaluate how environmental hazards, installation constraints, and lifecycle risks shape offshore project development.
Skills and knowledge
Offshore environment
Structural loads
Floating structures
Mooring and stability
Subsea engineering
Offshore safety
Offshore wind
Course curriculum
Offshore Engineering Orientation
1.1 Welcome
Offshore Environment
2.1 Working Beyond the Shoreline
2.2 Environmental Design Conditions
2.3 Offshore Setting Check (quiz)
Loads and Structural Dynamics
3.1 Where Offshore Loads Begin
3.2 Static and Dynamic Effects
3.3 Wave, Wind, and Current
3.4 Structural Response Basics
3.5 Resonance and Damping
3.6 Loads and Dynamics Check (quiz)
Structures and Floating Systems
4.1 Functional Profiles Offshore
4.2 Fixed Structure Families
4.3 Floating Hull Configurations
4.4 Selecting a Floating Concept
4.5 Arctic Engineering Constraints (quiz)
4.6 Cold-Region Design Responses
4.7 Structures and Systems Check
Stability and Mooring
5.1 Floating Stability Essentials
5.2 Mooring Systems and Restraint
5.3 Stability and Mooring Check (quiz)
Fatigue and Structural Integrity
6.1 Why Offshore Structures Fatigue
6.2 Cyclic Damage Mechanisms
6.3 Fatigue Assessment Pathways
6.4 Detail Design and Inspection (quiz)
6.5 Managing Uncertainty in Life
6.6 Fatigue Integrity Check
Drillships and Marine Operations
7.1 Drillship Mission and Layout
7.2 Drilling Systems at Sea
7.3 Drillship Design Tradeoffs
7.4 Marine Operations Interface
7.5 Drillship Design Check (quiz)
Pipelines and Subsea Systems
8.1 Marine Pipeline Functions
8.2 Subsea Architecture
8.3 Installation and Intervention
8.4 Subsea Systems Check (quiz)
Safety in Offshore Engineering
9.1 Offshore Hazards and Barriers
9.2 Safety-Critical Engineering Decisions
9.3 Offshore Safety Check (quiz)
Offshore Wind Engineering
10.1 Offshore Wind System Basics
10.2 Wind Turbine Dynamics
10.3 Wind Farm Installation
10.4 Developing Offshore Wind Projects
10.5 Offshore Wind Planning Task
Offshore Project Development
11.1 Key Takeaways
Ready to enrol?
£299.00