| Date | Venue | Duration | |
|---|---|---|---|
| 16 - 20 November 2026 | Durban | 5 Days |
The modern maritime sector is powered by complex marine engineering systems that are often misunderstood by non-technical professionals. This intensive training program is expertly crafted to demystify marine engineering for project managers, support staff, asset managers, insurance professionals, and anyone who collaborates with marine engineers or oversees technical assets in shipping, offshore, or port environments.
Through this Marine Engineering Fundamentals for Non-Engineers Training course, participants gain a practical, non-mathematical understanding of the principles, components, and challenges behind the operation, maintenance, and troubleshooting of marine engines—both 2-stroke and 4-stroke. You will explore the internal workings of marine combustion engines, common points of failure, the impact of maintenance quality, and the pivotal role of human factors in preventing accidents and costly equipment damage. Special attention is given to emerging fuels, modern propulsion systems, corrosion control, lubrication best practices, and real-world incident analysis.
With a hands-on, case study-driven approach, this course provides the essential technical literacy to communicate confidently with marine engineers, make informed operational decisions, and foster safety and efficiency within your maritime operations—even if you have no prior engineering background.
By the end of this Marine Engineering Fundamentals for Non-Engineers Training course, participants will be able to:
Understand the core principles of marine engineering, including 2-stroke and 4-stroke engine operation, fuel systems, and propulsion.
Recognize and diagnose common engine failures and maintenance pitfalls in marine environments.
Identify major engine components (pistons, bearings, seals, pumps, turbochargers, exhausts, etc.) and their functions.
Interpret engine checklists, fault reports, and performance data to support informed decision-making.
Promote and oversee best practices in lubrication, corrosion prevention, and condition monitoring.
Appreciate the basics of naval architecture—how engine performance, ship stability, and propulsion interact.
Apply lessons from real-world case studies to reduce human error and drive safer, more reliable vessel operations.
Communicate confidently with engineering teams, procurement, and technical vendors.
Project Managers & Directors in maritime, shipping, and offshore sectors
Asset & Insurance Managers responsible for vessel/equipment risk
Back Office & Support Teams who interface with technical personnel
Procurement, Logistics & Contract Managers
Quality Assurance & Compliance Professionals
Project Planners, Cost Estimators & Technical Assistants
Master Mariners, Discipline Engineers (non-mechanical), Cargo/Equipment Providers
Anyone seeking foundational knowledge in marine engineering, without a technical background
Our diverse instructional approaches ensure effective learning:
– Lectures & Presentations: Engage with expert-driven, stimulating content.
– Course Material: Access well-crafted supporting resources.
– Group Work: Collaborate on discussions and case studies for practical insights.
– Workshops & Role-Play: Participate in immersive, scenario-based activities.
– Practical Application: Focus on applying theoretical knowledge in real situations.
– Post-Training Support: Receive extensive support after training for skill implementation.
Module 1: Introduction to Marine Engineering for Non-Engineers
Role of marine engineering in shipping and offshore operations
Why non-engineers need to understand technical concepts
Key terminology and basic mechanical concepts
Module 2: Internal Combustion Engines on Vessels
Anatomy of 2-stroke vs. 4-stroke marine engines
How diesel and petrol engines work: power generation, strokes, efficiency
Key components: pistons, crankshafts, valves, spark/glow plugs
Modern fuels: LNG, biofuels, diesel-electric hybrid systems
Module 3: Inside Marine Engine Mechanics
Engine arrangements and combustion processes
Compression, ignition timing, and fuel delivery
Exhaust systems, emission control, and engine cooling
New technologies and global innovations
Module 4: Engine Performance, Wear, and Failure
Mechanical wear, piston/bearing failure, engine vulnerabilities
Identifying and diagnosing faults (checklists, alarms, monitoring)
OEM standards, turbocharger function, common service failures
Real case studies of breakdowns, root causes, and corrective action
Module 5: Pump Systems, Lubrication & Corrosion Management
How pumps work in marine engines
Types and roles of lubricants and oils
Corrosion control: impact of marine environments
Case study: multimillion-dollar failures due to poor lubrication/corrosion
Module 6: Propulsion, Shafting & Naval Architecture Basics
Propeller types (fixed, controllable pitch), shaft and gearbox design
Introduction to naval architecture: stability, hydrodynamics, movement
The impact of engine and propulsion design on ship performance
Analysis of propulsion system failures
Module 7: Condition Monitoring & Maintenance Best Practices
Planned maintenance systems and their importance
Condition monitoring techniques (trend analysis, CME)
Preventative maintenance and hazard identification
Module 8: Electrical & Auxiliary Systems
Basics of marine electrical systems (wiring, circuits, alarms)
Auxiliary engines and equipment
Energy flows: mechanical, electrical, thermal
Module 9: Human Error, Safety & Incident Response
The impact of human factors in marine engineering failures
Fire prevention, accident classification, emergency response basics
Lessons learned from notable maritime incidents
Module 10: Practical Exercises & Real-World Scenarios
Hands-on exercises: fault diagnosis, maintenance checklists
Analyzing failures: case studies, group problem-solving
Communication drills: bridging the gap between technical and non-technical teams
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