Course description
In the Advanced Ship Propulsion Systems training course extensive 5-day course, we will set out on a fascinating trip through the cutting-edge technology and innovations that power the contemporary propulsion systems that push ships into the future.
We will examine various propulsion techniques, their historical development, and how they have changed in response to demands for sustainability, efficiency, and environmental awareness as we dig deeply into the fundamental concepts of ship propulsion throughout this course. We will learn the secrets of these propulsion technologies, from conventional systems to ground-breaking innovations that drive ships through oceans and seas with unmatched accuracy and power.
You will be led by our knowledgeable professors, who have a lot of expertise in the marine sector, via interesting courses, interactive simulations, and real-world case studies to give you a thorough grasp of the complexities involved. This course is set up to accommodate participants of various skill levels, whether you're a maritime professional looking to advance your career or an enthusiast interested in the future of ship propulsion.
Get ready to unravel the mysteries of "Advance Ship Propulsion Systems" and acquire the skills required to sail the ever-evolving seas of the nautical world.
Upcoming start dates
Outcome / Qualification etc.
By the end of the Ship Propulsion Systems advanced training course, you will be able to:
- Explore ship propulsion technologies: Investigate propeller-less systems, water jets, and conventional propellers in diverse marine contexts.
- Assess contemporary propulsion systems: Compare effectiveness, environmental impact, and challenges in implementation.
- Understand computational techniques in design: Explore FEA and CFD for efficiency improvements and cost reduction.
- Investigate sustainable propulsion developments: Explore LNG, hydrogen fuel cells, biofuels, solar, and wind power for carbon emission reduction.
- Create a cutting-edge propulsion system: Develop an environmentally friendly conceptual design, justifying choices based on performance and economics.
Training Course Content
Ship Propulsion Systems Overview
- Description of ship propulsion and the role it plays in marine engineering.
- Introduction to the benefits of contemporary electric propulsion.
- Fundamentals of propeller performance and design.
Electric Propulsion Systems
- A thorough investigation of the ship's electric propulsion systems.
- Batteries, power electronics, electric motors, and generators are all parts of an electric propulsion system.
- All-electric, hybrid, and electric-assist systems are several kinds of electric propulsion setups.
Advanced Propulsion Technologies
- Introduction to cutting-edge ship propulsion technology.
- Magnetic propulsion technologies and possible uses.
- Principles, advantages, and safety concerns of nuclear propulsion.
Alternative Energy Sources and Fuels
- Analyzing different ship fuel alternatives, including LNG, hydrogen, biofuels, and others.
- Solar, wind, and wave energy are examples of renewable energy sources for auxiliary power.
- Potential for energy recuperation and regenerative propulsion systems.
Ship Propulsion Future Trends and Sustainability
- New developments in ship propulsion include autonomous ships and AI-assisted technologies.
- Description of digital twin technology for improving propulsion efficiency.
- Techniques to increase efficiency and control energy.
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London Maritime Academy
London Maritime Academy provides a wide range of maritime training courses tailored to the global industry. Located in London and known for international standards, we offer diverse Classroom and Online courses taught by highly experienced experts in the maritime sector....