Marine Technology Engineering in Modern Maritime Industries: Foundations, System Design, and Operational Applications Environments

What keeps a modern commercial vessel operating safely across thousands of miles of ocean? How do engineers design propulsion, power, automation, and safety systems capable of supporting enormous vessels under demanding operating conditions?Marine Technology Engineering in Modern Maritime Industries explores the engineering systems that power, control, protect, and support today's maritime industry. Designed for students, engineers, and readers seeking a deeper understanding of modern marine technology, the book connects fundamental engineering principles with the systems used aboard commercial vessels and in offshore environments.The book begins with naval architecture and hull engineering before progressing through propulsion systems, electrical power distribution, shipboard automation, sensors, and control systems. It also examines alternative fuels and emissions reduction, navigation and sensing technologies, offshore and subsea engineering, and essential marine safety systems.You will explore: - Hull form, stability, and structural engineering - Marine propulsion, including diesel, hybrid, and alternative-fuel systems - Shipboard electrical systems, automation, sensors, and controls - Ballast, firefighting, HVAC, and supporting vessel systems - Offshore platforms, subsea pipelines, and mooring systems - Autonomous vessels and the regulatory challenges surrounding them - Digital twins and predictive maintenance in modern fleet operations - Emerging technologies shaping the future of maritime engineeringRather than treating these subjects as isolated topics, the book develops a connected understanding of how the major systems of a vessel interact and contribute to safe, efficient, and reliable operation.Whether you are studying marine engineering, expanding your professional knowledge, or seeking a technically grounded introduction to modern maritime systems, this book provides a structured foundation for understanding the engineering behind today's ships, offshore platforms, and evolving maritime technologies.