Overview
“Quantum Applications in Maritime Technology and Management” is an interdisciplinary course designed to bridge the gap between advanced quantum technologies and the dynamic maritime industry. The course provides a comprehensive introduction to both maritime fundamentals and quantum mechanics, exploring how emerging quantum applications—such as quantum sensing, computing, and communication—can revolutionize navigation, logistics, environmental monitoring, and safety in maritime operations. Students will engage with theoretical concepts, real-world case studies, and practical projects to understand the transformative potential of quantum innovations in a rapidly evolving sector.

Objectives

• Integrate Disciplines: To combine foundational maritime knowledge with key principles of quantum mechanics, providing a unified framework for understanding emerging quantum applications in maritime contexts.
• Explore Quantum Technologies: To examine cutting-edge quantum technologies—including quantum sensors, quantum computing, and quantum communication—and their specific applications in enhancing maritime operations.
• Foster Innovation: To encourage creative problem-solving by applying quantum concepts to real-world maritime challenges, such as safety, efficiency, and environmental sustainability.
• Develop Practical Skills: To equip students with the analytical and technical skills needed to evaluate, implement, and manage quantum-driven solutions within maritime logistics, operations, and management.
• Promote Industry Readiness: To prepare future maritime professionals and innovators for leadership roles by fostering an understanding of both current challenges and future opportunities enabled by quantum advancements.