• Articulate Maritime Fundamentals: Describe key maritime operations, including safety protocols, environmental regulations, and logistics challenges, and understand how these impact the industry.
• Understand Quantum Principles: Explain the basic principles of quantum mechanics, including concepts like superposition, entanglement, and quantum materials, and relate these to practical technological applications.
• Analyze Quantum Applications: Evaluate how quantum technologies such as quantum sensors, quantum navigation systems, single-photon LiDAR, quantum radar, and quantum computing can be leveraged to improve maritime safety, efficiency, and management.
• Integrate Multidisciplinary Knowledge: Synthesize concepts from maritime operations and quantum technology to develop innovative strategies for addressing contemporary challenges in shipping and port management.
• Develop and Present a Project: Conduct research and produce a 1,000-word project report that demonstrates a viable quantum-based solution to a specific maritime challenge, clearly outlining its potential benefits and feasibility.
• Critically Assess Industry Impact: Discuss the real-world benefits and challenges of integrating quantum technologies in maritime contexts, and identify future trends and opportunities for further innovation.

Bachelor of Science (BSc) or Equivalent.

Basic Information Technology skills.