Introduction:

Port engineering design represents a critical discipline supporting the development, expansion, and modernization of maritime and logistics infrastructure. Effective port design integrates engineering principles, operational requirements, environmental constraints, and regulatory standards to ensure safe, efficient, and sustainable port operations. This program presents structured engineering frameworks used in the planning and design of port infrastructure, including marine structures, terminals, and supporting systems. It also highlights governance, risk management, and performance considerations that influence long-term port functionality and resilience.

Program Objectives:

By the end of this program, participants will be able to:

• Define the scope and institutional role of port engineering design within maritime infrastructure development.

• Classify key port components, marine structures, and engineering systems.

• Analyze technical, operational, and environmental factors influencing port design decisions.

• Evaluate design standards, regulatory requirements, and risk considerations for port projects.

• Develop structured design perspectives aligned with safety, efficiency, and sustainability objectives.

Targeted Audience:

• Port and Harbor Engineers.

• Maritime Infrastructure Designers and Consultants.

• Civil and Coastal Engineering Professionals.

• Port Authority and Terminal Development Managers.

• Project Managers involved in port and marine infrastructure projects.

Program Outline:

Unit 1:

Port Engineering Design Fundamentals:

• Role of port engineering in global trade and logistics.

• Types of ports and terminal configurations.

• Functional layout of ports and harbor facilities.

• Interaction between marine, civil, and operational design elements.

• Institutional responsibilities in port infrastructure planning.

Unit 2:

Marine Structures and Coastal Engineering:

• Design principles of quay walls, jetties, and breakwaters.

• Berthing and mooring structures and load considerations.

• Seabed conditions and geotechnical considerations.

• Coastal processes affecting port structures.

• Durability and life-cycle considerations for marine works.

Unit 3:

Terminal Layout and Operational Design:

• Cargo types and their impact on terminal design.

• Yard layout, storage systems, and traffic flow planning.

• Equipment interface requirements and operational efficiency.

• Integration of landside and waterside operations.

• Safety and accessibility considerations in terminal layouts.

Unit 4:

Environmental, Safety, and Regulatory Considerations:

• Environmental impact factors in port design.

• Dredging, sediment management, and water quality concerns.

• Safety standards for marine and port infrastructure.

• Compliance with international and national regulations.

• Risk assessment and mitigation in port engineering projects.

Unit 5:

Sustainability, Resilience, and Future Port Design:

• Sustainable design principles for port infrastructure.

• Climate change adaptation and resilience planning.

• Digitalization and smart-port design considerations.

• Maintenance, asset management, and performance monitoring.

• Emerging trends shaping future port engineering design.