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MODULE 1: Introduction to Port and Coastal Infrastructure
1-Port-Inland-Waterway-and-Coastal-Infrastructure-Projects
Overview of port, harbor, and inland waterway systems
Classification and components of port infrastructure
Key stakeholders and regulatory frameworks in maritime projects
MODULE 2: Site Investigation and Feasibility Studies
2-Site-Investigation-and-Feasibility-Studies-for-Port-Projects
Hydrographic and geotechnical surveys for port projects
Environmental and socio-economic feasibility studies
Data interpretation and preliminary design considerations
MODULE 3: Planning and Layout Design of Ports
3-Planning-and-Layout-Design-of-Ports
Master planning for port and terminal layouts
Berth planning, navigation channel alignment, and approach design
Capacity analysis and optimization of port operations
MODULE 4: Coastal and Marine Structures
4-Coastal-and-Marine-Structures
Design and construction of breakwaters, jetties, and quays
Caisson, pile, and diaphragm wall systems
Stability, wave forces, and design of revetments
MODULE 5: Dredging and Reclamation Works
5-Dredging-and-Reclamation-Works
Types of dredgers and selection criteria
Dredging operations, spoil disposal, and reclamation methods
Quality control, monitoring, and environmental management
MODULE 6: Inland Waterway Development
6-Inland-Waterway-Development
Planning and design of navigation channels and locks
River training works and bank protection
Construction and maintenance of terminals and jetties in inland waterways
MODULE 7: Coastal Protection and Shoreline Management
7-Coastal-Protection-and-Shoreline-Management
Causes of coastal erosion and sediment transport analysis
Design of groynes, sea walls, and artificial beaches
Integrated coastal zone management practices
MODULE 8: Marine Geotechnical Engineering
8-Marine-Geotechnical-Engineering
Soil investigation methods for underwater structures
Foundation design for marine piles and caissons
Ground improvement techniques for coastal works
MODULE 9: Material Selection and Construction Techniques
9-Material-Selection-and-Construction-Techniques
Marine-grade concrete, reinforcement, and corrosion protection
Steel, rock, and composite materials for marine structures
Construction sequencing and underwater concreting methods
MODULE 10: Port Utilities and Ancillary Facilities
10-Port-Utilities-and-Ancillary-Facilities
Design of storage yards, warehouses, and cargo handling systems
Utilities: water, power, communication, and firefighting systems
Drainage, road network, and lighting systems in ports
MODULE 11: Equipment and Machinery in Port Construction
11-Equipment-and-Machinery-in-Port-Construction
Marine cranes, dredgers, barges, and piling rigs
Floating equipment and jack-up platforms
Maintenance, safety, and calibration of marine construction equipment
MODULE 12: Environmental Impact and Sustainability
12-Environmental-Impact-and-Sustainability-in-Coastal-Infrastructure
Marine ecology, water quality, and sediment management
Environmental mitigation and monitoring strategies
Sustainable construction practices in coastal infrastructure
MODULE 13: Contract Management and Cost Estimation
13-Contract-Management-and-Cost-Estimation
BOQ preparation and cost estimation for marine works
FIDIC and EPC contract conditions for port projects
Risk allocation, dispute resolution, and claim management
MODULE 14: Project Planning, Execution, and Quality Control
14-Project-Planning-Execution-and-Quality-Control
Construction scheduling, logistics, and sequencing
Inspection, testing, and quality assurance in marine projects
Health, Safety, and Environmental (HSE) management systems
MODULE 15: Case Studies and Future Trends
15-Case-Studies-and-Future-Trends-in-Port-and-Coastal-Infrastructure
Case studies of major Indian and international port projects
Modern methods in coastal and waterway construction
Emerging opportunities in inland and coastal logistics infrastructure