Coastal & Marine Infrastructure Engineering and Management – Professional Certification

Introduction

The Coastal & Marine Infrastructure Engineering and Management – Professional Certification by Bhadani’s International Training Institute is a specialized industry-oriented training designed exclusively for civil engineers, quantity surveyors, project managers, and construction professionals involved in port, jetty, dredging, and coastal development projects.

This certification program delivers deep practical knowledge on the design, construction, and management of coastal and marine structures — equipping engineers with the skills required for real-world marine infrastructure projects across India, GCC, and international coastal regions.

With a focus on marine geotechnics, dredging operations, coastal protection, and port design, the course helps professionals master the entire lifecycle of marine projects — from concept design to long-term maintenance.

Why This Course?

Coastal and marine infrastructure plays a vital role in global trade, logistics, and naval development. With rapid expansion in industrial ports, coastal cities, and offshore facilities, the demand for skilled engineers in this field has surged worldwide.

This course helps bridge the knowledge gap between academic concepts and field-level execution, offering hands-on learning and real project insights in coastal and marine engineering.

Professionals completing this program gain expertise to design, execute, and manage complex marine projects while ensuring safety, durability, and sustainability.

Course Objectives

After completing this course, participants will be able to:

• Understand the engineering principles behind marine infrastructure systems.

• Plan and supervise dredging, reclamation, and breakwater construction activities.

• Interpret marine geotechnical data for foundation and structure design.

• Design coastal protection systems such as seawalls, revetments, and groynes.

• Implement project management, quality control, and safety protocols for marine projects.

• Develop maintenance strategies for ports, harbors, and marine structures.

• Ensure environmental compliance and sustainable marine development.

Course Structure

This professional certification consists of 15 detailed modules, designed to give participants complete mastery over every technical and management aspect of coastal and marine infrastructure.

Module 1: Introduction to Coastal & Marine Infrastructure

• Fundamentals of coastal engineering and port development.

• Components of marine facilities – berths, jetties, navigation channels, and reclamation zones.

• Key challenges such as wave action, corrosion, and siltation in marine projects.

Module 2: Marine Geotechnical Investigations & Design

• Offshore soil exploration: CPT, borehole drilling, and grab sampling.

• Soil parameters influencing foundation performance.

• Foundation design of piles, caissons, and suction anchors in marine works.

Module 3: Dredging and Reclamation Works

• Types of dredgers – cutter suction, trailing hopper, and backhoe.

• Reclamation procedures and soil stabilization methods.

• Dewatering, sediment control, and environmental protection in dredging.

Module 4: Breakwater Design and Construction

• Types: rubble mound, caisson, and composite breakwaters.

• Design under wave, seismic, and current forces.

• Armor unit placement, filter design, and underwater construction procedures.

Module 5: Coastal Protection and Shoreline Stabilization

• Design of seawalls, revetments, and groynes for erosion control.

• Beach nourishment and dune restoration practices.

• Monitoring shoreline changes and maintaining ecological balance.

Module 6: Quay Wall and Jetty Design

• Structural design of quay walls – gravity, sheet pile, and piled systems.

• Berthing load analysis and layout planning for fenders and bollards.

• Construction sequencing and material handling for marine works.

Module 7: Port Layout Planning and Design

• Factors influencing port layout – tides, currents, and cargo flow.

• Planning navigation channels, turning basins, and berthing facilities.

• Terminal logistics, storage yards, and hinterland connectivity.

Module 8: Marine Construction Equipment and Techniques

• Equipment overview: jack-up barges, floating cranes, and dredgers.

• Underwater concreting, grouting, and piling techniques.

• Prefabrication and modular construction approaches for faster execution.

Module 9: Coastal Hydrodynamics and Modelling

• Understanding tides, waves, and current interactions.

• Calculation of wave loads, run-up, and overtopping.

• Hydrodynamic analysis for design optimization of coastal structures.

Module 10: Material Selection and Durability in Marine Structures

• Marine concrete mix design and corrosion control methods.

• Protective coatings, cathodic protection, and anti-fouling systems.

• Inspection, repair, and rehabilitation for durability enhancement.

Module 11: Environmental Management in Coastal Projects

• Environmental Impact Assessment (EIA) and regulatory frameworks.

• Coastal zone management, sediment control, and biodiversity protection.

• Pollution mitigation and eco-friendly construction practices.

Module 12: Port and Marine Infrastructure Maintenance

• Routine inspection methods for marine assets.

• Maintenance dredging and corrosion prevention measures.

• Rehabilitation planning and asset management strategies.

Module 13: Construction Management for Marine Projects

• Planning, scheduling, and execution control of marine projects.

• Resource allocation, contract administration, and documentation.

• Risk identification, progress reporting, and coordination with marine authorities.

Module 14: Safety and Emergency Management in Coastal Projects

• Safety procedures for diving, offshore operations, and vessel handling.

• Emergency response plans and risk management systems.

• Compliance with marine HSE standards and disaster readiness.

Module 15: Case Studies and Best Practices in Marine Infrastructure

• Real-world projects from India, GCC, and other coastal zones.

• Analysis of dredging, jetty, and reclamation case studies.

• Future perspectives on sustainable ports and coastal resilience.

Who Should Enroll

This course is suitable for:

• Civil Engineers and Structural Engineers working on marine and port projects.

• Quantity Surveyors and Estimators involved in coastal and dredging works.

• Project Managers, Contractors, and Consultants in infrastructure development.

• Government Engineers managing coastal, port, or maritime projects.

• Professionals aspiring to advance their careers in marine and offshore engineering.

Career Outcomes

After completing this program, learners will be able to:

• Lead the design and execution of port, jetty, and dredging projects.

• Conduct feasibility studies and marine investigations.

• Supervise construction and maintenance of coastal protection systems.

• Ensure safety, durability, and environmental compliance in marine projects.

• Secure employment in port authorities, dredging corporations, and marine consultancies across India, GCC, and global markets.

Key Highlights of the Program

• 15 industry-driven modules covering the complete marine project lifecycle.

• In-depth understanding of geotechnical, structural, and environmental aspects.

• Practical, field-based learning aligned with real construction practices.

• Designed and delivered by experts with hands-on marine engineering experience.

• Focused on sustainability, safety, and long-term performance of marine works.