Port and Maritime Project Management Course

Course Introduction

Ports and maritime infrastructure are critical to international trade, economic development, energy security, supply-chain resilience, and regional connectivity. This course provides a comprehensive understanding of how port and maritime projects are planned, financed, designed, procured, constructed, commissioned, and integrated into efficient long-term operational environments.

The Port and Maritime Project Management Course examines the complete project lifecycle, from strategic port planning and feasibility assessment through master planning, engineering design, procurement, construction, commissioning, and asset management. Participants will explore practical methods for coordinating complex marine, civil, commercial, environmental, financial, and operational requirements throughout project delivery.

Successful port development requires careful integration of marine terminals, berths, breakwaters, dredging, navigation channels, cargo-handling systems, warehouses, intermodal connections, utilities, security infrastructure, and landside logistics. The programme examines how these components can be planned and delivered as an integrated system while considering vessel requirements, cargo flows, capacity, safety, and future expansion.

Participants will also examine project management disciplines including scope definition, cost estimation, scheduling, procurement, contract management, project controls, risk management, quality assurance, stakeholder engagement, environmental compliance, construction supervision, and commissioning. Particular emphasis is placed on managing marine construction interfaces and maintaining operational continuity within active port environments.

The programme addresses emerging issues reshaping port and maritime infrastructure, including smart ports, automation, artificial intelligence, digital twins, autonomous vessels, shore power, port electrification, renewable energy, alternative marine fuels, climate resilience, cybersecurity, green shipping corridors, and supply-chain digitalisation. These developments are increasingly important for competitiveness, sustainability, and long-term port resilience.

By completing the programme, participants will be better equipped to contribute to major port and maritime infrastructure investments involving terminals, berths, dredging programmes, marine structures, cargo facilities, logistics infrastructure, ship-support systems, and coastal assets. The course strengthens practical capabilities for delivering safe, efficient, sustainable, resilient, and commercially successful maritime infrastructure.

Duration

5 days

Who Should Attend

• Port project managers responsible for planning, coordinating, delivering, and governing major port and maritime infrastructure programmes.

• Marine, civil, structural, mechanical, electrical, coastal, and maritime engineers involved in port development and infrastructure delivery.

• Port planners and maritime professionals responsible for master planning, capacity development, terminal strategy, and infrastructure investment planning.

• Construction managers and marine contractors responsible for executing dredging, quay walls, breakwaters, terminals, yards, and supporting infrastructure.

• Procurement and contract management professionals involved in tendering, contract administration, claims, commercial negotiations, and supplier management.

• Port operators and asset managers responsible for infrastructure performance, maintenance, operational readiness, rehabilitation, and lifecycle planning.

• Project controls specialists responsible for cost management, scheduling, forecasting, progress measurement, reporting, and performance monitoring.

• Government officials and maritime authority professionals responsible for port policy, regulation, infrastructure approvals, investment oversight, and compliance.

• Financial analysts, infrastructure investors, economists, and commercial professionals evaluating maritime project feasibility, financing, affordability, and investment returns.

• Environmental and sustainability specialists managing marine impact assessments, dredging impacts, biodiversity, emissions, coastal protection, and regulatory compliance.

• Maritime safety, security, and risk professionals responsible for managing operational risks, port security, emergency preparedness, and project risk.

• Consultants and professional advisors providing technical, commercial, environmental, financial, legal, or project management support to port developments.

• Shipping, logistics, terminal, and supply-chain professionals involved in planning port capacity, cargo flows, intermodal connectivity, and maritime infrastructure requirements.

Course Objectives

• Develop a comprehensive understanding of the port and maritime project lifecycle, from strategic planning and feasibility through design, procurement, construction, commissioning, operations, and asset management.

• Explain how vessel characteristics, cargo volumes, trade forecasts, logistics patterns, hinterland connectivity, regional development, and shipping trends influence port infrastructure investment decisions.

• Apply practical approaches to port project definition, feasibility assessment, master planning, terminal planning, capacity analysis, cost estimation, scheduling, and delivery strategy selection.

• Evaluate procurement and contracting models for marine infrastructure while understanding their implications for cost, schedule, quality, risk allocation, innovation, accountability, and project flexibility.

• Develop the ability to coordinate complex interfaces involving berths, dredging, breakwaters, navigation channels, terminals, cargo systems, utilities, warehouses, roads, railways, and marine operations.

• Apply effective project controls covering scope, cost, schedule, risk, quality, change management, progress measurement, forecasting, reporting, documentation, and performance assurance.

• Examine practical strategies for managing marine construction activities including dredging, reclamation, piling, quay construction, breakwater installation, terminal development, and coastal protection works.

• Explore emerging maritime technologies including smart ports, artificial intelligence, autonomous equipment, digital twins, automated cargo handling, predictive maintenance, and real-time port management systems.

• Integrate sustainability, climate resilience, green shipping, port electrification, renewable energy, alternative fuels, biodiversity protection, emissions reduction, and circular economy principles into port development.

• Strengthen participants’ ability to coordinate multidisciplinary teams, manage maritime stakeholders, support commissioning, control project risks, and deliver efficient, resilient, sustainable, and future-ready port infrastructure.

Comprehensive Course Outline

Module 1: Port Strategy, Master Planning and Development

• Understanding the complete port project lifecycle from strategic maritime planning and investment identification through feasibility, development, commissioning, operations, and asset management.

• Assessing vessel traffic, cargo volumes, trade forecasts, shipping routes, logistics patterns, hinterland connectivity, regional development, and market trends affecting port capacity requirements.

• Developing integrated port master plans covering berths, terminals, yards, navigation channels, dredging, breakwaters, warehouses, utilities, transport connections, and future expansion areas.

• Establishing effective project governance, decision gates, stakeholder responsibilities, reporting structures, investment priorities, and multidisciplinary coordination mechanisms for major port programmes.

Module 2: Feasibility, Port Economics and Project Definition

• Developing port feasibility studies covering demand forecasts, vessel requirements, site conditions, marine engineering constraints, environmental considerations, operational needs, and financial viability.

• Evaluating alternative port development concepts based on capacity, vessel access, cargo handling, capital costs, operating costs, logistics efficiency, resilience, and expansion flexibility.

• Establishing reliable project scope, preliminary designs, cost estimates, implementation schedules, resource requirements, assumptions, and investment decision criteria before major capital commitments.

• Addressing emerging feasibility issues involving changing global trade patterns, supply-chain disruptions, vessel size increases, alternative fuels, offshore energy, and climate-related maritime risks.

Module 3: Marine Engineering, Dredging and Infrastructure Design

• Coordinating marine, civil, structural, geotechnical, mechanical, electrical, environmental, coastal, and specialist engineering disciplines throughout port infrastructure development.

• Understanding design requirements for berths, quay walls, jetties, breakwaters, navigation channels, dredging works, reclamation areas, terminals, storage yards, and marine support facilities.

• Managing design reviews, technical specifications, constructability assessments, marine investigations, engineering approvals, interface requirements, and design changes throughout project implementation.

• Applying modern engineering approaches including digital modelling, bathymetric surveys, geotechnical analysis, hydrodynamic modelling, digital twins, and advanced simulation for maritime infrastructure.

Module 4: Procurement, Contracting and Commercial Management

• Evaluating port procurement strategies including traditional contracting, design-build, EPC, EPCM, alliance models, framework agreements, and public-private partnership arrangements.

• Developing tender documents, technical specifications, commercial requirements, evaluation criteria, contractual conditions, performance obligations, and supplier selection processes for marine projects.

• Managing contracts through variations, claims, payment certification, extensions of time, disputes, risk allocation, performance monitoring, and commercial reporting throughout project delivery.

• Addressing emerging commercial challenges involving specialist marine equipment, global supply chains, dredging capacity, material availability, inflation, local-content requirements, and contractor capability.

Module 5: Marine Construction and Port Project Execution

• Developing integrated construction plans covering dredging, reclamation, piling, quay walls, breakwaters, terminals, yards, warehouses, utilities, roads, rail connections, and marine support infrastructure.

• Managing complex construction interfaces between marine contractors, terminal operators, shipping lines, regulators, environmental authorities, logistics providers, utilities, and existing port operations.

• Applying effective construction supervision, quality management, marine safety, environmental controls, progress monitoring, contractor performance assessment, and construction risk management.

• Managing construction within operational ports while controlling vessel movements, cargo activities, navigation restrictions, temporary facilities, marine traffic conflicts, and disruption to existing services.

Module 6: Port Project Controls, Cost, Schedule and Risk

• Establishing integrated project controls systems covering budgets, schedules, cost forecasting, progress measurement, earned value, reporting, change management, and port project performance indicators.

• Developing realistic master schedules that integrate design, procurement, dredging, marine construction, equipment installation, terminal systems, testing, commissioning, and operational readiness.

• Identifying and managing risks associated with marine conditions, dredging, weather, vessel movements, construction, procurement, financing, environmental requirements, security, and regulatory approvals.

• Applying digital project controls, real-time dashboards, predictive analytics, automated reporting, integrated data environments, and scenario modelling to improve project visibility and decision-making.

Module 7: Maritime Safety, Security and Environmental Management

• Understanding maritime safety principles and integrating navigational safety, construction safety, occupational safety, emergency response, and operational requirements throughout port project delivery.

• Managing port security requirements involving access control, surveillance, perimeter protection, cargo security, cybersecurity, critical infrastructure protection, and compliance with applicable maritime security frameworks.

• Coordinating environmental requirements covering dredging impacts, sediment management, water quality, marine ecosystems, coastal processes, biodiversity, noise, emissions, and regulatory approvals.

• Addressing emerging environmental and security challenges involving climate change, invasive species, marine pollution, cyber threats, autonomous vessels, connected infrastructure, and increasingly digital port operations.

Module 8: Commissioning, Handover and Operational Readiness

• Planning integrated commissioning for berths, cranes, cargo-handling equipment, terminal systems, utilities, navigation facilities, security systems, warehouses, and supporting infrastructure.

• Developing inspection, testing, performance verification, defect management, acceptance, trial operations, and certification procedures before new port assets enter full operational service.

• Coordinating operational readiness activities involving port personnel, terminal operators, shipping lines, equipment suppliers, emergency services, maintenance teams, and regulatory authorities.

• Integrating asset registers, digital maintenance platforms, condition monitoring, predictive maintenance, equipment telemetry, and operational performance data into long-term port asset management.

Module 9: Smart Ports, Digitalisation and Emerging Maritime Technologies

• Examining smart port technologies including artificial intelligence, Internet of Things sensors, automated cargo handling, intelligent traffic management, digital documentation, and real-time operational analytics.

• Exploring digital twins, predictive analytics, automated inspections, machine learning, computer vision, and data-driven maintenance for port infrastructure and cargo-handling assets.

• Assessing cybersecurity requirements for terminal operating systems, port community platforms, navigation systems, cargo systems, operational technology, and connected maritime infrastructure.

• Evaluating emerging technologies including autonomous vessels, remote-controlled cranes, electric cargo equipment, shore power, alternative marine fuels, hydrogen systems, and green shipping infrastructure.

Module 10: Sustainable, Resilient and Future-Ready Ports

• Developing climate-resilient port infrastructure capable of managing sea-level rise, coastal flooding, storms, extreme waves, heat, erosion, changing sediment patterns, and other environmental hazards.

• Integrating sustainability through shore-side electrification, renewable energy, low-carbon construction, alternative fuels, energy efficiency, emissions reduction, waste management, and resource recovery.

• Applying lifecycle asset management principles to optimise port infrastructure maintenance, rehabilitation, renewal, reliability, operational continuity, and whole-life performance.

• Establishing long-term sustainability indicators, resilience measures, environmental performance targets, asset management strategies, and investment priorities for competitive future-ready ports.

Training Approach

This course will be delivered by our skilled trainers who have vast knowledge and experience as expert professionals in the fields. The course is taught in English and through a mix of theory, practical activities, group discussion and case studies. Course manuals and additional training materials will be provided to the participants upon completion of the training.

Tailor-Made Course

This course can also be tailor-made to meet organization requirement. For further inquiries, please contact us on: Email: training@upskilldevelopment.com Tel: +254 721 331 808

Training Venue 

The training will be held at our Upskill Training Centre. We also offer training for a group (at a discount of 10% to 50%) at requested location all over the world. The Onsite course fee covers the course tuition, training materials, two break refreshments, buffet lunch, airport transfers, Upskill gift package, and guided tour.

Visa application, travel expenses, dinners, accommodation, insurance, and other personal expenses are catered by the participant

Certification

Participants will be issued with Upskill certificate upon completion of this course.

Airport Pickup and Accommodation

Airport pickup and accommodation is arranged upon request. For booking contact our Training Coordinator through Email: training@upskilldevelopment.com, +254 721 331 808

Terms of Payment:

Unless otherwise agreed between the two parties’ payment of the course fee should be done 3 working days before commencement of the training so as to enable us to prepare better.