Course Introduction
Ports and maritime infrastructure are essential to international trade, regional integration, industrial development, and global supply chain resilience. Developing and modernizing these assets requires sophisticated coordination across engineering, logistics, shipping operations, public authorities, private terminal operators, financiers, regulators, and surrounding communities. The Ports and Maritime Infrastructure Project Management Course equips professionals with the methods and practical tools required to plan, govern, implement, monitor, and complete complex port development programmes. It covers the project lifecycle from strategic port planning, feasibility studies, and investment appraisal through design, procurement, construction, commissioning, and operational handover.
Port infrastructure projects involve interconnected marine, civil, mechanical, electrical, and digital systems that must function as an integrated operational environment. These may include breakwaters, quay walls, berths, dredged channels, turning basins, container terminals, bulk cargo facilities, warehouses, logistics zones, access roads, rail connections, navigation aids, and port utility networks. Effective project management requires careful control of technical interfaces, construction sequencing, marine access, equipment procurement, and operational constraints. This course examines how multidisciplinary teams coordinate design development, manage contractors, establish delivery baselines, and protect existing port operations while implementing new infrastructure.
Ports and maritime infrastructure investments frequently face significant commercial, financial, environmental, and implementation risks. Dredging uncertainty, geotechnical conditions, sediment management, weather disruptions, vessel access restrictions, land acquisition, equipment lead times, commodity price fluctuations, and changes in shipping demand can affect cost, schedule, and project viability. Participants examine practical approaches to project feasibility, capital cost estimation, cash flow forecasting, procurement strategy, contract administration, risk allocation, and change management. The course also explores concession arrangements, public-private partnerships, financing structures, whole-life costing, and financial accountability to support commercially sound and sustainable investment decisions.
Effective port development must satisfy applicable maritime regulations, engineering standards, occupational safety requirements, environmental safeguards, and operational security obligations. Construction activities may affect navigation, cargo handling, vessel movements, marine ecosystems, coastal communities, and neighboring industrial facilities. This course explores construction quality assurance, marine safety, dredging controls, environmental monitoring, contractor management, emergency preparedness, and stakeholder coordination. It also examines the documentation, inspections, technical verification, and audit trails required to demonstrate compliance, manage contractual obligations, and prepare infrastructure for safe and reliable operation.
Digital technologies are increasingly transforming port planning, construction, cargo handling, infrastructure monitoring, and asset management. Building information modelling, geographic information systems, digital twins, port community systems, vessel traffic data, predictive analytics, and artificial intelligence can improve coordination, visibility, forecasting, and operational decision-making. Participants explore how digital tools can strengthen project controls, monitor construction progress, improve equipment integration, and support predictive maintenance. The course also addresses cybersecurity, operational technology protection, data interoperability, technology procurement, responsible AI adoption, and the importance of reliable information governance across connected maritime infrastructure.
Modern ports must deliver long-term economic value while responding to climate risks, decarbonization pressures, evolving vessel requirements, supply chain disruptions, and growing expectations for transparent environmental and social performance. Infrastructure projects must therefore consider resilience to sea-level rise, coastal erosion, extreme weather, energy efficiency, emissions reduction, circular construction practices, and sustainable hinterland connectivity. This course helps participants connect project outputs to measurable outcomes such as increased cargo capacity, improved vessel turnaround, reduced logistics costs, safer operations, and stronger regional competitiveness. Through applied case studies and integrated project planning exercises, participants develop the capabilities needed to deliver port and maritime infrastructure that is technically robust, financially accountable, operationally effective, and environmentally responsible.
Duration
10 days
Who Should Attend
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Port project managers responsible for port expansion, terminal development, rehabilitation, and modernization programmes.
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Project directors and programme managers overseeing maritime infrastructure investments and capital development portfolios.
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Port authority executives and technical officers involved in strategic planning, infrastructure development, and investment oversight.
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Marine, coastal, civil, structural, geotechnical, mechanical, and electrical engineers working on port infrastructure.
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Construction managers, resident engineers, site supervisors, and contractors delivering marine and landside works.
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Dredging specialists and project teams responsible for navigation channels, turning basins, berth pockets, and sediment management.
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Terminal operators and logistics managers involved in container, bulk cargo, liquid cargo, and general cargo infrastructure.
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Project controls professionals responsible for cost estimation, integrated scheduling, progress monitoring, and forecasting.
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Procurement, commercial, and contract managers handling engineering, dredging, equipment supply, and construction contracts.
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Shipping, maritime transport, and supply chain professionals coordinating infrastructure development with vessel and cargo operations.
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Public-sector officials responsible for maritime policy, transport infrastructure, economic development, and investment programming.
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Public-private partnership specialists, infrastructure financiers, concession managers, and investment analysts.
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Environmental and social safeguards professionals managing coastal impacts, biodiversity, resettlement, and community engagement.
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Health, safety, security, quality assurance, risk, compliance, and internal audit professionals supporting project delivery.
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Digital transformation specialists implementing port information systems, automation, digital twins, and asset management technologies.
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Asset managers and maintenance teams preparing new infrastructure and equipment for operational service.
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Development finance institutions and programme officers supporting port infrastructure investment and regional connectivity.
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Consultants and engineering firms providing feasibility studies, design management, project supervision, and technical assurance.
Course Objectives
By the end of this course, participants will be able to:
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Develop integrated port infrastructure project plans that align maritime demand forecasts, strategic port objectives, engineering requirements, investment priorities, and operational needs.
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Conduct feasibility studies and business case assessments that evaluate technical alternatives, cargo demand, vessel requirements, environmental impacts, economic benefits, and financial sustainability.
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Establish effective governance structures, stakeholder responsibilities, approval procedures, reporting arrangements, and independent assurance mechanisms for complex maritime infrastructure programmes.
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Coordinate multidisciplinary design and construction activities across breakwaters, quay walls, berths, dredged channels, terminals, utilities, access roads, rail connections, and cargo-handling systems.
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Prepare reliable budgets, integrated schedules, resource plans, and performance baselines that account for marine construction constraints, procurement lead times, weather conditions, and operational interfaces.
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Apply procurement strategies and contract management techniques to improve tender quality, supplier performance, commercial accountability, change control, claims prevention, and value for money.
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Identify, assess, and mitigate risks associated with geotechnical uncertainty, dredging volumes, sediment disposal, marine weather, equipment delivery, construction interfaces, and market volatility.
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Implement project controls using critical path analysis, earned value management, cost forecasting, progress verification, risk-adjusted projections, and management reporting.
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Integrate maritime safety, construction quality, environmental protection, security, and regulatory requirements into project planning, implementation, testing, and operational acceptance.
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Apply environmental and social management practices that address coastal ecosystems, water quality, dredging impacts, climate resilience, stakeholder engagement, and affected communities.
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Use digital engineering, geographic information systems, analytics, digital twins, and responsible AI-enabled tools to improve design coordination, project monitoring, asset information, and evidence-based decisions.
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Plan commissioning, equipment integration, operational readiness, asset handover, benefits realization, and post-project evaluation to support sustainable and reliable port operations.
Comprehensive Course Outline
Module 1: Ports and Maritime Infrastructure Development Fundamentals
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Overview of commercial ports, container terminals, bulk cargo facilities, liquid cargo terminals, inland ports, and maritime logistics hubs.
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Port infrastructure components, including berths, quay walls, breakwaters, navigation channels, turning basins, and cargo-handling facilities.
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Roles of port authorities, terminal operators, shipping lines, maritime regulators, customs agencies, financiers, and infrastructure contractors.
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Port development lifecycles, investment drivers, trade connectivity, capacity requirements, and the relationship between infrastructure and economic growth.
Module 2: Strategic Port Planning, Feasibility and Business Case Development
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Assessment of cargo forecasts, vessel sizes, shipping trends, terminal capacity, logistics demand, and regional trade opportunities.
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Port master planning, berth requirements, navigation access, terminal layouts, hinterland connectivity, and phased expansion scenarios.
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Technical, economic, financial, environmental, and institutional feasibility assessments for maritime infrastructure investments.
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Business case development, capital investment prioritization, sensitivity analysis, whole-life costs, and evaluation of economic and commercial benefits.
Module 3: Project Governance and Maritime Stakeholder Coordination
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Governance structures, steering committees, delegated authorities, reporting frameworks, decision rights, and escalation protocols.
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Coordination among port authorities, customs agencies, shipping lines, terminal operators, transport agencies, regulators, and coastal communities.
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Project management offices, interface management, approval gates, independent reviews, and integrated programme reporting.
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Governance of multi-package port developments, concession arrangements, public-private partnerships, and transparent accountability mechanisms.
Module 4: Marine Engineering, Port Design and Technical Interfaces
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Planning and design coordination for quay walls, jetties, breakwaters, seawalls, berths, dolphins, and marine access structures.
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Integration of geotechnical investigations, coastal processes, hydrodynamic studies, bathymetric surveys, and foundation engineering.
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Design of terminal layouts, cargo yards, warehouses, roads, rail links, utilities, drainage, and supporting port facilities.
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Technical interface registers, constructability reviews, design verification, configuration control, and multidisciplinary engineering coordination.
Module 5: Dredging, Reclamation and Marine Construction Management
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Planning capital and maintenance dredging, navigation channel deepening, berth-pocket excavation, and turning-basin development.
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Dredging quantities, seabed conditions, sediment characterization, disposal options, reclamation materials, and volume verification.
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Marine construction sequencing, vessel and equipment mobilization, weather windows, access restrictions, and contractor productivity.
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Environmental monitoring, sediment management, hydrographic surveys, dredging quality controls, and verification of completed marine works.
Module 6: Project Scheduling, Cost Estimation and Financial Controls
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Development of work breakdown structures, activity networks, integrated schedules, procurement milestones, and responsibility matrices.
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Capital cost estimation for marine structures, dredging, land reclamation, terminal equipment, utilities, and supporting infrastructure.
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Cash flow forecasting, funding drawdowns, cost baselines, contingency planning, inflation allowances, and lifecycle expenditure analysis.
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Earned value management, schedule variance analysis, estimate-at-completion forecasting, progress verification, and financial reporting.
Module 7: Procurement Strategy and Contract Administration
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Selection of delivery models, including design-bid-build, design-build, EPC, EPCM, and public-private partnership arrangements.
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Procurement packaging for dredging, marine structures, cargo-handling equipment, terminal systems, utilities, and specialist engineering services.
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Tender preparation, technical evaluation, supplier qualification, commercial analysis, performance securities, and risk allocation.
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Contract administration, variation orders, payment certification, delay claims, dispute prevention, performance management, and contractual closeout.
Module 8: Terminal Infrastructure, Cargo Systems and Hinterland Connectivity
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Planning container yards, bulk cargo storage, liquid cargo facilities, warehouses, intermodal terminals, and logistics support zones.
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Selection and integration of cranes, conveyors, ship loaders, ship unloaders, automated guided vehicles, and cargo-handling systems.
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Coordination of port access roads, rail freight connections, inland logistics facilities, customs infrastructure, and freight corridors.
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Terminal capacity modelling, cargo flow optimization, equipment interface management, constructability, and phased operational integration.
Module 9: Construction Quality, Marine Safety and Site Management
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Site mobilization, contractor coordination, construction sequencing, marine logistics, temporary works, and resource productivity monitoring.
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Inspection and test plans, concrete and steel quality, geotechnical verification, material traceability, and nonconformance management.
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Occupational health and safety, marine vessel movements, lifting operations, diving activities, confined spaces, and emergency response planning.
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Quality audits, construction records, independent inspections, defect resolution, completion certification, and acceptance documentation.
Module 10: Environmental, Social and Regulatory Compliance
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Environmental impact assessment, permitting, coastal zone requirements, marine habitat protection, and water quality monitoring.
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Management of dredging impacts, sediment disposal, underwater noise, pollution prevention, and marine biodiversity risks.
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Stakeholder engagement, land acquisition, livelihood restoration, community grievance management, and social safeguards.
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Regulatory compliance, environmental reporting, sustainability assurance, audit trails, and verification of project-specific obligations.
Module 11: Risk Management, Climate Resilience and Project Recovery
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Development of project risk registers, qualitative and quantitative risk analysis, mitigation ownership, and escalation procedures.
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Management of uncertain seabed conditions, extreme weather, dredging variability, supply chain disruption, and equipment delivery delays.
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Climate adaptation for sea-level rise, storm surges, coastal erosion, flooding, and changing maritime operating conditions.
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Contingency planning, schedule recovery, early warning indicators, insurance considerations, business continuity, and lessons learned.
Module 12: Maritime Security, Operational Continuity and Emergency Preparedness
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Port security planning, restricted-area access, contractor authorization, cargo security interfaces, and coordination with relevant authorities.
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Continuity planning for vessel movements, cargo handling, customs processes, emergency access, and existing terminal operations.
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Emergency response arrangements for fires, hazardous cargo incidents, oil spills, severe weather, and marine accidents during construction.
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Security risk assessments, incident reporting, crisis communication, operational readiness exercises, and coordination between project and port teams.
Module 13: Digital Port Engineering, Automation and Artificial Intelligence
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Application of building information modelling, geographic information systems, common data environments, and digital engineering coordination.
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Digital twins, port asset information models, construction progress monitoring, and integration of project data with terminal operations.
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AI-enabled forecasting, predictive maintenance, equipment performance analytics, document review, and construction risk identification.
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Cybersecurity, operational technology protection, data governance, system interoperability, responsible AI, and human oversight of automated decisions.
Module 14: Equipment Integration, Testing and Commissioning
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Planning the installation and integration of cranes, conveyors, loading systems, power distribution, communications, and terminal control technologies.
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Factory acceptance testing, site acceptance testing, functional testing, integrated systems testing, and commissioning documentation.
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Verification of equipment performance, safety interlocks, emergency shutdowns, operating limits, and maintenance requirements.
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Defect resolution, performance trials, operator training, acceptance criteria, and structured transition from construction to service.
Module 15: Operational Readiness, Asset Management and Benefits Realization
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Preparation of operating procedures, maintenance strategies, spare parts inventories, staffing plans, and operational training programmes.
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Handover of as-built drawings, asset registers, warranties, maintenance manuals, digital records, and contractual documentation.
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Development of performance indicators for cargo throughput, vessel turnaround time, berth utilization, equipment reliability, and logistics efficiency.
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Benefits realization, post-implementation evaluation, lifecycle maintenance planning, audit readiness, and continuous improvement of port performance.
Module 16: Integrated Port Project Simulation and Delivery Improvement
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Preparation of an integrated project delivery plan for a port expansion, terminal modernization, dredging programme, or marine infrastructure investment.
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Analysis of a complex case involving cost overruns, dredging uncertainty, contractor claims, equipment delays, or environmental compliance issues.
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Development of a recovery strategy incorporating schedule adjustments, financial controls, risk responses, contractual actions, and stakeholder communication.
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Presentation of a management dashboard, commissioning roadmap, audit-ready documentation plan, and measurable infrastructure performance targets.
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.
