Airport Infrastructure Project Planning and Delivery Course

Course Introduction

Airport infrastructure projects are among the most technically demanding and strategically important investments in the transport sector, requiring coordination between aviation authorities, airport operators, government agencies, airlines, engineering consultants, construction contractors, regulators, and private investors. The Airport Infrastructure Project Planning and Delivery Course equips professionals with practical knowledge and structured methods for planning, managing, monitoring, and delivering airport development and modernization projects. It addresses the full project lifecycle, from strategic needs assessment and feasibility studies through design, procurement, construction, commissioning, operational readiness, and post-implementation evaluation.

Successful airport development requires an integrated understanding of airside, terminal, landside, utility, security, and operational infrastructure. Runways, taxiways, aprons, passenger terminals, cargo facilities, air traffic control infrastructure, baggage handling systems, fuel facilities, access roads, parking areas, and utility networks must be planned and delivered as interconnected components of a functioning airport system. This course explores how project teams coordinate multidisciplinary engineering, manage design interfaces, establish realistic construction sequences, and protect existing airport operations while implementing new infrastructure. Participants examine the importance of constructability reviews, stakeholder coordination, operational constraints, and phased delivery strategies.

Airport infrastructure programmes often face substantial financial, logistical, and regulatory challenges, including escalating construction costs, land constraints, environmental approvals, long-lead equipment procurement, changing passenger forecasts, and complex stakeholder requirements. Effective project management requires reliable business cases, realistic cost estimates, integrated schedules, robust risk assessments, and disciplined financial controls. The course examines investment appraisal, capital budgeting, procurement strategy, contract administration, change control, cost forecasting, and performance reporting. Participants also consider funding structures, public-private partnerships, commercial risk allocation, and lifecycle affordability when developing financially sustainable airport infrastructure investments.

Aviation infrastructure must satisfy demanding safety, security, quality, environmental, and regulatory requirements. Project teams need to incorporate applicable aviation standards and national regulatory obligations into planning, design, construction, testing, and operational acceptance. This course explores construction quality assurance, airside safety, contractor access management, work permits, foreign object debris prevention, security controls, and the coordination of construction activities with airport operations. It also addresses environmental and social safeguards, emergency preparedness, independent inspections, documentation management, and audit readiness to ensure that project delivery supports safe and compliant airport operations.

Digital transformation is reshaping airport planning, construction, asset management, and passenger services. Building information modelling, geographic information systems, common data environments, digital twins, predictive analytics, and artificial intelligence can improve design coordination, construction monitoring, resource allocation, and lifecycle decision-making. The course considers how project teams can use digital tools to improve schedule forecasting, monitor costs, manage technical documentation, and maintain accurate asset information. Participants also examine cybersecurity, operational technology interfaces, data governance, interoperability, responsible AI adoption, and the risks associated with implementing connected airport systems and automated infrastructure.

Modern airport projects must deliver more than completed physical assets; they must provide reliable capacity, operational efficiency, passenger convenience, economic value, environmental responsibility, and long-term resilience. Effective delivery therefore connects infrastructure outputs to measurable operational and strategic benefits, including improved passenger processing, enhanced cargo capacity, reduced delays, stronger connectivity, and better service quality. This course helps participants establish meaningful performance indicators, strengthen monitoring and evaluation, plan commissioning and operational readiness, and prepare comprehensive handover arrangements. Through practical case studies and applied planning exercises, participants develop the capabilities needed to deliver airport infrastructure that is safe, efficient, financially accountable, adaptable, and sustainable.

Duration

10 days

Who Should Attend

• Airport project managers responsible for new airport development, terminal expansion, rehabilitation, and modernization programmes.

• Project directors and programme managers overseeing complex aviation infrastructure portfolios.

• Civil, structural, electrical, mechanical, and infrastructure engineers involved in airport design and construction.

• Airport authorities and airport operator personnel responsible for capital investment planning and infrastructure delivery.

• Government officials and aviation agency representatives involved in airport policy, investment appraisal, and infrastructure oversight.

• Construction managers, resident engineers, site supervisors, and contractors delivering airside and landside infrastructure.

• Project controls specialists responsible for integrated schedules, cost monitoring, progress measurement, and forecasting.

• Procurement, commercial, and contract managers administering airport construction and specialist equipment contracts.

• Aviation safety, quality assurance, security, compliance, and regulatory affairs professionals.

• Airport operations managers coordinating construction interfaces with passenger, aircraft, cargo, and ground-handling activities.

• Airfield specialists working on runways, taxiways, aprons, pavement rehabilitation, drainage, and airfield lighting.

• Terminal development teams responsible for passenger processing, baggage handling, retail areas, and building services.

• Airport planning consultants, engineering design firms, project management consultants, and technical advisers.

• Infrastructure financiers, public-private partnership specialists, investment analysts, and development finance professionals.

• Environmental and social safeguards specialists managing environmental approvals, resettlement, community engagement, and sustainability.

• Digital engineering, BIM, asset information, data analytics, and airport technology professionals.

• Testing, commissioning, facilities management, and operational readiness teams preparing infrastructure for service.

• Internal auditors, risk managers, and governance professionals responsible for project assurance and accountability.

Course Objectives

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

• Develop integrated airport infrastructure project plans that align aviation demand forecasts, strategic objectives, technical requirements, funding availability, and operational needs.

• Conduct structured feasibility assessments and business case evaluations covering engineering alternatives, passenger and cargo demand, economic benefits, financial sustainability, and lifecycle costs.

• Establish effective governance arrangements, reporting structures, decision rights, approval processes, and assurance mechanisms for complex airport capital programmes.

• Coordinate multidisciplinary airport design and construction workstreams across runways, taxiways, aprons, terminals, cargo facilities, utilities, access infrastructure, and specialist systems.

• Prepare realistic budgets, integrated schedules, resource plans, and delivery baselines that account for procurement lead times, construction interfaces, regulatory approvals, and operational constraints.

• Apply procurement planning, tender evaluation, contract administration, commercial risk allocation, change control, and claims management to improve value for money and delivery certainty.

• Identify and mitigate project risks associated with ground conditions, airside access, utility relocation, supply chains, environmental constraints, security, safety, and cost escalation.

• Implement project controls using progress verification, earned value analysis, critical path monitoring, cost forecasting, variance analysis, and timely corrective action.

• Integrate aviation safety, construction quality, regulatory compliance, security requirements, and operational continuity into airport project execution and assurance activities.

• Apply environmental and social management practices covering emissions, noise, water, biodiversity, construction waste, accessibility, climate resilience, and stakeholder engagement.

• Use digital engineering, BIM, common data environments, analytics, and responsible AI-enabled tools to strengthen design coordination, project monitoring, information management, and decision-making.

• Plan testing, commissioning, operational readiness, asset information handover, benefits realization, and post-implementation reviews to ensure infrastructure performs as intended.

Comprehensive Course Outline

Module 1: Airport Infrastructure Development Fundamentals

• Overview of airport infrastructure categories, including airside facilities, passenger terminals, cargo facilities, utilities, and landside access.

• Airport operating models, stakeholder responsibilities, aviation ecosystem relationships, and infrastructure delivery requirements.

• Airport development lifecycles from strategic planning and feasibility assessment through construction, commissioning, and operational handover.

• Key drivers of airport investment, including passenger growth, cargo demand, aircraft requirements, service quality, and network connectivity.

Module 2: Strategic Planning, Demand Forecasting and Feasibility

• Passenger, cargo, aircraft movement, and peak-hour demand forecasting for airport capacity planning and infrastructure sizing.

• Master planning, land-use requirements, development phasing, terminal capacity, airfield configuration, and long-term expansion scenarios.

• Technical, environmental, economic, financial, and institutional feasibility assessments for airport investment proposals.

• Business case development, option appraisal, sensitivity analysis, investment prioritization, and whole-life cost evaluation.

Module 3: Airport Project Governance and Stakeholder Coordination

• Project governance frameworks, steering committees, approval gates, accountability arrangements, and executive decision-making.

• Coordination among airport operators, civil aviation authorities, airlines, air navigation service providers, security agencies, and contractors.

• Project management office structures, reporting protocols, interface responsibilities, decision logs, and escalation mechanisms.

• Governance of multi-package airport programmes, independent assurance, regulatory engagement, and management of competing stakeholder priorities.

Module 4: Airport Design Management and Technical Integration

• Design coordination for runways, taxiways, aprons, terminals, cargo buildings, control facilities, utilities, and access roads.

• Integration of structural, architectural, mechanical, electrical, fire protection, communications, and specialist airport systems.

• Design reviews, technical approvals, requirements traceability, constructability assessments, and configuration management.

• Management of design interfaces, technical changes, value engineering, and prevention of conflicting or incomplete design information.

Module 5: Airside Infrastructure Planning and Delivery

• Planning and construction of runways, taxiways, aprons, shoulders, aircraft stands, and associated pavement infrastructure.

• Airfield pavement design considerations, ground conditions, drainage, pavement rehabilitation, and materials quality management.

• Airfield lighting, signage, markings, navigational aids interfaces, and coordination with relevant aviation technical requirements.

• Airside construction sequencing, access restrictions, work-zone controls, aircraft movement protection, and operational continuity planning.

Module 6: Passenger Terminal, Cargo and Landside Development

• Terminal planning for passenger processing, check-in, security screening, immigration, boarding, baggage reclaim, and passenger circulation.

• Development of cargo terminals, logistics facilities, maintenance buildings, ground-handling facilities, and supporting service areas.

• Landside access planning, road networks, public transport connections, parking facilities, pedestrian circulation, and intermodal integration.

• Integration of building services, fire and life safety, accessibility, passenger information systems, and terminal operational requirements.

Module 7: Project Scheduling, Cost Estimation and Controls

• Development of work breakdown structures, responsibility matrices, activity networks, integrated schedules, and milestone baselines.

• Capital cost estimation, quantity-based budgeting, contingency planning, escalation allowances, and lifecycle cost assessment.

• Critical path analysis, resource loading, earned value management, schedule performance measurement, and cost forecasting.

• Progress verification, variance analysis, recovery planning, management dashboards, and executive reporting for corrective action.

Module 8: Airport Procurement and Contract Management

• Selection of delivery strategies, including design-bid-build, design-build, EPC, EPCM, and public-private partnership arrangements.

• Procurement packaging for civil works, terminal systems, airfield equipment, baggage handling, security technology, and specialist services.

• Tender documentation, bid evaluation, supplier qualification, technical compliance, commercial analysis, and procurement risk allocation.

• Contract administration, payment certification, change orders, extension-of-time claims, dispute avoidance, and contractual closeout.

Module 9: Construction Management and Quality Assurance

• Site mobilization, construction sequencing, work-package coordination, contractor supervision, and productivity management.

• Inspection and test plans, material approvals, quality records, nonconformance reporting, and corrective action verification.

• Management of temporary works, utilities, logistics, restricted work areas, and interfaces between construction and airport operations.

• Completion inspections, defect management, quality audits, acceptance documentation, and verification of contractual deliverables.

Module 10: Aviation Safety, Security and Regulatory Compliance

• Integration of applicable aviation regulations, airport certification requirements, technical standards, and national legal obligations.

• Airside work permits, contractor access controls, vehicle movements, foreign object debris prevention, and construction safety briefings.

• Hazard identification, risk assessment, emergency coordination, occupational safety, and protection of aircraft and airport personnel.

• Security-sensitive construction planning, access authorization, inspection records, compliance evidence, and independent assurance reviews.

Module 11: Risk Management and Operational Continuity

• Development of project risk registers, risk ownership structures, qualitative and quantitative analysis, and mitigation plans.

• Management of geotechnical uncertainty, adverse weather, utility conflicts, inflation, exchange-rate movements, and equipment delivery delays.

• Construction phasing strategies for operating airports, including temporary facilities, traffic management, access restrictions, and service continuity.

• Risk-adjusted schedules, contingency use, early warning indicators, recovery planning, and resilience against disruptive events.

Module 12: Environmental, Social and Climate-Smart Airport Development

• Environmental impact assessment, permitting, monitoring plans, and management of noise, air quality, water, and biodiversity impacts.

• Climate adaptation measures for drainage, flooding, extreme temperatures, storm exposure, and long-term infrastructure resilience.

• Energy efficiency, renewable energy integration, emissions reduction, sustainable materials, and construction waste management.

• Stakeholder engagement, land acquisition safeguards, livelihood restoration, accessibility, community grievance mechanisms, and social accountability.

Module 13: Digital Engineering, Smart Airports and Artificial Intelligence

• Application of building information modelling, geographic information systems, common data environments, and digital coordination platforms.

• Digital twins, asset information models, automated progress monitoring, and integration of project data with airport operations.

• AI-assisted cost and schedule forecasting, document review, resource planning, predictive maintenance, and decision-support applications.

• Cybersecurity, data governance, interoperability, operational technology protection, responsible AI, and human verification of automated outputs.

Module 14: Airport Systems Integration, Testing and Commissioning

• Coordination and testing of baggage handling, passenger processing, access control, security screening, fire systems, and building management systems.

• Integration of power supply, backup generation, communications, information displays, airport operational databases, and monitoring platforms.

• Factory acceptance testing, site acceptance testing, integrated systems testing, defect resolution, and commissioning documentation.

• Regulatory inspections, operational trials, acceptance criteria, test evidence, and controlled transition from construction to airport service.

Module 15: Operational Readiness, Asset Management and Benefits Realization

• Operational readiness planning involving airport staff, airlines, ground handlers, emergency services, maintenance teams, and regulators.

• Preparation of operating procedures, staff training, maintenance plans, spare parts inventories, and emergency response arrangements.

• Asset registers, as-built drawings, warranties, digital handover records, facilities management systems, and lifecycle maintenance strategies.

• Benefits tracking using indicators for capacity, passenger processing, service reliability, cargo throughput, cost efficiency, and environmental performance.

Module 16: Integrated Airport Project Simulation and Delivery Improvement

• Preparation of an integrated airport infrastructure delivery plan covering governance, scope, budget, schedule, procurement, and assurance.

• Analysis of a case scenario involving construction delays, cost overruns, design interfaces, operational constraints, or regulatory findings.

• Development of a project recovery strategy incorporating risk responses, stakeholder communication, contract actions, and performance controls.

• Presentation of an executive project dashboard, commissioning roadmap, audit-ready evidence plan, and measurable continuous improvement priorities.

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.