Major Airport Operations Analysis Training

Objectives:
• Understand the scope and complexity of major airport operations.
• Identify key stakeholders and their roles.
• Recognize regulatory frameworks governing airport operations.

Topics:
• Definition and classification of major airports.
• Overview of airport systems: airside, landside, terminal.
• Key stakeholders: airlines, ground handlers, ATC, security, customs.
• Regulatory bodies: SACAA, ICAO, IATA.
• Airport safety and security regulations.
• Introduction to aerodrome certification.

Objectives:
• Describe airside infrastructure and its functions.
• Explain runway capacity and management techniques.
• Understand airside safety and incident prevention.

Topics:
• Airside layout: runways, taxiways, aprons, stands.
• Runway capacity factors and slot coordination.
• Airfield lighting and markings.
• Wildlife hazard management.
• Runway incursion prevention.
• Airside vehicle control and permits.

Objectives:
• Analyze terminal design principles and passenger flow.
• Evaluate check-in, security, and boarding processes.
• Identify bottlenecks and service level standards.

Topics:
• Terminal configurations: linear, pier, satellite, transporter.
• Passenger processing: check-in (CUSS, bag drop), security screening.
• Boarding gates and aircraft turnaround.
• Passenger flow modeling and simulation.
• Service level agreements (SLAs) for passenger services.
• Special needs and accessibility.

Objectives:
• Describe ground handling services and equipment.
• Understand ramp safety and coordination.
• Analyze turnaround processes and efficiency.

Topics:
• Ground handling functions: baggage, cargo, catering, fueling, cleaning.
• Ramp equipment: belt loaders, tugs, GPU, air start units.
• Aircraft turnaround planning and critical path.
• Ramp safety: marshalling, wing walkers, vehicle operations.
• Ground handling agreements and performance monitoring.
• Dangerous goods handling.

Objectives:
• Explain airport security measures and protocols.
• Understand emergency response planning.
• Evaluate security threats and mitigation strategies.

Topics:
• National and international security regulations (AVSEC).
• Access control, screening, and surveillance systems.
• Security incident response: bomb threats, hijackings, breaches.
• Emergency planning: fire, medical, natural disasters, aircraft accidents.
• Tabletop exercises and drills.
• Crisis communication and coordination.

Objectives:
• Apply capacity analysis techniques.
• Understand demand management strategies.
• Evaluate slot allocation and scheduling.

Topics:
• Capacity definitions: throughput, delay, level of service.
• Runway capacity models (FAA, ICAO).
• Terminal capacity: check-in, security, baggage.
• Demand management: peak pricing, slot controls.
• Collaborative decision making (A-CDM).
• Case studies on capacity constraints.

Objectives:
• Identify environmental impacts of airport operations.
• Understand noise management and mitigation.
• Apply environmental management systems.

Topics:
• Noise pollution: measurement, contours, curfews.
• Air quality: emissions from aircraft and ground vehicles.
• Water management: runoff, de-icing fluid containment.
• Waste management: recycling, hazardous waste.
• Environmental impact assessments (EIA).
• Sustainable aviation fuels and carbon offset programs.

Objectives:
• Understand airport revenue streams.
• Analyze cost management and budgeting.
• Evaluate commercial concessions and non-aeronautical revenue.

Topics:
• Aeronautical vs. non-aeronautical revenue.
• Landing fees, passenger service charges.
• Concessions: retail, F&B, advertising, car parking.
• Airport cost centers: operations, maintenance, utilities.
• Budgeting and financial planning.
• Performance benchmarking and KPIs.

Objectives:
• Apply performance measurement frameworks.
• Use benchmarking to identify improvements.
• Analyze operational data for decision-making.

Topics:
• Key performance indicators (KPIs): on-time performance, turnaround time.
• Balanced scorecard for airports.
• Benchmarking methodologies: peer group, best practice.
• Data collection and analysis tools.
• Service quality monitoring (ASQ surveys).
• Case studies: performance improvement initiatives.

Objectives:
• Describe emerging technologies in airport operations.
• Evaluate benefits and challenges of automation.
• Understand digital transformation trends.

Topics:
• Biometrics and automated border control.
• Baggage handling automation (RFID, sortation).
• Smart security: computed tomography (CT) scanners.
• Internet of Things (IoT) for asset tracking.
• Artificial intelligence for predictive analytics.
• Digital twin and simulation for operations.

Objectives:
• Develop operational plans for daily activities.
• Coordinate with multiple stakeholders.
• Manage irregular operations and disruptions.

Topics:
• Daily operations planning: resource allocation, shift scheduling.
• Coordination with ATC, airlines, ground handlers.
• Disruption management: weather, strikes, technical failures.
• Contingency planning and business continuity.
• Communication protocols and briefings.
• Use of airport operations control center (AOCC).

Objectives:
• Integrate all course concepts in a capstone analysis.
• Present findings and recommendations.
• Review key learnings and future trends.

Topics:
• Capstone project: analyze a major airport's operations.
• Group presentations and peer feedback.
• Course review and Q&A.
• Emerging trends: urban air mobility, sustainability.
• Career pathways in airport operations.
• Final assessment.