Università Roma Tre

• Introduction to transport engineering
• Airport terminal
o historical evolution and terminal functions
o civil infrastructure layout
o institutional and regulatory references
• The airport system:
o Transport operators
o Accessibility to airport infrastructure and services
o Air transport services
o Terminals and internal handling (pedestrian flow models and evaluation of the pedestrian level of service)
o Performances of air transport infrastructures and services: Key Performance Indicators (KPIs)
• Airport design
o master plan
o design guidelines for accessibility infrastructures
o air terminal main building and other structures
o internal roadways and parking areas land side
o air side: aprons
o air side: runways and taxiways
o pavement and road materials
o landing and take off safety
o infrastructures monitoring and maintenance
• The modeling phase:
o Transport supply models: Study area; Zoning system; Graph theory
o Transportation demand models: Emission/attraction models; Distribution models; Modal split models (Random utility and Logit models)
o Calibration of cost functions (supply); Calibration of demand models (aggregate and disaggregate calibration)
o Interaction between supply and demand: deterministic network assignment
• Economic evaluations: Benefits - Costs Analysis
• Environmental Impact Assessment

A. Benedetto (2015) "Strade Ferrovie Aeroporti." UTET Università. De Agostini Scuola. Novara
“Transportation Systems Analysis. Models and Applications” (E. Cascetta, Springer, 2009)
“Sistemi di trasporto: tecnica e economia” (G. Cantarella, Utet Giuridica, 2009)
Edwards, Brian. The Modern Airport Terminal : New Approaches to Airport Architecture, CRC Press LLC, 2005. (ProQuest Ebook Central, https://ebookcentral.proquest.com/lib/Uniroma3-ebooks/detail.action?docID=200040)

Introduction to transport engineering. The airport system: Transport operators; Accessibility to airport infrastructure and services; Air transport services; Terminals and internal handling (pedestrian flow models and evaluation of the pedestrian level of service); Performances of air transport infrastructures and services: Key Performance Indicators (KPIs).
The modeling phase: Transport supply models: Study area; Zoning system; Graph theory; Transportation demand models: Emission/attraction models; Distribution models; Modal split models (Random utility and Logit models); Calibration of cost functions (supply); Calibration of demand models (aggregate and disaggregate calibration); Interaction between supply and demand: deterministic network assignment
Economic evaluations: Benefits - Costs Analysis

Lecture notes
“Transportation Systems Analysis. Models and Applications” (E. Cascetta, Springer, 2009)
“Sistemi di trasporto: tecnica e economia” (G. Cantarella, Utet Giuridica, 2009)

• The modeling phase:
o Transport supply models: Study area; Zoning system; Graph theory
o Transportation demand models: Emission/attraction models; Distribution models; Modal split models (Random utility and Logit models)
o Calibration of cost functions (supply); Calibration of demand models (aggregate and disaggregate calibration)
o Interaction between supply and demand: deterministic network assignment

• The airport system:
o Transport operators
o Accessibility to airport infrastructure and services
o Air transport services
o Terminals and internal handling (pedestrian flow models and evaluation of the pedestrian level of service)
o Performances of air transport infrastructures and services: Key Performance Indicators (KPIs)

• Economic evaluations: Benefits - Costs Analysis

Lecture notes
“Transportation Systems Analysis. Models and Applications” (E. Cascetta, Springer, 2009)
“Sistemi di trasporto: tecnica e economia” (G. Cantarella, Utet Giuridica, 2009)