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Transportation Modelling

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At MobilityEdge Solutions, Transportation Modelling is a cornerstone of our consultancy services. We apply advanced modelling techniques to analyze, forecast, and optimize transportation systems at every scale — from individual intersections to entire regional networks. Our models support decision-makers with accurate, scenario-based insights to plan resilient, efficient, and sustainable transportation infrastructure.

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Our team leverages global expertise, cutting-edge software, and real-world data to simulate current and future traffic conditions, assess the impacts of new developments, and evaluate the effectiveness of infrastructure investments.

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1 

Macroscopic Network Modelling

  • Large-scale transportation model development for regional, citywide, and corridor studies.

  • Evaluation of strategic infrastructure improvements and policy interventions.

  • Both Highway Highway Assignment Models and Land-use based models.

2

Microscopic & Mesoscopic Simulation

  • Detailed operational modelling of intersections, corridors, and complex networks.

  • Microsimulation using VISSIM, Aimsun, Paramics, and other industry-leading tools.

  • Simulation of multimodal systems including pedestrians, bicycles, and transit.

3

Public Transport Modelling

  • Bus, metro, tram, and rail network simulation and performance analysis.

  • Integration of transit priority measures into mixed traffic flow.

  • Passenger demand estimation and capacity planning.

  • Multi-modal interchange modelling and optimization.

4

Pedestrian Modelling & Crowd Management

  • Simulation of pedestrian flows using tools like Legion, MassMotion, and PTV Viswalk.

  • Crowd safety assessments for public spaces, events, and transit hubs.

  • Capacity analysis of walkways, crossings, and interchanges.

  • Emergency evacuation modelling and contingency planning.

  • Integration of pedestrian movement with overall traffic and transport systems.

5

Demand Forecasting & Scenario Development

  • Travel demand forecasting using land use, population, and employment projections.

  • Scenario-based modelling for different growth and policy assumptions.

  • Mode share estimation for private vehicles, public transport, cycling, and walking.

  • Land use–transport integration for long-term master planning.

  • Design, Implement and analyze large scale traffic survey data using multiple sources

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