Urban Mobility
Mobilising the future
As cities expand, the pressure to create smart, efficient and sustainable mobility networks intensifies. While urban mobility planning can alleviate congestion, reduce emissions and prioritise safety in movement, it can also do more. Holistic solutions can also be designed to promote economic vitality, enhance quality of life, and help future-proof cities for the long term.
Elevating connectivity
Our approach to transportation planning and design is multifaceted and straddles both macro and micro-level analyses. We begin by examining the broader urban context, considering factors such as land use patterns, zoning regulations, and population density to establish a robust framework for transportation development. We then delve into the intricate details of transportation systems, focusing on multimodal integration, infrastructure development, traffic management, pedestrian and cyclist facilities, and public transport optimisation.
This enables us to create integrated transportation solutions that support urban mobility and enable a seamless flow of people, goods and services, from vehicular roads and expressways to pedestrian walkways, aviation hubs, and border checkpoints.
Structured Planning
The creation of a long-term transportation infrastructure plan starts with a multidisciplinary land-use and transport integrated model. This involves mapping macroscopic, mesoscopic and microscopic transport models to the city’s overall physical development plans to ensure synergy.
Doing so allows us to plan and design transportation infrastructure in a way that best meets the city’s needs in terms of land-use balancing, land zoning, accessibility and circulation of both vehicular and pedestrian circulation, among many other considerations.
Precision Design
With a transportation model in place, we delve into demand-based planning, using modelling tools to forecast demand and achieve optimal space, capacity, flow and layout outcomes.
As part of our sustainable practices, we also adopt human-centric designs, ensuring that the commuter experience is comfortable, seamless and accessible for people of diverse abilities. This also extends to the creation of elevated green corridors and underground logistics corridors that separate freight traffic from the ground road network.
