Applied simulation
Real-world examples of CityMoS tackling complex mobility challenges.
Application area
In collaboration with MIT’s SMART, the Singapore ETH Centre and Berkeley BEARS, CityMoS was combined with numerical optimisation to plan and evaluate bus bridging strategies for a hypothetical subway disruption.
Read case study →
Projects with ZF and TUMCREATE demonstrated how CityMoS supports the planning, deployment and optimisation of electric shuttle bus systems, from passenger benefits to charging requirements and integration with existing public transport.
Read case study →
A comprehensive model of mixed-fleet public bus operation and charging provides detailed insights into energy demand, battery state and charging requirements across an entire bus network, down to individual vehicles and stations.
Read case study →Application area
SITEM supports Singapore’s nationwide transition to electric vehicles. It combines mobility and energy modelling to analyse individual vehicle movements, charging decisions, projected energy demand and interaction with electricity grid capacity.
Read case study →
The Cooling Singapore programme investigates the urban heat island effect. CityMoS models how much traffic contributes to increased temperatures and supports analysis of transport emissions in Singapore.
Read case study →Application area
In the City Logistics Charging project, CityMoS acts as a digital twin for a new logistics terminal. It studies fleet composition, task assignments, charging management and feasibility within the available power grid capacity.
Read case study →Application area
The MoVES Lab, a partnership with Huawei, enhances CityMoS with research into realistic transport models. Its simulations support traffic flow planning, traffic light control and more efficient urban mobility.
Read case study →