The thesis will build on the results from a previous study which evaluated the energy and power demand requirements for a city-scale electric bus operation.
The goal of this thesis is to investigate the DSF potential of Singapore’s building stock and to formulate bidding strategies for flexible building loads in a liberalized energy market.
The goal of this project is to evaluate and compare the descriptive potential of 1) an analytical statistical human driver model and 2) a black-box model realized using an artificial neural network.
This project requires programming, simulation, and data analysis skills. The goal of this project is to evaluate the potential of the DART system by means of simulation.
We are seeking a graphic design intern to help us address problems from visual communication perspective.
This thesis has the focus of investigating the impact of bus charging regimes on smart batteries.
The goal of this project is to investigate causes and develop solutions for traffic congestions in a virtual Singa-pore road network.
The goal of this project is to evaluate the potential of the virtual right of way concept in a microscopic agent-based simulation environment.
We are seeking interaction design interns to assist us in creating user-focused and intuitive products.
We aim to introduce a new privacy risk assessment method to (1) assign a measurable and tangible privacy risk to smart city system components and (2) formalise how this risk is affected by privacy-enhancing technologies and (3) how it propagates...