The use of building information modeling (BIM) to support the infrastructure lifecycle is being been reported widely in literature. An infrastructure is a significant part of its surroundings, hence; its lifecycle must not be planned in isolation or without considering its participation in its surroundings. The planning of an infrastructure lifecycle must consider the way surroundings affect the lifecycle and how an infrastructure impacts on its surroundings. The geographic information system (GIS) is widely used to support various tasks of an infrastructure lifecycle in which BIM is lacking. Understanding the participation of an infrastructure in its surroundings is also done by using GIS, however, the potential use of GIS in the entire lifecycle of an infrastructure has not yet been investigated. The practical framework by using the main application areas of BIM and GIS has been developed for seamlessly using BIM and GIS in various stages of the infrastructure lifecycle. Finally, the developed framework was used for the lifecycle management of the building project taken as the case study. It was established that BIM and GIS have coordinated solutions in the planning and developing a sustainable infrastructure lifecycle. The major contribution of the present study to the existing body of knowledge is the framework for using the main application areas of BIM and GIS to support infrastructure lifecycle. BIM was used for the geometrical modeling of the components of infrastructure. GIS was used to model the surroundings of an infrastructure and the interaction between an infrastructure and its surroundings.