Construction industry must play a key role in the duration of the project. It must be based on a solid foundation, human and human resources management and the exploitation of the gains mainly on society in a meaningful way. With the tremendous technological development of our time, the role of Building Information Modeling (BIM) has been widely seen in the recent period due to the development of modern software and simple to use compared to other software to meet the requirements of BIM beneficiaries and the integration of all parties of the project (the employer) Consultant and contractor), and designers of the program from various disciplines architectural, construction, mechanics, electricity and health work also where they are integrated and the link of information between them. The purpose of this thesis is to study how to use BIM to apply the fourth dimension (Time), the fifth dimension (Cost), to explore intersections of various elements, and ways to solve these intersections. The study included the selection of one of the buildings in Jordan - Khalda - after review of the previous studies. Based on the drawings plan, Elevations, the building was modeled by Autodesk Revit software. The fourth and fifth dimensions were applied to the Autodesk Navisworks. The researcher has discovered through previous studies that the discovery of intersections during the design process reduces errors and problems during the implementation phase, and reduces the project time from the traditional methods. One of the best programs to explore intersections (Autodesk Navisworks). Finally, the researcher recommends the application of BIM technology for engineering projects and the training of engineering personnel in companies in Jordan to make the most of the engineering project information during project life cycle.