Abstract: A system for estimating space and budgeting requirements for real estate applications provides remote access to a user over a network so the user can receive real estate space and budgeting estimate in real time through a graphical user interface. A processor receives via a graphical user interface the user's select test fit parameters and the user's select property record of a subject property. The processor automatically generates a leasing cost estimate and a construction cost estimate based on the user's select test fit parameters and the user's select subject property record. The processor automatically generates a proposed layout of a floor plan based on the user's select test fit parameters and the user's select subject property record. The processor transmits the generated leasing cost estimate, the generated construction cost estimate, and the generated proposed layout of the floor plan for display in the graphical user interface.

Abstract: A system for estimating space and budgeting requirements for real estate applications provides remote access to a user over a network so the user can receive real estate space and budgeting estimate in real time through a graphical user interface. A processor receives via a graphical user interface the selected test fit parameters and the user's select property record of a subject property. The processor automatically generates a leasing cost estimate and a construction cost estimate based on the user's select test fit parameters and the user's select subject property record. The processor automatically generates a proposed layout of a floor plan based on the user's select test fit parameters and the user's select subject property record. The processor transmits the generated leasing cost estimate, the generated construction cost estimate, and the generated proposed layout of the floor plan for display in the graphical user interface.

Abstract: A system comprising programmed instructions stored in memory and one or more processors configured to provide remote access to a client over a network to receive real estate space and budgeting estimate in real time through a graphical user interface (GUI). A plurality of test fit parameters are transmitted for display in the GUI for the client device to select. The selected test fit parameters are received wherein at least one comprises usable square footage. The selected property record of a property including property parameters is received. Leasing cost and construction cost estimates and a proposed layout are automatically generated including a determination of a headcount and numbers and types of office space based on the selected test fit parameters including the usable square footage and the selected property record. The generated leasing and construction cost estimates and proposed layout are transmitted for display.

Abstract: A system for estimating space and budgeting requirements for real estate applications provides remote access to a user over a network so the user can receive real estate space and budgeting estimate in real time through a graphical user interface. A processor receives via a graphical user interface the selected test fit parameters and the user's select property record of a subject property. The processor automatically generates a leasing cost estimate and a construction cost estimate based on the user's select test fit parameters and the user's select subject property record. The processor automatically generates a proposed layout of a floor plan based on the user's select test fit parameters and the user's select subject property record. The processor transmits the generated leasing cost estimate, the generated construction cost estimate, and the generated proposed layout of the floor plan for display in the graphical user interface.

Abstract: A system for estimating space and budgeting requirements for real estate applications provides remote access to a user over a network so the user can receive real estate space and budgeting estimate in real time through a graphical user interface. A processor receives via a graphical user interface the user's select test fit parameters and the user's select property record of a subject property. The processor automatically generates a leasing cost estimate and a construction cost estimate based on the user's select test fit parameters and the user's select subject property record. The processor automatically generates a proposed layout of a floor plan based on the user's select test fit parameters and the user's select subject property record. The processor transmits the generated leasing cost estimate, the generated construction cost estimate, and the generated proposed layout of the floor plan for display in the graphical user interface.