Concurrent project realization system and tools

One or more network devices, comprising:

• a communications interface to communicate with a user device;
• a memory to store a set of processor-executable instructions;
• and
• a processor configured to execute the processor-executable instructions, wherein executing the processor-executable instructions causes the processor to:
• obtain a business profile of a workgroup using an activity-based workspace, wherein the business profile includes a total headcount, a department type, and an activity-based space ratio;
• automatically determine space requirements to accommodate the business profile based on a set of workplace standards;
• receive, via a supplier upload interface, component parameters from different suppliers for design components that can be deployed to the activity-based workspace, wherein the supplier upload interface includes a structured format to accept, for each design component, dimensioning information, manufacturer information, availability timeline information, installation time information, and three-dimensional visualization information;
• store a library of the component parameters;
• solicit, via a graphical user interface, a workspace layout for the activity-based workspace, wherein the soliciting includes:
• providing a virtual rendering of fixed components of the activity-based workspace, and
• providing, based on the business profile, a list of the design components that can be selectively placed within the workspace layout;
• receive, via the graphical user interface, placements of design components within the workspace layout to create a proposed design for the activity-based workspace;
• verify the proposed design against the space requirements and the set of workplace standards;
• create a project timeline for completing the activity-based workspace, based on the proposed design and using the stored component parameters for the design components in the proposed design, wherein the project timeline includes project work orders, design schedules, and construction schedules;
• generate, based on the stored component parameters, an interactive three-dimensional rendering of the proposed design, wherein the interactive three-dimensional rendering provides a virtual walkthrough experience of the proposed design;
• provide, within the interactive three-dimensional rendering:
• an object selection interface with a menu of the design components from the library that are available to be selected for changes during the virtual walkthrough experience, and
• an object properties interface for each of the design components in the menu, the object properties interface including different options associated with each of the design components;
• receive user selections from the object selection interface and the object properties interface to change object properties of one or more design components;
• update the interactive three-dimensional rendering, based on the user selections and using the stored component parameters, to provide an updated interactive three-dimensional rendering;
• present the updated interactive three-dimensional rendering;
• receive an approval of the updated interactive three-dimensional rendering;
• and
• dynamically update the project timeline, based on the stored component parameters for the design components, upon receiving approval of the updated interactive three-dimensional rendering.

A non-transitory computer-readable medium containing instructions executable by at least one processor, the computer-readable medium comprising one or more instructions to cause the at least one processor to:

• obtain a business profile of a workgroup using an activity-based workspace, wherein the business profile includes a total headcount, a department type, and an activity-based space ratio;
• automatically determine space requirements to accommodate the business profile based on a set of workplace standards;
• receive, via a supplier upload interface, component parameters from different suppliers for design components that can be deployed to the activity-based workspace, wherein the supplier upload interface includes a structured format to accept, for each design component, dimensioning information, manufacturer information, availability timeline information, installation time information, and three-dimensional visualization information;
• store a library of the component parameters;
• solicit, via a graphical user interface, a workspace layout for the activity-based workspace, wherein the soliciting includes:
• providing a virtual rendering of fixed components of the activity-based workspace, and
• providing, based on the business profile, a list of the design components that can be selectively placed within the workspace layout;
• receive, via the graphical user interface, placements of design components within the workspace layout to create a proposed design for the activity-based workspace;
• verify the proposed design against the space requirements and the set of workplace standards;
• create a project timeline for completing the activity-based workspace, based on the proposed design and using the stored component parameters for the design components in the proposed design, wherein the project timeline includes project work orders, design schedules, and construction schedules;
• generate, based on the stored component parameters, an interactive three-dimensional rendering of the proposed design, wherein the interactive three-dimensional rendering provides a virtual walkthrough experience of the proposed design;
• provide, within the interactive three-dimensional rendering:
• an object selection interface with a menu of the design components from the library that are available to be selected for changes during the virtual walkthrough experience, and
• an object properties interface for each of the design components in the menu, the object properties interface including different options associated with each of the design components;
• receive user selections from the object selection interface and the object properties interface to change object properties of one or more design components;
• update the interactive three-dimensional rendering, based on the user selections and using the stored component parameters, to provide an updated interactive three-dimensional rendering;
• present the updated interactive three-dimensional rendering;
• receive an approval of the updated interactive three-dimensional rendering;
• and
• dynamically update the project timeline, based on the stored component parameters for the design components, upon receiving approval of the updated interactive three-dimensional rendering.