Systems and methods of automated design and spatial allocation of buildings

A computer-implemented method of designing buildings and portions of buildings, comprising:

• creating a database of building components;
• receiving one or more input requirements and analyzing the one or more input requirements, the input requirements including a set of floor plans, each of the floor plans verified against specified requirements;
• designing and generating one or more optional feasible designs for a building or portion of a building;
• designing one or more optional feasible designs for one or more of:
• common public functional spaces, offices, suites, classrooms, hospital rooms, dwelling units, and an interior of each unit with its components;
• and
• when a request for an architectural design plan is made including new requirements, generating an architectural design plan for the building or portion of a building, the architectural design plan including optimal floor plans being output by one or more machine learning models to match the new requirements without starting to design from scratch.

A computer-implemented method of designing buildings and portions of buildings, comprising:

• creating a database of building components;
• receiving one or more input requirements and analyzing the one or more input requirements;
• designing and generating one or more optional feasible designs for a building or portion of a building based on the one or more input requirements;
• designing one or more optional feasible designs for one or more of:
• common public functional spaces, offices, suites, classrooms, hospital rooms, dwelling units, and an interior of each unit with its components;
• checking for paths between components in the building or portion of a building and finding the shortest paths between components while ensuring that the shortest paths are wide enough to comply with egress requirements and other regulations;
• expanding components towards each other simultaneously and choosing an expansion strategy that maximizes an area of each component while verifying clear paths and clearances in the building design;
• synchronizing the simultaneous expansion of components with incorporating accessibility and building code regulatory requirements into an architectural design plan to verify that clearance requirements are being met while optimizing component sizes, functions, and shape ratios;
• and
• generating an architectural design plan for the building or portion of a building including an optimal feasible design that matches the one or more input requirements.