Equipped-Human Reference Architecture

A system comprising:

• a processor;
• and
• a memory with computer code instructions stored therein, the memory operatively coupled to said processor such that the computer code instructions configure the processor to implement:
• an initialization module configured to load, from a first database, a representation of an Equipped-Human Reference Architecture (EHRA) model;
• an extraction module configured to, based on indications of polymorphic attributes of at least one of a human, a task, an equipment, and an operational environment as defined by the EHRA model, selected by a user, load a plurality of properties associated with the received indications from a second database;
• a combination module configured to polymorphically add the plurality of properties to the representation of the EHRA model;
• and
• a solution module configured to provide an equipped human system (EHS) solution architecture based on the EHRA model with the plurality of properties by analyzing one or more needs of the human, the task, the equipment, and the operational environment and determining an EHS solution meeting each need, and update the EHRA model based on EHS solution architecture.

A non-transitory computer-readable medium configured to store instructions for implementing an Equipped-Human Reference Architecture (EHRA) model, the instructions, when loaded and executed by a processor, causes the processor to:

• load, from a first database, a representation of an Equipped-Human Reference Architecture (EHRA) model;
• based on indications of polymorphic attributes of at least one of a human, a task, an equipment, and an operational environment as defined by the EHRA model, selected by a user, load a plurality of properties associated with the received indications from a second database;
• polymorphically add the plurality of properties to the representation of the EHRA model;
• provide an equipped human system (EHS) solution architecture based on the EHRA model with the plurality of properties by analyzing one or more needs of the human, the task;
• the equipment and the operational environment and determining an EHS solution meeting each need;
• and
• updating the EHRA model based on EHS solution architecture.