Sustainable Human Performance In Large People-oriented Corporations: Integration Of Human Systems For Next-generation Metaverse

Abstract: Human systems integration (HSI) involves Human Factors and Ergonomics (HFE), Human-Machine Interaction (HMI), engineering, and domain experience, which are the initial components of systems engineering (SE) in all industries' economies: wellbeing, transportation, energy, IT, retail, finance, manufacturing, and production. HSI can be achieved by combining virtual prototyping with Human-In-the-Loop (HIL) simulations. HMI is typically a model-based and patented innovation; it uses HIL and requires a homogenized systemic reflection with feedback. Virtual Reality (VR) Human-Centered Design (HCD) is sustainable. VR-controlled HCD acts as a definitive Key Enabling Technology (KET) concept in considering the full range of system Life Cycle Assessments (LCAs) and whether the process is sustainable. To this end, on the planet earth, human organizational elements are not only assessed during the design process but the whole LC of a system. Against intuitive education, it has been stated that conservative and narrow LCA should not be implemented in a sustainable world but instead Cradle-to-Cradle (C2C) design from social, economic, or environmental terms; the objective is to increase positive impacts, not reduce negative ones as in LCA. By enabling virtual environments, digital tools enable these new capabilities, which should be realized as sustainable by Digital Twin (DT) formable as a Sustainable Model Based HSI (SMBHSI) concept with high-level Artificial Intelligence (AI) and C2C consideration forming the level of the metaverse, straining from VR. DT-based Internet of Things (IoT) solutions enable investigators to test scenarios for future foresight, give corporations abilities to benefit from performance metrics based on domain experience, and are a crucial concept in SMBHSI. A case on this proceeding instance will display an example for SMBHSI when the method is scoping review to the strategic objective to form an up-to-date linear outlook. Integrating HSI on AI and C2C thinking methodologies helps to save resources and move towards the globalized green level of circular economies, representing the economic integration of the economy of the human system by indirect resources utilization suggestion as indicative as inference and adaptation to blockchains.

Keywords: Human Systems Integration, Systems Engineering, Front- and Back-End Design, Sustainability

DOI: 10.54941/ahfe1002858

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