Differential Equation's Hidden Essential Role within Industry 4.0 Workspace

Technicians with Engineering Technology (ET) skill sets are essential in the 21 stcentury industry 4.0 (I4.0) workspace.The I4.0 environment includes multitasking equipment that is integrated to and contiguous with various application subsystems.Bundled in this innovative approach to system control, is the automated acceptance, validation, and analysis of data within each of the I4.0 workstations.These data sets are also blended, transparent to the technician, into appropriate models to track subsystem and overall system performance variable alterations relative to process operation time.These system variable alteration models are differential equation based [1].The models provide essential knowledge elements for technicians with operation, maintenance, troubleshooting, and repair responsibilities related to I4.0-based equipment, subsystems, and systems.The ET technician can be considered a customer for differential equation-based model results while the faculty within their 2-year associate degree ET technician programs are the responsible agents that initially deliver differential equation knowledge, skills, and outcomes to those technicians.This paper navigates within a model for differential equation instruction that employes facilitating precepts for faculty teaching ET skills and skill sets to future technicians.