System Integration

• Physical Location and Space Requirements
  Establishes the available location and space available for all components to be integrated into the design.
  Determines the necessary mounting features and hardware required for the design

• Mechanical and Software Interfaces
  Defines the relationships between the electrical functions and the functions provided by the mechanical and software designs
  Assures that the electrical design takes advantage of the features and benefits provided by the mechanical and software designs and integrates well with their interfaces

• Power, Control, Sensing, Actuation Cabling and Harnessing Interfaces
  These interfaces are within the electrical design and relate to the electrical subsystem interfaces provided by power distribution, electrical control, sensing, actuation, cabling and harnessing
  The designs for these functions directly affect the International Marketability, Electromagnetic Compatibility, Susceptibility and Product Safety of the product or equipment designed

• Prototyping, Testing and Evaluation
  Prototypes of the electrical designs for power distribution, harnessing, cabling, sensing, control boards and actuators (such as motors, solenoids, etc) are built and integrated into the equipment and tested at the system level to determine that all requirements are met.
  Complete documentation on all testing is provided with the product or equipment

• Packaging, Documentation and Delivery
  The deliverable product or equipment is packaged for delivery
  complete engineering and releasable documentation is provided with the product or equipment