204 and or a mechanical element 206 may be either positioned on a surface of the tile element 202 or within a surface of the tile element 202 in order to create functionality properties u2014 electrical mechanical u2014 for the prefabricated module component 200 for entry into the module library 130 fig1 the surface opposing the surface that includes the electrical element 204 and or a mechanical element 206 is generally planar electrical elements 204 control electrical energy and may include for example 2 way connect 4 way connect crossover connect resistor capacitor inductor diode transistor switch and microcontroller as seen schematically in fig3 mechanical elements 206 control mechanical energy and may include any working or moveable function such as a gripper or robot effector fig3 illustrates schematic diagrams of select module components 204 according to the invention as shown more specifically in fig3 a blank module component 210 does not include an electrical element or mechanical element module component 212 illustrates a 2 way connect module component 214 illustrates a 4 way connect module component 216 illustrates a crossover connect module component 218 illustrates a resistor module component 220 illustrates a capacitor module component 222 illustrates an inductor module component 224 illustrates a diode specifically a light emitting diode u201c led u201d module component 226 illustrates a switch module component 228 and module component 230 illustrate transistors specifically a p channel field effect transistor u201c p fet u201d and a.