Conveyor, hydraulic, pneumatic, pumping, compressor, and rotating-equipment systems — how complete machines are sized, integrated, and kept running as one production line rather than isolated components.
Modules 4 through 11 built the individual-component toolkit — mechanics, materials, machine elements, power transmission, fluids. This module assembles those components into the complete systems an applied mechanical engineer actually specifies and troubleshoots: belt and screw conveyors, hydraulic and pneumatic circuits, centrifugal and positive-displacement pumps, reciprocating and rotary-screw compressors, and the shaft alignment and balance discipline that keeps rotating equipment running.
By the end of this module you should be able to explain why a pump is cavitating from an NPSH deficit rather than a worn impeller, why a conveyor drive pulley is slipping, and how a packaging line's real throughput is set by its weakest link rather than its fastest machine — groundwork Project 1 (Conveyor System) and Project 2 (Pumping Station) in this program's Real Projects section carry into full site-level case studies.