Full Analysis: The PDMS Course Syllabus – From Interface to Isometrics Introduction PDMS (now commonly referred to as E3D’s predecessor, though still widely taught) is a flagship software for 3D plant design in industries like oil & gas, petrochemicals, power generation, and pharmaceuticals. A standard PDMS course syllabus is structured to take a beginner from basic interface navigation to generating clash-free, construction-ready deliverables.
Core Modules of a PDMS Syllabus 1. Introduction & Interface Familiarization
Topics:
Overview of PDMS vs. AutoCAD/Revit Project database structure (MDB, TMP, PIC, etc.) Logging in, creating a user, setting passwords Understanding the Explorer, Palette, Command Line, and graphical viewports pdms course syllabus
Key Skills: Navigating the 3D environment, customizing the interface, understanding multi-database hierarchy Industry Relevance: Reduces learning curve; prevents accidental data corruption by teaching proper login/logout procedures.
2. Equipment Modeling
Topics:
Creating standard equipment (pumps, vessels, tanks, columns) Using primitive shapes (cylinders, boxes, cones, pyramids) Positioning equipment using coordinates and relative positioning Modifying equipment (move, rotate, stretch, delete)
Key Skills: Building a “digital mockup” of process equipment; understanding origin points and local axes Outcome: A student can place a distillation column, add nozzles at correct elevations, and locate pumps near grade.
3. Piping Modeling – The Core of PDMS
Topics:
Specifying pipe components from catalogs (flanges, elbows, tees, reducers, valves) Headers and branches (head method, branch method) Routing pipes with automatic routing, manual drag, and coordinate input Changing pipe bore, specification (spec), material Placing supports (shoes, guides, anchors) Using spooler for prefabrication extraction