Plant Design Management System (PDMS) is an Engineering Design Software used to model a complete Facility from Foundation level to the Equipment level, Structural level, and as well as Pipe routing .
It is a multi-discipline three-dimensional modeling system that allows on to simulate a detailed full-sized model of all significant parts of a Facility.
It allows one to see a full-coloured shaded representation of the Plant model as Design progresses, adding an extremely level of realism to traditional drawing office technique
PDMS (Plant Design Management System) as it is known in the 3D CAD industry, is a customizable, multi-user and multi-discipline, engineer controlled design software package for engineering, design and construction projects in offshore and onshore.
• To provide trainees with the basic knowledge of Pipes and Plant Design Management Systems
• To train engineers to competently design pipes, workflow stations and 3D Plants using the PDMS Software
• To provide trainees with practical knowledge of the user interface, attributes, positioning and orientation of elements
• To provide a refresher course for those already involved in the oil and gas pipes & plant design operations
WHO SHOULD ATTEND
Mechanical/ Production engineers, Electrical, Engineers, Chemical Engineers, Materials Engineers, Construction Engineers, Oil & Gas Engineers, Civil-Structural Engineers, Designers & Draughtsman, Project Engineers and other related disciplines.
ABOUT THE TRAINING
PDMS has modules for both administrative and designer users. This training is limited to the modules for Designers. However, it is a pre-0
COURSE OUTLINE FOR PDMS DESIGNEER.
Requires modeling a complete 3D- representation of facilities.
Introduction to Design module.
Entering Design modules and PDMS
Switching between modules.
Design Database Hierarchy
Menu bars in PDMS design (Display, Edit, View, Selection, Utilities, create, modify, position, orientate, connect, query )
Primitive and attributes in PDMS
Equipment modeling (HV, VV, and standard equipments)
Structural modeling (ASL, Beams and Columns, Panels and Plates, walls and floors)
Cable tray modeling (fixed tray, reducer, bend, cross, tee, riser)
HVAC modeling (Rectangular components, Circular components, Flat oval components, Transformation, Branch connectors, Inline plant equipment).
Pipework modeling.(Piping fundamentals, piping & components / pipeline modeling)
This module is used to extract project general arrangement drawing. Using this module all discipline including piping, structural, electrical etc. extract all the required general arrangement drawing. Extracting general arrangement drawing using draft module helps user to use annotation & tagging as required.
Introduction to drafting
Entering draft module
Types of graphics in draft module
Draft Database Hierarchy
Auto Drawing Production (ADP)
Sectioning of views in draft
Dimensioning (Linear, Angular & Radial)
Modifying of dimensions
Labeling, Printing, Sheet selections (Title, Key plan, & Reference drawings)
Used to measure spool and distances and insert welds in piping components.
Introduction to spooler
Entering spooler module
Data consistency check
Measuring pipe length
Spliting a tube with a weld
Ploting the spool drawings.
ISO DRAFT MODULES:
Used to produce isometric plot files of pipes and networks, from either the Design or Fabrication databases, to your own required standards. These drawings can be used for pipe work fabrication, as well as during on-site erection.
Isometric drafting and MTO”s generation of Pipe-line numbers from the Design Modules.
Port Harcourt Venue
21 Oil field Guest house close,off school road,by MTN junction Elelenwo, Port Harcourt.
Sat, Aug 12, 2017 10:00am
Sat, Aug 26, 2017 10:00am
Mon, Aug 21, 2017 10:00am
Fri, Aug 25, 2017 4:59pm
Hotlines: 809 - show phone - , 703 - show phone - , 813 - show phone -