PDMS (Plant Design Management System)

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PDMS (Plant Design Management System)

Course Features

Course Details

PDMS (Plant Design Management System)

Description


PDMS is a Plant Design software application used in Engineering Design, and construction to assist in the preparation of 3D Layouts and extraction of construction deliverables like GA & Isometric drawings.

Professionals who use PDMS are often referred to as Modeller/ draftsman/ Designers/ Design Engineers. Many top engineering/ Construction firm uses PDMS around the globe.

The individual knows PDMS along with engineering knowledge has a significant career prospect in engineering design sector.


Objective/ Key Learning


During the course, students learn the features, commands and techniques for creating 3D layouts, editing, and extracting drawings in PDMS. Using practical hands-on exercises, students explore how to create 3D Models of Equipments, Pipes, Structures, Cable trays in the best interactive learning environment under the guidance of an industry expert. Students who complete this course will have sufficient knowledge to generate 3D Models of process plants & extraction of 2D drawings.


  • Introduction & PDMS Basics
  • Fundamentals of Plant Design
  • Getting Started with PDMS
  • User Interface Familiarization
  • Working with PDMS Commands
  • Equipment Modelling/ Editing
  • Nozzle Orientation
  • Parametric/ Non-Parametric Equipment
  • Equipment Layout Modelling
  • Concepts of Grid/ Zone & Site
  • Objects in PDMS & System Hierarchy
  • Working in a design team
  • 3D Primitives & Boolean Operation
  • Understanding 3D Layout Orientation
  • 3D modelling & Editing
  • Models of Lab drawings
  • Practice 3D Models
  • Understanding the role of PDMS Designer/ Administrator
  • 3D Modelling Basics
  • Pipe Routing
  • Civil/ Structure Modelling
  • Cable Tray Modelling
  • HVAC Modelling
  • Support & Structure
  • Draft (2D Drawing)
  • Isometric Draft
  • Clash Checking & Rectifying
  • Rendering & Visualization
  • Extracting GA Drawings/ Isometric drawings from 3D Models

Who Should Attend


Targeted Disciplines:
Mechanical/ Chemical/ Civil/ Automobile/ Power Engineering (BE/ B.Tech, Diploma & ITI)
Working Professionals:
Designers, Engineers, Draftsmen & 3D Modellers

Methodology


Classroom Training with Audio Visual training aids, Hands-On Practical, Home Tasks/ Assignment, Resume Writing, Exam, Mock Interviews then Certification. Class timing is flexible for working professionals/ job-seeker.

  • Batch Size: 8 to 10 Attendees (Maximum) per Batch
  • Course Duration: Two Months (Including Project)
  • Course Breakup: 30% Theory + 70% Practical (Hands-On)
  • Course & Class Timing:
    • For Batch-01 & Batch-02: Weekend Classes (Saturday/ Sunday)
    • For Batch-03: Weekdays & Evening Classes
    • Each Session Hrs: 2 to 4 Hrs
    • Total Course Hrs: 50 Hrs (Including Projects & Assignments)

    Topics/ Modules


    • Introduction & PDMS Basics
    • Fundamentals of Plant Design
    • Getting Started with PDMS
    • User Interface Familiarization
    • Working with PDMS Commands
    • Equipment Modelling/ Editing
    • Nozzle Orientation
    • Parametric/ Non-Parametric Equipment
    • Equipment Layout Modelling
    • Concepts of Grid/ Zone & Site
    • Objects in PDMS & System Hierarchy
    • Working in a design team
    • 3D Primitives & Boolean Operation
    • Understanding 3D Layout Orientation
    • 3D modelling & Editing
    • Models of Lab drawings
    • Practice 3D Models
    • Understanding the role of PDMS Designer/ Administrator
    • 3D Modelling Basics
    • Pipe Routing
    • Civil/ Structure Modelling
    • Cable Tray Modelling
    • HVAC Modelling
    • Support & Structure
    • Draft (2D Drawing)
    • Isometric Draft
    • Clash Checking & Rectifying
    • Reports (MTO) & Clash Report
    • Rendering & Visualization
    • Extracting GA Drawings/ Isometric drawings from 3D Models
    • Project work/ Practice Labs
    • Tips/ Tricks

    Discipline Wise Topics For PDMS

    Common Topics


    • PDMS Introduction
    • Templates/Session Files
    • Filters (Database query)
    • Views
    • Selecting Objects
    • Surface Style Rules
    • WBS Items
    • Common Toolbar
    • Space management
    • Inserting Reference Files
    • Placing Control Points
    • Interference Detection
    • Working in a design team
    • Understanding the role of PDMS Designer/ Administrator

    Mechanical & Piping


    • Piping Hierarchy
    • Route Pipes
    • Inserting Components
    • Routing a Sloped Pipe
    • Routing Pipes from the P&ID
    • Placing Instruments
    • Placing Piping Specialty Items
    • Placing Taps
    • Inserting Splits
    • Manipulating Views
    • Creating Spools
    • Sequencing Objects
    • 3D Primitives & Boolean Operation
    • Equipment General Overview
    • Equipment Modelling
    • Placing Equipment
    • Placing Equipment Component
    • Equipment Positioning Relationships
    • Placing Equipment Shapes
    • Equipment Nozzle/Ports
    • Inserting
    • Manipulating Equipment
    • Solid Modelling intro
    • Placement of supports
    • Hangers, Spring
    • Guide, Rest
    • Making special pipe support
    • Clash Checking & Rectifying
    • Rendering & Visualization
    • Extracting GA Drawings/ Isometric drawings from 3D Models

    Civil & Structural


    • Placing Grids/Coordinate systems
    • Linear Member System
    • Copy/Paste Members
    • Structure Modelling
    • Slabs
    • Walls
    • Stair/Ladders/Handrails
    • Footing
    • Equipment Foundations
    • Underground (UG) piping
    • Retention wall
    • Road end Crossover
    • Modelling
    • Equipment foundation
    • Pipe rack design/Sleeper design

    Electrical & Instrumentation


    • Electrical Task Workflow
    • Cable tray ports
    • Electrical Equipment modelling
    • What is Catalogue Equipment?
    • Design Equipment
    • Shapes
    • Cable routing
    • Splitting the cableways
    • Moving and Rotating the Equipment’s
    • Inserting Transitions
    • Inserting Components
    • Cable Markers
    • Cable tray MTO
    • Cable tray drawings
    • Sequencing Objects
    • Conduits Routing


    Course Material/ Assessment


    Class Notes, Practice Labs & Guides

    Course Fee


    For Students: Rs. 15000/-

    Fees Structure: Two installments; ₹ 10000 + ₹ 5000

    (For Summer/ Winter Training. Students have to produce valid student identity card)

    "Special discounts for a group of ten students". Job seekers shall not be treated as Students


    For Working Individual: Rs. 25000/-

    Fees Structure: Two installments; ₹ 15000 + ₹ 10000


    For Corporates: Contact Us

    Please contact for project specific, Standard or customized training needs...


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