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Plant 3D Modeling - Certificate Program

Our comprehensive course on Plant 3D Modeling using E3D (Engineering 3D) or SP3D (SmartPlant 3D) software! This course is designed to equip you with the essential skills and knowledge to create accurate and detailed 3D models of industrial plants. Whether you're a seasoned professional or new to the field, you'll learn the fundamental concepts, software navigation, and advanced modeling techniques. Key activities in this course include clash checks to ensure there are no conflicts in your models, creating isometric drawings for precise piping layouts, and advanced piping routing to optimize plant design. You'll also discover how to integrate Plant 3D models with other engineering tools for seamless workflows and gain insights into best practices for plant design, collaboration, and data management. Join our course to enhance your skills and advance your career in the engineering industry.

Registration begins from : January 04, 2025

DURATION:

30 Hrs. | 02 - 03 Weeks

Weekdays & weekend batches available

DELIVERY MODE:

Online Session

Live & interactive sessions with industry experts

COURSE CONTENT:

11 Modules + Project

Industry vetted curriculum designed to boost your career

Program Objective

Upon successful completion of this course, the delegates will be able to:
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  • Gain a solid understanding of the principles and concepts of Plant 3D modeling.

  • Learn how to navigate and effectively use E3D or SP3D software.

  • Master the techniques for creating detailed isometric drawings of piping and equipment.

  • Conduct thorough clash checks to ensure there are no conflicts in your models.

  • Optimize plant design through advanced piping routing techniques.

  • Discover how to integrate Plant 3D models with other engineering software for seamless workflows.

  • Learn and apply best practices for plant design, collaboration, and data management.

  • Develop skills to manage plant modeling projects from start to finish.

  • Enhance collaboration with other engineering disciplines to ensure comprehensive design.

  • Learn how to export and import models for various applications and stakeholders.

Plant 3D Modeling Course Agenda

Start your upskilling journey with our guided curriculum with application based learning approach.

Module 01 | Equipment Modeling - Unit 1

  • Introduction about Piping & E3D.

  • E3D Login and MDB.

  • E3D modules (Equipment, Pipe, Structural, Hangers & Supports etc.).

  • Advance of E3D Design Concept.

  • Creation of Equipment.

  • Primitives & Standard Equipment's.

  • Electrical equipment component & cut out primitives.

Module 02 | Equipment Modeling - Unit 2

  • How To Create Nozzle & Nozzle Placement.

  • Type Of Nozzles & Nozzle Orientation.

  • Nozzle Speciation Selection & Nozzle Class Selection.

  • Copy Of Primitive & Offset, Mirror & Rotate.

  • Equipment Co-ordination & Position Of Equipment.

  • Working With 3D View.

  • Using Command Window & Using Of Explicitly & Relatively Position.

  • Basic Equipment Creation & Use Of Position Control Tool.

Module 03 | Equipment Modeling - Unit 3

  • Creation Of Standard Equipment In The Library File.

  • Modify Property Of The Standard Equipment.

  • Equipment Specification.

  • Modify Equipment Properties, Attributes, Nozzle Specification & Equipment Origin.

  • Usage Of The Model Editor Tool, Edit Settings, Selection Settings Etc.

Module 04 | Equipment Modeling - Unit 4

  • Usage Of The Model Editor Tool, Edit Settings, Selection Settings Etc.

  • Using Model Editor Tool With The Model.

  • Editor Tool And Model Editor Settings.

  • Set The Increment Of Model Editor.

  • Creation Working Plane.

  • Creating Shapes With Extrusion Primitives & Revolution Primitives.

  • Creating Mitter Bends.

  • Deals With The General Settings.

  • Display Settings, Members, View Settings And Command Window.

  • General Query Setting.

Module 05 | Piping Modelling & Routing

  • Basic Of Piping Fundamental, Create Pipe, Branch & Piping Components.

  • Pipe Work Hierarchy, Pipe Orientation, Connecting Pipe & Placing Pipe.

  • Branch Replacing, Create Insulation Of Pipe & Create Tracing Of Piping.

  • FMaterial Selection Of Pipe & Connect Method Of Pipe.

  • Pipe Creation Using Explicit Method.

  • Modification Of Specification & Component Bore / Specification.

  • Connection Reference And Slope, Detail Plot File, Pipe Create By Model Editor.

  • Pipe Create By Command Line & Material Selection Of Pipe.

  • Orientation Of Component, Branch Connection & Creating Pipe Assemblies.

  • Splitting Pipe & Pipe Isometric Drawings System Isometric Drawings.

  • Data Consistency Error Founding & Auto Pipe Router.

  • Pipe Penetration & Show Pipe System.

  • Positioning Of Branch Piping Components.

  • Maintaining Bottom Of Pipe (Bop) & Drag Piping.

  • Clash Checking And Pipe Work Toolbar.

Module 06 | Structural Modelling - Unit 1

  • Create A Structural Hierarchy.

  • How To Set Default Profile For Section.

  • Set Section Storage Area And Node Storage Area.

  • Working Plane & Plant Grid.

  • Create A Section Using Straight Method.

  • Curved Method, Ring Method & Regular Structure.

  • How To Create Tower Using Regular Structure.

  • Description About Upper & Lower S.O.P.

  • Base Plate Creation, Foundation Creation & 3 Leg Tower Creation Using Grid.

  • About Modification Of Section Elements.

  • Creation Of Fittings & Positioning Of Section, Creating Brazing Gap.

  • Miter Ends, Maintain Bracing Gap, Give The Material About Creating Section.

Module 07 | Structural Modelling - Unit 2

  • Section Connection, Orientation Of Structure, General Settings & Grid Creation.

  • Structure Query Settings, Utilities Setting Like Data Checker, Reference Data.

  • Constructs, Grid, User Grid System.

  • Creation Of Panel, Panel Specification Selection.

  • Extrusion\panel, Negative Extrusion, Level Vertical & Splitting Of Panel.

  • Positioning Of Panel & Panel Fittings With Connections.

  • Creation & Modification Of Wall & Floor.

  • Apply Fittings For Walls & Floor, Tee And Connection At Wall Ends.

  • Position & Orientation Of Wall, Floor And Connecting Wall.

  • Creation Of Rectangular, Circular, Freeform, Polygon Platform.

  • Modification Of Platform, Platform Opening, Platform Geometry And Layout.

  • Creation Of Handrail And Modify Of Handrail.

  • Material & Weight Calculation.

Module 08 | Electrical Modelling

  • Creation & Modification Of Cable Tray, Positioning Of Trays And General Utilities.

  • Modification Of Cable Tray Specification.

  • Creation Modification Of Cableway, Branch Elements, Route Point, Route Node etc.

  • Dressing Cableway System & Cable Tray Support.

Module 09 | HVAC Modelling

  • Creating Inline Plant Equipment Like AHU, Duct Routing.

  • Apply Grid And Tiles On Grid.

  • Creation Of Hvac Components, Modification Of Hvac, Positioning Of Duct.

  • Specification Generator, Auto Fills With Straights, Surface Area & Weight.

  • HVAC General Utilities.

Module 10 | Hanger & Supports

  • Creation Of Hangers & Supports.

  • Modification Of Hanger.

  • Pipe Rack: Configuration & Positioning Of Support.

  • Support Plan, Support Relocation, Max Span & Steel Profile.

  • Support Axes And General Utilities.

Module 11 | Report Generation & MTO

  • Report Generation (MTO) Using Template.

  • Creation Of Template.

  • Modification Of Report & Filter Report.

  • Pipe & Steel MTO.

  • Nozzle & Valve Schedule Preparation.

  • Column Report.

  • Report Summary And Report Format.

Who Will Benefit

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College Students & Recent
Graduates

Prepare for your next opportunity by pursuing piping design skills from industry experts

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Those Considering for Post Graduation

Strengthen your core technical skills before pursuing an MBA, M-Tech or other specialization program

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Experienced & Mid-Career Professionals

Broaden your learning horizon & upskill to supercharge your career & to amplify your growth opportunities

Career Options

Piping Engineering has great scope in India & Abroad. Piping Engineering is a specialized engineering discipline that deals with the planning and layout of a robust piping system with an aim to effectively transport fluids, such as liquids and gases, from one point to the other within a process plant or a commercial building.

 

Owing to the fact that pipes are quite elementary to our day-to-day needs and to industries such as Oil & Gas, Energy, Construction, Manufacturing, Chemical etc., there is always a need for trained and skilled Piping Engineers who can support the design, implementation and maintenance of complex and large-scale piping systems for these industries..​

Program Eligibility

Bachelor’s Degree in Mechanical Engineering, Chemical Engineering or Diploma in Mechanical Engineering, Chemical Engineering with relevant work experience from any recognized University or an equivalent degree recognized by Association of Indian Universities (AIU) with minimum 50% marks at Graduation Level.

Program Fees

For details on program fee structure & payment terms, write us at info@texvyn.in or call us on +91-7021588256

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Get in touch with our Career Expert !!

Get in touch if you need assistance finding the right course, or qualification, for you or your team.

+91-8779674727

Request a brochure

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