Smart Plant 3D User Software Online Training
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Course Highlights
- Instructor-led Online Training
- Project Based Learning
- Certified & Experienced Trainers
- Course Completion Certificate
- Lifetime e-Learning Access
- 24x7 After Training Support
Smart Plant 3D User Software Online Training Course Overview
Smart Plant 3D (SP3D) training imparts the knowledge and skills to use this 3D modeling software for pipe designing. The knowledge of using SP3D is helpful in executing the detailed design for engineering projects in Oil & Gas, Petrochemicals, Power plants, Food and Beverage, Pharmaceuticals, and other sectors based on civil, electrical, and instrumentation. The training will guide the participants on the fundamentals, piping modeling, equipment modeling, and structural, and support details.
Smart Plant 3D is a data-centric software solution for 3D design. Multisoft Systems is offering this course to architects, modellers, pipe design professionals, and engineering graduates interested in learning 3D pipe design. This hands-on course will help you in creating isometric drawing extraction and design structure components like walls, slabs, stairs, ladders, and handrails.
Smart Plant 3D is 3D design software solution that helps pipe design professionals in designing a plant and keeping it as-built through its lifecycle. It leverages the real-time design, rules, relationships, and automation. We, at Multisoft Systems, provide a practical hands-on course on this data-centric software solution. This training will guide architects, modellers, pipe design professionals, and engineering graduates on pipe design fundamentals, piping modelling, equipment modelling, and structural, and support details.
You will be prepared to apply for jobs in power plants, petrochemical plants, corporate buildings, pharmaceutical companies, water treatment facilities, and waste disposal plants after learning SP3D. It will help you in defining piping hierarchy, piping routing, piping placing, and WBS items. You will be able to create isometric drawing extraction and design for different structural components like walls, slabs, stairs, ladders, and handrails.
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Smart Plant 3D User Software Online Training Course curriculum
Curriculum Designed by Experts
Smart Plant 3D (SP3D) training imparts the knowledge and skills to use this 3D modeling software for pipe designing. The knowledge of using SP3D is helpful in executing the detailed design for engineering projects in Oil & Gas, Petrochemicals, Power plants, Food and Beverage, Pharmaceuticals, and other sectors based on civil, electrical, and instrumentation. The training will guide the participants on the fundamentals, piping modeling, equipment modeling, and structural, and support details.
Smart Plant 3D is a data-centric software solution for 3D design. Multisoft Systems is offering this course to architects, modellers, pipe design professionals, and engineering graduates interested in learning 3D pipe design. This hands-on course will help you in creating isometric drawing extraction and design structure components like walls, slabs, stairs, ladders, and handrails.
Smart Plant 3D is 3D design software solution that helps pipe design professionals in designing a plant and keeping it as-built through its lifecycle. It leverages the real-time design, rules, relationships, and automation. We, at Multisoft Systems, provide a practical hands-on course on this data-centric software solution. This training will guide architects, modellers, pipe design professionals, and engineering graduates on pipe design fundamentals, piping modelling, equipment modelling, and structural, and support details.
You will be prepared to apply for jobs in power plants, petrochemical plants, corporate buildings, pharmaceutical companies, water treatment facilities, and waste disposal plants after learning SP3D. It will help you in defining piping hierarchy, piping routing, piping placing, and WBS items. You will be able to create isometric drawing extraction and design for different structural components like walls, slabs, stairs, ladders, and handrails.
- Explore SP3D modeling software from Intergraph
- Work on templates, style rules, and WBS items
- Effectively work on space management and define control points
- Define piping hierarchy, piping routing and piping placing
- Create Isometric drawing extraction
- Define equipment placing and establish relationship between their placing
- Identify nozzle orientation
- Work on solid modeling and structure modeling
- Place Grid/Coordinate System and linear member system
- Create design for different structure components including slabs, walls, stairs, ladders, and handrails
Course Prerequisite
- Basic technical / engineering background
- Foundation in CAD / 3D modeling tools
- Understanding of industrial piping / plant design basics
- Familiarity with Windows OS and computer skills
- Database & IT / system skills (for advanced / admin tracks)
- Analytical & spatial thinking skills
- Motivation / interest in plant / piping / CAD domain
Course Target Audience
- Architects
- Modelers
- Professionals from the Piping industry
- Fresh engineering graduates willing to develop career in Piping domain
Course Content
User Interface
- Overview
- Layout
Session Management
- Session template
- Session File
- Options
View Manipulations
- Common Views
- Zoom Tool
- Window Area
- Refresh View
- Active View Control
- Rotate View
- Looking at Surface
Formatting Active View
- View Format
- Surface Style Rules
Filters
- System
- Assembly
- Spatial (Volume or Planes)
- Logical Permission Group
- Object Types
- Properties
Insert Options
- Control Points / Notes / Hyperlink
Measure
- Distance
- Minimum Distance between Objects
- Angle
Tool Tips
- Label Editor
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Overview
- Standard Parametric/Non-parametric Equipment Placement
- Modeling of equipments using primitive shape
- 3rd party software – SAT format (Solid Edge v-14)
Aspects
- Physical, Insulation, Maintenance, and so on …
Ports
- Piping port
- Ducting port
- Cableway port
- Conduit port
- Cable port
- Foundation Port
Placing Design Equipment
- Equipment from Catalog (standard)
- By Shapes
Relationships / Constraints
- Mate
- Align
- Connect
- Minimum Distance (E-W, N-S, Vertical)
- Parallel
- Mate to Tangent Plane
SmartSketch Options
- Pinpoint
- Locate on Display List
- Locate on List Only
Manipulation Commands
- Select Command
- Delete Command
- Undo Command
- Move Command
- Rotate Equipment
- Rotate Command
- Open the properties page
- Copy/Paste Command
Place Imported Shape from File
- Equipment From SAT file
Place Equipment From PID
- Retrieving PID
- Placing Equipment from PID
- Comparing Data
- Updating Data
Nozzle Placement
- Placing Nozzles with Graphics
- Nozzles with no Graphics
- Nozzles from PID
Modification
- Property Page
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Overview
- Grids
- Coordinate Systems
- Smart Plant Structure
Grids & Coordinates
- Grid Wizard
- Placing Coordinate System
- Modifying Grids
- Adding Grid Planes
- Rotated Coordinate Systems
- Rotated Planes
Member Types
- Beams
- Columns
- Braces
Member Properties
- Name Rule - Naming rule
- Parent System
- Type Category
- Type
- Priority
- Continuity
- Cross section
- Section Standard
- Section Type
- Section Name
- Material
- Grade
- Angle
- Cardinal Point
Place Linear Member System
- Place Member Ribbon Bar
Frame Connections
- Flush
- Seated
- Centerline
- Axis
- Corner Brace
- Surface
- Unsupported
- Manual or Automatic rule-based selection
Vertical Brace Connections
- Rule-based Offset
Assembly Connections
- Assembly Connection Ribbon Bar
- Base Plate
- Splice
- Fitted Assembly Connection
- Corner Gusset Plates
Modifications
- Attributes
- Generic Move Command
- PinPoint
- Point Along Tool
- Frame connection
Slabs
- Coincident plane
- Offset from plane
- Angle from plane
- Point/Normal Vector
- 3 Point plane
Sketch 2D
- Basic Sketch 2D overview
Holes / Openings
- Sketch method
- Select an opening from Catalog
- Draw (Sketch 2D)
- Footings
- Footing Ribbon Bar
- Property Page
- Placement
- Modifications
Equipment Foundations
- Equipment Foundation Ribbon Bar
- Property Page
- Placement
- Modifications
Stairs/Ladders
- Settings
- Top Support
- Bottom Support
- Reference
- Position
- System
- Type
- Name
- Width
- Angle
Handrails
- Settings
- Properties
- Sketch Path
- Type
- Modifying Path
Reports
- Running Reports
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Overview
- Pipeline
- Pipe Run
- Features
- Parts
- Port
- Path leg
- Connections
New Pipe Run
- Define the Pipe Run properties
Route Pipe Command
- Length Control Tool
- Route Pipe Run with PinPoint
- Angle Control Tool
- Pipe Run Smart Step Ribbon Bar
Working Plane Control Tool
- Plane Lock Options
Turn Type option
- Default Turn Options
- Selecting a Turn Type
Pipe Select Command
- Select Fiter Options
Delete Command
- Delete Pipeline
- Delete Pipe Run
- Delete feature
Routing From End Features or Nozzle
- Connecting to End Feature
- Connecting to Nozzles
Routing To or From a Straight Feature
- Branch on Pipe Run
- Intersect to Branch
Insert Component command
- Selecting a Component
- Reference Position
- Point Along option
- Selecting Different Ports / Flip
Edit Commands
- Edit Straight Features
- Edit End Features
- Edit Run Change Features
- Editing features
Insert Split command
- Insert Split ribbon bar
Edit Properties Command
- Flow Direction
- Insulation
- Relation Tab
Route Pipe Run using the offset value
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Overview
- Electrical System
- Cableways
- Cable tray / Conduit
- Cables
Route Cableway
- Define Properties
- Using Pinpoint
- Using SmartSketch
- From End Features
- To End Features
- To Straight Features
- Using Relative Tracking
- Using Spherical Coordinates
- Using Offset Option
- Routing From Ports
- Placing Transitions / Size Change
Branches
- Branch on a Run
- Intersect to Branch
- Branch using Pinpoint
Insert Component command
- Selecting a Component
- Reference Position
- Point Along option
- Selecting Different Ports / Flip
Routing Cableway – No Part Spec
- Routing Cableway
Insert Transition
- Without offset
- With Offset
Edit Commands
- Edit Straight Features
- Edit End Features
- Edit Cross Sections
Routing Conduits
- Conduit System
- Route Options
Conduit Fittings
- Insert Conduit Fittings
Place Electrical Equipment
- Placing Junction Box
- Placing Light Fixtures
- Creating MCC
- Placing Cable/Nozzle Ports
Placing Ducts
- Placing Ducts using Cableway
Insert Cables
- Selecting Equipment
- Selecting Cables
- Defining Properties
Define Cable Path
- Selecting Cableways
- Defining Exit/Entry points
Placing Cable Markers ReportsReportsRunning Reports
SP3D HVAC Training
Route Duct CommandStart routing a Duct Run from:
- A point in space
- An existing Duch run
- An equipment HVAC port
Create Duct Run Dialog Box Define the Duct Run properties
- System, Name, Spec, Required Flor rate, insulation, Max design velocity and Max. pressure loss.
Insert split FeaturesInsert Component FeaturesHVAC DivisionSelect the End FeatureInsert Transition FeaturesInsert surface mounted Features
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Extracting Pipeline Isometric DrawingsCreating SpoolsExtracting Spool DrawingsIsometric Options BrowserAlias OptionsLabels
- ComponentNote (Type 1 Labels)
- EndConnection (Connection note and nozzle note labels)
- Misc Spec labels (Pipeline header)
- Weld list labels
- DrawingFrame (title block labels)
Title block
- AttributeMAP
- Mapping attributes to the border
Material list
- Fixed - Style 1
- Variable - Style 2
- User-defined - Style 3
- Various material list options
- Material list labels
Weld list - wdf fileDefinitions - ddf fileCreating new isometric style
- Using your own border template
- Modifying delivered style xml file to match
- Bulkloading the style
MTO neutral file
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Creating Drawings
- Volume Drawings
- Snapshot Drawings
- Manual Drafting
- Graphic
- Annotation
- Labels
- Dimensions
- Title blocks
Running Reports
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Smart Plant - 3D (SP3D) Training (MCQ) Assessment
This assessment tests understanding of course content through MCQ and short answers, analytical thinking, problem-solving abilities, and effective communication of ideas. Some Multisoft Assessment Features :
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- Secure login and authentication measures to protect data
- Automated scoring and grading to save time
- Time limits and countdown timers to manage duration.
Smart Plant - 3D (SP3D) Corporate Training
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- Course ID & Course Name
- Certificate with Date of Issuance
- Name and Digital Signature of the Awardee
Smart Plant 3D User Software Online Training Trainer Profile
19+ Years Experienced
Our Smart Plant - 3D (SP3D) Training Corporate & Certification Program trainers bring 13+ years of proven industry expertise, delivering practical insights aligned with real project environments.
Trained 3950+ Professionals
Our expert trainers have successfully trained 3350+ professionals through structured, real-time training programs designed for industry readiness and career growth.
Certified Experts & Real-Time Project Learning
Build strong practical skills through live project-based training sessions led by certified industry experts with real-world experience.
Hands-on Learning Approach
Gain practical exposure through real-time scenarios, industry case studies, and hands-on assignments that simulate actual project challenges.
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Receive expert support to prepare effectively, practice strategically, and confidently achieve globally recognized certification success.
Customized Training Delivery
Flexible training approach tailored to individual learning goals, skill levels, and evolving industry requirements for maximum effectiveness.
Smart Plant 3D User Software Online Training FAQ's
SP3D (SmartPlant 3D) is a data-centric 3D modeling software used for designing plants (especially piping, structural, equipment) in industries like Oil & Gas, Petrochemicals, Power, Pharmaceuticals, etc. The software helps in routing, isometric drawing extraction, structural modeling, and maintaining as-built plant data.
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