SmartPlant 3D Course

SmartPlant 3D is an advanced plant design software used in the oil & gas, power, and industrial sectors for intelligent 3D modeling. This course covers piping, structural, and equipment modeling with real-world workflows. Students learn clash detection, data consistency, and project setup for industry-level design.

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SmartPlant 3D (SP3D) Certification Training Course

Our SmartPlant 3D (SP3D) Course is designed to help learners master Intergraph’s advanced 3D modeling software used in industrial plant design, engineering, and construction. This course covers the complete workflow of designing piping systems, structural components, equipment modeling, and plant layouts using SP3D’s intelligent 3D environment. Whether you're a mechanical engineer, piping designer, civil/structural engineer, EPC professional, or student entering the oil & gas and petrochemical industry, this course provides hands-on training with real industrial project environments, ensuring job-ready practical skills.

  • Introduction to SmartPlant 3D interface & project structure
  • Understanding plant design workflow
  • Equipment modeling: pumps, tanks, vessels, heat exchangers
  • Piping modeling: routing, specifications & catalogs
  • Structural modeling: beams, columns, platforms & supports
  • HVAC & electrical layout basics

SmartPlant 3D (SP3D) is one of the most widely used 3D modeling tools in Oil & Gas, Petrochemical, Power Plants, Industrial Manufacturing, and EPC industries. It enables intelligent, rule-driven design, clash detection, equipment modeling, and project collaboration across disciplines. This course helps learners understand piping engineering concepts, structural layouts, equipment modeling, routing techniques, isometric extraction, and project-level setup using SP3D. By the end of the training, you will be able to create complete plant models and navigate complex engineering layouts with ease Enroll now and gain professional expertise in SP3D—your gateway to careers in plant design, EPC projects, and industrial engineering!

What will I learn?

  • Ability to design complete 3D plant models using SP3D
  • Expertise in modeling piping, equipment, and structures
  • Skills to perform clash checks and resolve design issues
  • Ability to generate isometrics, orthographics, and construction drawings
  • Job-ready practical experience for EPC & industrial projects

Requirements

  • Basic understanding of engineering drawings
  • Knowledge of piping or mechanical concepts (recommended)
  • Laptop/PC capable of running SP3D software
  • Interest in plant design, engineering, or EPC projects

SmartPlant 3D Course Content

Introduction to SmartPlant 3D
  • Overview of SmartPlant 3D (SP3D) software and its applications
  • Understanding the user interface and navigation
  • Introduction to 3D plant modeling concepts
Workspace Setup and Configuration
  • Setting up the SP3D workspace and project environment
  • Configuring project settings and preferences
  • Understanding project hierarchy and organization
Equipment Modeling
  • Creating and editing equipment models (vessels, pumps, compressors, etc.)
  • Applying equipment specifications and data
  • Understanding equipment modeling best practices
Piping and Pipe Routing
  • Creating and routing piping systems
  • Applying piping specifications and standards
  • Understanding piping routing tools and techniques
Structural Modeling
  • Creating structural components (beams, columns, braces, etc.)
  • Applying structural specifications and data
  • Understanding structural modeling best practices
Electrical Cable Tray and Raceway Modeling
  • Creating cable trays and raceways
  • Routing electrical cables and conduits
  • Applying electrical specifications and standards
HVAC Ducting and Equipment Modeling
  • Modeling HVAC ducts and equipment (air handlers, ductwork, etc.)
  • Routing HVAC systems
  • Applying HVAC specifications and standards
Instrumentation and Control System Modeling
  • Modeling instrumentation components (control valves, transmitters, etc.)
  • Routing instrument lines and tubing
  • Applying instrumentation specifications and standards
Clash Detection and Resolution
  • Performing clash detection analysis
  • Identifying clashes and interferences between different components
  • Resolving clashes and optimizing design integrity
Isometric and Orthographic Drawing Generation
  • Generating isometric and orthographic drawings from 3D models
  • Adding annotations, dimensions, and labels to drawings
  • Customizing drawing templates and styles
Data Extraction and Reporting
  • Extracting data from SP3D models (bill of materials, material takeoffs, etc.)
  • Generating reports and documentation for project deliverables
  • Understanding data extraction tools and techniques
Collaboration and Data Management
  • Collaborating with team members and stakeholders
  • Managing design revisions and version control
  • Integrating SP3D with other engineering software and systems
Customization and Automation
  • Customizing the SP3D environment and user interface
  • Creating macros and automation scripts using SP3D API
  • Implementing workflow automation and optimization
Case Studies and Real-World Applications
  • Analyzing real-world SP3D projects and case studies
  • Hands-on exercises and projects to reinforce concepts
  • Presentations and discussions on best practices and industry standards

Start Your Enrollment

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Why Choose Us ?

At TCIIT, our SmartPlant 3D Course is specially designed for students and professionals who want to build strong careers in plant design, piping engineering, oil & gas, EPC, and industrial projects. SP3D is one of the most widely used smart modeling tools in major industries, and our training provides complete hands-on practice on real plant design workflows. You learn how to create 3D piping models, equipment layouts, structures, supports, isometrics, and clash-free plant designs exactly as used in global engineering companies. Our expert faculty guides you through live project-based training, ensuring you understand industry standards, specifications, and real-world design challenges—making you job-ready for EPC, petrochemical, refinery, power plant, and heavy engineering sectors.

Diverse Career Opportunities in SmartPlant 3D (SP3D): Exploring Specialized Roles in India’s Engineering & Industrial Design Sector

In India, proficiency in SmartPlant 3D (SP3D) opens up strong career opportunities across engineering design, construction, oil & gas, petrochemicals, power plants, manufacturing, and infrastructure development. Leading global companies like Larsen & Toubro, Reliance Industries, Shell, ADNOC, PETRONAS, Worley, Fluor, and Bechtel actively hire SP3D professionals to design, model, and manage complex industrial plant structures using advanced 3D engineering tools. SP3D specialists are highly valued for their ability to create intelligent 3D plant models, perform piping and equipment layout, ensure clash-free designs, generate material reports, and support large-scale EPC (Engineering, Procurement & Construction) projects. Their expertise ensures accuracy, safety, and efficiency in industrial plant design and project execution. Salary packages vary based on project experience and industry domain. In India, the average annual salary for an SP3D Designer or Engineer ranges from 700,000 to 1,300,000 INR, while in the Middle East and USA, salaries average between $80,000 to $110,000 per year, reflecting strong global demand and excellent career potential in industrial engineering and plant design.

Get SmartPlant 3D (SP3D) Certification

Three easy steps will unlock your SmartPlant 3D Certification

  • Complete the online/offline SmartPlant 3D Course along with all required assignments.
  • Work on and successfully complete multiple industry-based SP3D projects, including equipment modeling, piping design, structural modeling, and plant design workflows.
  • Pass the SmartPlant 3D Certification Exam to earn your verified, industry-recognized certificate.

The certificate for this SmartPlant 3D (SP3D) course will be delivered through our learning management system (LMS). You can download it anytime and add the certificate link to your CV, resume, or LinkedIn profile to showcase your skills in 3D modeling and industrial plant design.

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