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Training Programme -
Post Graduate Diploma in Smart Plant P&ID, Smart Plant P&ID

Eligibility :

Engineers / Draftsman (Having Knowledge of AutoCAD)

Smart Plant P&ID is designed for creating and managing piping and instrumentation diagrams (P&IDs) in engineering projects. It offers intuitive tools for drawing, editing, and annotating diagrams, facilitating the visualization and documentation of complex process plants.

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Key Points of Syllabus :

  • Introduction to SPP&ID

  • Overview of SPP&ID

  • Navigating the Software

  • Utilizing Drawing Manager & Smart P&ID

  • Connecting to the Database

  • Interpreting Drawing Icons

  • Customizing Drawing Manager

  • Creating New Drawings

  • Using Drawing Properties

  • Exploring the Legend Sheet

Practical Sessions

  • Overview of Design Window, Property Window, Catalog Explorer, and Engineering Data Editor

  • Customizing Icons for Efficient Workflows

  • Inserting P&ID Border Templates

  • Placing Symbols/Items on the Grid

  • Adding Equipment and Equipment Components

  • Understanding Equipment Properties

  • Labeling Equipment & Equipment Components

  • Routing Lines and Using Segment Breaks

  • Placing Piping Components

  • Working With OPC’s (Off Page Connector)

  • Adding Pipe Runs & Piping Component Labels

  • Exploring Pipe Run Properties

  • Placing Instruments & Signal Lines

  • Understanding Instrument Properties

  • Labeling Instruments

  • Working With Assemblies

  • Utilizing Auxiliary Graphics

  • Applying Display Sets

  • Performing Consistency Checks

  • Generating Plant Reports & MyReports

  • Printing Drawings in Various Formats

  • Hands-on Practice Session on P&ID drafting

Objective

The objectives of Smart Plant P&ID (SPP&ID) are to streamline the creation and management of piping and instrumentation diagrams (P&IDs), ensure standardized and accurate documentation, facilitate data integration, enhance visualization of process plants, support collaboration among teams, enable efficient reporting, and improve overall productivity in engineering projects.

Batch No.CategoryPlanned Starting DateLast Date of AdmissionCompletion DateDurationTimings
34001 Weekend Batches 05-May-2024 28-Apr-2024 11-Aug-2024 3.5 Months First Two Weeks: (Theory) Sundays: 8:00 am to 6:00 pm; From the Third Week Onwards: (Practical Sessions) Sundays: 2 hours (Batch wise schedule will be provided)