SP3D for Civil

This module focuses on working with multi-disciplinary data. You will learn how SP3D integrates civil, structural, piping, mechanical, and equipment models inside a single 3D environment.

Topics Covered:

• Importing & managing reference models
• Understanding file rules & naming standards
• Model filters for discipline isolation
• Creating perspectives, sections, elevations
• Advanced object selection & display settings

This is the core modeling module where learners build essential civil and structural components inside SP3D. You will create steel structures such as beams, columns, trusses, bracings, and platforms.

Students also learn concrete modeling for industrial foundations including pedestals, walls, slabs, grade slabs, retaining walls, and equipment foundations. This module ensures hands-on mastery needed in real EPC projects. 

Topics Covered:

• Global & local coordinate systems
• Structural steel modeling: beams, columns, girders, trusses
• Concrete modeling: foundations, pedestals, slabs, walls
• Equipment foundations using vendor drawings
• Secondary structures: platforms, ladders, handrails, staircases

This module covers advanced civil modeling used in large industrial plants. You’ll learn to create underground utilities such as trenches, duct banks, pits, stormwater drains, and UG restraints.

Terrain modeling and Digital Terrain Models (DTM) are included for grading, contour creation, slope definitions, and cut-fill analysis.

The module also includes clash detection and rule-based design validation—critical skills for EPC engineers to ensure that the final model meets all engineering standards. 

Topics Covered:

• Underground utilities modeling
• Terrain & surface modeling (DTM)
• Slope, grading, contour creation
• Clash detection (soft, hard, clearance)
• Automated rule-based design validation

In this module, learners understand how SP3D generates 2D deliverables directly from the 3D model. You will extract plans, sections, elevations, isometrics, and generate annotations and dimensions.

Material Take-Off (MTO), Bills of Material (BOM), and reporting tools are covered to help students generate industry-standard reports used by EPC companies. 

Topics Covered:

• 2D drawing extraction from 3D model
• Generating elevations, sections, annotations
• Isometric drawings for civil structures
• Title block customization
• MTO, BOM, and export reports (Excel/PDF)

This module focuses entirely on practical, real-time project execution. Students will model a complete plant civil layout including foundations, structural steel, platforms, utilities, and terrain.

You will work through real EPC case studies from Oil & Gas, Petrochemical, and Power Plant industries, ensuring you are fully prepared for industry-level job roles. This is the most important part for portfolio and placement readiness. 

Topics Covered:

• Full industrial plant civil model creation
• Structural framework & foundation project
• Terrain + underground utilities project
• Clash-free final model
• EPC-based case studies: O&G, Petrochemical, Power plant