SP3D User and CAESAR II Combo Training

The SmartPlant 3D (SP3D) and Intergraph CAESAR II combo training by Multisoft Virtual Academy is a comprehensive program designed for engineers and professionals aiming to build a strong career in piping design and stress analysis within the CAD/CAM domain.

SmartPlant 3D (SP3D) Training

SmartPlant 3D (SP3D) is an advanced 3D modeling software widely used in engineering industries for efficient plant design and piping layout. This training program is ideal for candidates interested in piping design, plant modeling, and structural engineering.

Through this course, learners gain hands-on expertise in executing real-world design projects across industries such as power plants, oil and gas, petrochemicals, and food processing units.

By the end of the SP3D training, participants will develop proficiency in:

• Piping and structural modeling techniques
• WEBS items, templates, and style rule configurations
• Space management and control point utilization
• Piping hierarchy, routing, and component placement
• Extraction of isometric drawings
• Grid and coordinate system setup
• Equipment placement and modeling

Additionally, learners will understand nozzle orientation, solid modeling, and structural component design, including slabs, walls, ladders, and handrails.

Intergraph CAESAR II Training

Intergraph CAESAR II® is a globally recognized software used for piping stress analysis, ensuring compliance with international codes and standards. It plays a critical role in validating the safety, flexibility, and reliability of piping systems.

This training program focuses on building a strong foundation in piping stress analysis concepts and practical implementation.

Participants will gain expertise in:

• Piping code theory fundamentals
• Input data creation and model setup
• Sustained and expansion stress calculations
• Friction effects and basic stress concepts
• Stress-strain theories and failure theories

With practical exposure, learners will be able to perform:

• Piping system modeling in CAESAR II
• Design and implementation of piping supports
• Preparation of stress critical line lists
• Spring design and modeling
• Support span calculations
• System evaluation, optimization, and redesign