Civil And Mechanical
SP3D Mechanical Certification Training
Students learn how to model mechanical parts, install piping, and set up equipment in SmartPlant 3D through SP3D Mechanical Certification Training. Learn how to make 3D models, stress supports, and designs that don't clash for industrial plant projects.
5/5(4,890 Reviews)
Level
Advanced
Duration
8 Weeks
What is SP3D Mechanical Certification Training?
This training gives you a lot of information about how to design things in SmartPlant 3D (SP3D). Participants will learn how to make models of mechanical equipment, design supports for piping, find clashes, and make isometric drawings. The course focuses on working together, following project standards, and making sure designs are accurate. At the end, students will be able to confidently work on mechanical design projects in factories.
Training Plan
About trainer
Working professional who is carrying more then 10 years of industry experience.
Decks
The candidate will get access to the presentation taken-up during the session.
Notes
Consolidated notes in word document.
Assignments
Assignments for every module will be covered.
MCQs
MCQs for every module covered in the session would be provided.
Video Recording
Daily Session would be recorded and shared to the candidate.
Dumps for Certification
We will provide dumps for the certification exam, which will help you to prepare for the exam.
Updated Content
We provide Generative AI Driven content By experts.
Projects
3 Live Projects will be provided for practice.
SP3D Mechanical Certification Training Course Curriculum
.
Introduction to SP3D Mechanical
Section 1
Learn the basics of mechanical design in SP3D.
Software interface
Project setup
Units & standards
File management
.
Equipment Modeling Basics
Section 2
Understand equipment modeling fundamentals such as pumps, compressors, tanks, and exchangers. Learn placement rules and standard practices.
Equipment Placement
Equipment Libraries
Orientation & Positioning
Standard Practices
.
Advanced Equipment Modeling
Section 3
Build complex mechanical equipment with nozzles, skirts, supports, and detailed specifications. Learn parametric modeling for customization.
Nozzle Placement
Equipment Supports
Parametric Equipment
Skirts & Saddles
.
Piping-Mechanical Interface
Section 4
Learn how mechanical equipment interacts with piping systems. Define nozzle connections, orientations, and integration with piping design.
Nozzle Connections
Piping Integration
Orientation Control
Interface Checks
.
Structural-Mechanical Integration
Section 5
Understand how to align mechanical equipment with structural components. Ensure proper equipment placement on beams, foundations, and supports.
Equipment Foundations
Structural Alignment
Base Plate Placement
Support Integration
.
HVAC & Ducting Interface with Equipment
Section 6
Model HVAC and ducting interactions with equipment. Learn spatial planning for ducts and ensure clearance management.
HVAC Routing
Clearance Checks
Equipment-Duct Interface
Space Management
.
Mechanical Supports & Accessories
Section 7
Create mechanical supports, saddles, skirts, and baseplates for equipment stability. Add accessories like ladders, platforms, and handrails.
Saddles & Skirts
Base Plates
Ladders & Platforms
Handrail Integration
.
Clash Detection & Equipment Validation
Section 8
Perform clash checks between equipment, piping, HVAC, and structures. Validate equipment placement and resolve design conflicts.
Clash Rules
Interference Checking
Clash Resolution
Validation Reports
.
Mechanical Drawings & BOM Extraction
Section 9
Generate equipment drawings, assembly layouts, and extract bill of materials (BOM) for mechanical components.
Assembly Drawings
Orthographic Views
BOM Generation
Annotation Tools
.
Customization & Standards in Mechanical Design
Section 10
Customize equipment catalogs and libraries as per project requirements. Apply engineering standards and design specifications.
Catalog Customization
Mechanical Standards
Spec-driven Design
Equipment Templates
Key Projects
SP3D Mechanical Certification Training
Oil Refinery Pump Station Design
Make a 3D model of the mechanical layout of a pump station that includes modeling the equipment, the pipes, the supports, and finding any conflicts.
Chemical Plant Equipment Installation
Make a mechanical design for chemical plant equipment that focuses on where to put valves, how to route pipes, how to build supports, and how to make isometric drawings.
Power Plant Mechanical Layout
Create a mechanical layout for a power plant that includes putting together the equipment, routing the pipes, building support structures, and checking that everything is ready for construction.
SP3D Mechanical Certification Training – Associate Training Program
Category
Associate
Exam Name:
SP3D Mechanical Certification Training – Associate
Exam Code:
N.A.
Exam Duration:
N.A.
Exam Format:
N.A.
Passing Score:
N.A.
Our Testimonials
Frequently Asked Questions (FAQs)
Who can enroll in SP3D Mechanical Certification Training?
This course is great for mechanical engineers, piping designers, plant engineers, and CAD professionals who want to learn how to use SmartPlant 3D to model 3D mechanical systems, install piping, and set up equipment.
What is SP3D Mechanical and why is it important?
SP3D Mechanical is a module of SmartPlant 3D focused on designing mechanical equipment, supports, and piping layouts in industrial plants. TechPratham’s training helps learners gain hands-on expertise for accurate and efficient mechanical design in real-world projects.
Who should join SP3D Mechanical Certification Training?
Mechanical engineers, piping engineers, CAD designers, and professionals working in plant design or EPC companies can join. TechPratham makes the course suitable for both beginners and experienced professionals.
What skills will I gain in this training?
You’ll learn mechanical equipment modeling, support design, piping integration, material specification, 3D layout creation, and clash detection. TechPratham ensures skills are developed through practical exercises and project-based learning.
Does the training provide practical exposure?
Yes, TechPratham provides real-time projects, simulation tasks, and case studies to give learners practical experience with SP3D Mechanical design.
How long does the SP3D Mechanical Certification Training take?
The training typically lasts 6–8 weeks, with TechPratham offering both instructor-led and self-paced learning options.
Will this training help in career growth?
Absolutely. TechPratham prepares learners for roles like Mechanical Designer, Piping Engineer, Plant Design Engineer, and CAD Engineer in top industries.
What is the expected salary after SP3D Mechanical Training?
Freshers can earn ₹3–6 LPA, while experienced SP3D Mechanical professionals can earn ₹8–18 LPA+. TechPratham ensures learners gain job-ready skills to secure high-paying roles.
What industries hire SP3D Mechanical professionals?
Industries such as oil & gas, petrochemical, power plants, chemical industries, and EPC companies hire SP3D Mechanical experts. TechPratham aligns its training projects with these industry needs.
Why should I choose this training provider?
TechPratham offers experienced trainers, updated SP3D Mechanical curriculum, hands-on projects, flexible schedules, and placement support, making it a trusted choice for mechanical design training.
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