top of page
120495 (1).jpg

Advance Your Career with Engineering Design Training

Upgrade your engineering skills with Expert training in piping engineering along with softwares like E3D, SP3D, CAESAR II, and STAAD.Pro. Our industry-focused programs offer hands-on experience, real-world project exposure, and practical knowledge aligned with global engineering standards. Whether you're a fresher or a working professional, become job-ready through our project-based learning approach and professional certification.

Expert Guidance

Real Tool Practice

Job-Focused Skills

Career Uplift

About Our Training Programs

Our training programs are designed to equip engineers with practical, job-ready skills through real-time, hands-on learning. We focus on bridging the gap between academic concepts and industry requirements by offering expert-guided training in leading software tools like AVEVA E3D, SP3D, CAESAR II, and STAAD.Pro.

Each course includes project-based learning, technical workshops, and exposure to real-world scenarios. Whether you're a fresher or a professional, our programs help you advance your career confidently.

Plant Design & Engineering Services in Chennai

AVEVA E3D & SP3D (SmartPlant 3D) Training

Master next-generation 3D modeling environments with our advanced training in AVEVA E3D and Intergraph SmartPlant 3D (SP3D). This course equips engineers with the skills to efficiently model, manage, and validate complex piping and equipment layouts in large-scale industrial projects.

Advanced Software Skills You’ll Learn:

  • SP3D & E3D User Interface Mastery and Advanced Workspace Customization

  • Intelligent Piping Environment Setup, Configuration and Effective Management

  • 3D Modeling of Equipment, Nozzles, and Complex Industrial Piping Systems

  • Application of Detailed Piping Specifications and Engineering Design Rules

  • Automated Generation of Isometrics, GA Drawings, BOMs, & Custom Reports

  • Clash Detection, Interference Resolution, Coordination and Model Review Processes

SP3D

Fundamentals of Pipe Stress Analysis

3d-scan-retrofit-bwts
Pipe Stress
Pipe Stress Analysis1

Gain a comprehensive understanding of pipe stress analysis with a focus on real-world application and industry standards. This course equips engineers with analytical skills required to evaluate the behavior of piping systems under various loading conditions using CAESAR II.

  • Classification of Piping Systems & Critical Components

  • In-depth Stress Analysis Principles and Failure Theories

  • Compliance with ASME Codes: B31.1, B31.3, and International Standards

  • Load Cases: Sustained, Thermal Expansion, Occasional (Wind, Seismic)

  • Anchor Movements, Support Selection & Spring Hangers

  • Expansion Loops, Stress Relievers, and Flexibility Checks

  • Modeling Techniques and Load Combinations in CAESAR II

  • Evaluation of System Stresses, Displacements, and Code Compliance

  • Real-Time Problem Solving Using Project-Based Case Studies

  • Report Interpretation and Design Optimization Strategies

Advanced Topics Covered:

Ideal for mechanical engineers, piping professionals, and EPC consultants working on oil & gas, petrochemical, and power plant projects.

CAESAR II – Static & Modal Pipe Stress Analysis

This advanced module trains engineers in performing comprehensive static and dynamic stress analysis of piping systems using CAESAR II. Focused on real-world engineering applications, this course ensures in-depth knowledge of load case design, stress interpretation, and compliance with international codes. Advanced Topics Covered:

Introduction to CAESAR II Software

Learn the interface, project setup, and workflow of CAESAR II software tools.

Building a Piping Model

Learn to build accurate pipe system models with all key components.

Defining Supports, Materials, Loads

Assign material data, support types, and load parameters efficiently.

STAAD.Pro – Structural Analysis & Design

Build expertise in structural modeling, load analysis, and design of RCC and steel structures using STAAD.Pro, with code compliance and real-world applications.

staad-pro

Duration: 4–6 Weeks

Objective: Master the skills to model, analyze, and design RCC and steel structures using STAAD.Pro.

What You’ll Learn:

  • Introduction to structural analysis and STAAD interface

  • Modeling frames, trusses, and slabs

  • Load application (dead, live, seismic, wind)

  • Design of RCC and steel structures

  • Code compliance (IS 456, IS 800, ACI, Eurocodes)

  • Report generation and interpretation

Call to Action

Ready to bring your project to life? Our expert team delivers reliable, cost-effective engineering solutions tailored to your unique needs. Get in touch today to explore how we can support your goals with precision, efficiency, and professionalism.

Our Numbers Speak for Themselves

Years of Expertise

0

reputation
completion

ISO Certifications

0

Global Clients

0

customer-experience
group-dynamics

Team Members

0

bottom of page