AVEVA E3D Course Overview

Certainly! Below are the minimum required prerequisites for successfully undertaking training in the AVEVA E3D course, structured to encourage potential learners:

• Basic understanding of engineering concepts, particularly in the domain of plant design and construction.
• Familiarity with computer-aided design (CAD) principles and general 3D modeling concepts.
• Knowledge of the fundamentals of piping, structural, equipment, electrical, and instrumentation design within an industrial setting.
• Proficiency in using Windows operating systems and general computer literacy to navigate software interfaces and file systems.
• Ability to comprehend and interpret technical documentation and drawings commonly used in engineering projects.
• Strong problem-solving skills and attention to detail to effectively work through design challenges and utilize AVEVA E3D tools.
• Willingness to learn and adapt to new software tools and workflows within a 3D design environment.

These prerequisites are designed to ensure that learners have a solid foundation to build upon as they engage with the AVEVA E3D course content, leading to a successful and enriching learning experience.

Target Audience for AVEVA E3D

The AVEVA E3D course offers specialized training in 3D design for professionals in the engineering and construction sectors of the IT industry.

• CAD Engineers and Designers

  
  

• Piping Designers and Engineers

  
  

• Structural Designers and Engineers

  
  

• Electrical Designers and Engineers

  
  

• Project Managers in the engineering, procurement, and construction (EPC) sector

  
  

• Equipment Modeling Specialists

  
  

• Technical Drafters and Drafting Supervisors

  
  

• BIM Coordinators and Managers

  
  

• Plant Designers and Engineers

  
  

• Process Engineers

  
  

• Naval Architects

  
  

• Mechanical Engineers

  
  

• Construction Planners and Supervisors

  
  

• Quality Assurance Specialists in design and construction

  
  

• IT Professionals specializing in design and construction software implementation

  
  

• Design Automation Engineers

  
  

• Document Controllers with a focus on engineering projects

  
  

• Operations Managers overseeing plant design and maintenance

  
  

• Safety Engineers and Managers

  
  

• Engineering Consultants providing services in plant design and optimization

  
  

• Technical Trainers specializing in AVEVA E3D or related software

  
  

• Software Developers customizing solutions for plant design industries

  
  

• Research and Development professionals in engineering sectors

  
  

• Technical Support Engineers for design and engineering software

  
  

• Engineering students or recent graduates seeking practical software skills

  
  

• Professionals aiming to transition into the plant design industry

  
  

• Retrofitting and Maintenance Engineers

  
  

• HVAC Designers and Engineers

  
  

• Instrumentation Engineers

  
  

• Cost Estimators and Control Engineers

  
  

• Risk Management Professionals in the construction sector

  
  

• Quality Control Engineers in fabrication and construction

  
  

• Procurement Officers in engineering and construction firms

  
  

• Anyone seeking to upskill in AVEVA E3D for career advancement opportunities

  
  

Learning Objectives - What you will Learn in this AVEVA E3D?

Introduction to AVEVA E3D Course Learning Outcomes

This AVEVA E3D course equips learners with a comprehensive understanding of 3D design systems, focusing on modeling, design, and project management within the AVEVA software ecosystem.

Learning Objectives and Outcomes

• Gain an in-depth understanding of AVEVA E3D's interface and navigation to efficiently manage 3D modeling projects.
• Develop the skills to create, edit, and manipulate objects and models in AVEVA E3D, enhancing design accuracy and efficiency.
• Learn to utilize AVEVA E3D's tools for piping design, understanding the process from component selection to stress analysis and isometrics.
• Master equipment modeling techniques, including the creation of detailed equipment models and managing their properties for various configurations.
• Acquire knowledge in structural design principles, optimization, documentation, and the use of AVEVA E3D for structural engineering tasks.
• Understand electrical design workflows and components in AVEVA E3D, and apply design rules and best practices for robust electrical systems.
• Create precise isometric drawings for piping and structural steel, adopting best practices and troubleshooting common issues in AVEVA E3D.
• Implement effective clash detection strategies using AVEVA E3D to identify and resolve design conflicts, improving project safety and reducing rework.
• Learn to generate detailed reports, customize them according to project requirements, and automate the report generation process in AVEVA E3D.
• Enhance project management skills, including planning, risk management, cost control, and the use of software tools to streamline project execution.