AVEVA E3D Design 3.1.6 is a mid-cycle update in the 3.1 series that focuses on deepening the integration between plant and marine disciplines while refining the user experience. The core value of this release is the enhancement of the "single source of engineering data" through improved modeling tools and automated deliverable generation. 🚀 Key Functional Features
Space Management Application: A major addition to the 3.1 series that allows for the creation of functional, space, and area arrangements. Useful for ship compartments or plant zones.
Enables 3D coordination and partial mass property calculations (weight, volume, area) for reports.
HVAC Redesign & Quick Router: Introduces a Quick HVAC router that mimics the efficiency of the Quick Pipe Router. Improved specification management.
Visual feedback for dimensions and automatic gap filling in ducting.
Hull Structural Design: Adds specialized tools for marine engineering, integrating hull data directly into the 3D view for better cross-discipline coordination.
Laser & Point Cloud Enhancements: Includes "HyperBubble™" technology for an immersive as-built environment. Supports solid point clouds and more than seven XGEOMs.
Allows demolition of parts of the point cloud to reflect updated scans. 🛠️ Usability & Efficiency
Microsoft® Fluent™ Interface: Utilizes modern UI technology with gesture interaction and configurable context menus.
AVEVA PowerWheel: A command accelerator designed to provide rapid access to frequently used functions.
Report Designer: A sophisticated tool for creating high-quality deliverables in PDF, CSV, or MHTML formats, featuring charts, logos, and calculated fields.
Multi-CAD Import: Streamlines the process of bringing in data from various third-party CAD systems. 🏗️ Administrative & Technical Notes Minimum system requirements - AVEVA™ Documentation
AVEVA E3D Design 3.1.6 is a powerful, integrated 3D design solution used primarily in the process plant, marine, and power industries to create detailed models and high-quality drawings Key Features and Enhancements in 3.1
The 3.1 series introduced several workflow-improving features that carry into the 3.1.6 maintenance releases: Work Packs
: Enables designers to plan for construction and installation early in the design phase by creating staged sets of design elements. Visual Queries
: A key part of the Work Packs application, allowing you to view model content in 3D using specific visual properties based on selected criteria. Supports Administration
: Enhanced tools for configuring project defaults for supports, including auto-naming, ancillary defaults, and structural support frameworks. Interoperability
: Improved data exchange with other tools, such as the ability to import/export IFC files and integrate with Tekla Structures for structural detailing. Tekla User Assistance Essential Setup & System Requirements
For optimal performance of AVEVA E3D 3.1.6, ensure your environment meets these standards: : A minimum of 16 GB high-speed RAM is recommended.
: Dual monitors or a single ultra-wide screen (1920x1200 minimum) are highly recommended for the intensive UI. Operating System
: Officially supports Windows 10, as well as Windows Server 2016 and 2019. Project Setup : Sample projects like AVEVA Plant Sample AVEVA Marine Sample can be installed via the
files located in the installation package to help test your environment. AVEVA™ Documentation Quick Tips for Efficient Modeling Aveva E3D and Tekla Structures Interoperability
Optimization and Collaborative Design in AVEVA™ E3D Design 3.1.6
Modern industrial plant design requires a seamless transition between 3D modeling and 2D documentation. AVEVA™ E3D Design 3.1.6 represents a significant step in the evolution of data-centric engineering, offering enhanced tools for multidisciplinary collaboration, clash detection, and automated drawing production. This paper explores the core functionalities of version 3.1.6, specifically focusing on workflow efficiencies in reporting, drafting, and supports administration. 1. Introduction
AVEVA™ E3D Design is the industry standard for 3D design in the process plant, marine, and power industries. Version 3.1.6 continues to build on the "Everything3D" philosophy by integrating engineering, design, and simulation into a single data-centric environment. This approach allows for real-time visibility of multidiscipline updates, which is critical for reducing engineering rework and eliminating costly on-site clashes. 2. Key Functional Modules
The software is organized into several high-performance modules that streamline the design lifecycle:
Draw and Draft: The Draw module allows designers to populate 2D drawings with information pulled directly from the 3D model database, ensuring consistency.
Supports Administration: This module facilitates the creation and modification of engineering supports based on specific project standards without requiring write access to the primary piping or steelwork elements.
Reporting Designer: New reporting tools allow for Simple and Designer reporting, enabling users to filter, group, and summarize data with calculated fields and charts for deliverable reports. 3. Workflow Enhancements
A major advantage of version 3.1.6 is the implementation of Lists and Collections. This feature enables users to perform bulk actions—such as changing insulation across multiple components or deleting numerous structure members—simultaneously, significantly increasing modeling speed.
Furthermore, the integration of Area-Based Automatic Drawing Production (ADP) within the Supports discipline allows for the rapid generation of documentation directly from the model, further reducing the manual administrative burden. 4. Project Criteria and Standards aveva e3d 3.1.6
In practical application, E3D 3.1.6 adheres to rigorous model definition criteria. For instance, industrial project specifications often require specific modeling for: Piping: Designed according to P&IDs and line lists.
Equipment: Surface modeled to exact dimensions and contours.
Reserve Volumes: Inclusion of "soft" volumes for maintenance and access routes to ensure operational safety. 5. Conclusion
AVEVA™ E3D Design 3.1.6 remains a powerful tool for complex engineering projects, particularly in power and renewable energy. By leveraging its advanced reporting, automated drafting, and intuitive GUI, engineering teams can minimize risks and maintain a high level of design integrity throughout the project lifecycle. AVEVA E3D Design
AVEVA E3D 3.1.6 Report
Introduction
AVEVA E3D is a comprehensive engineering, design, and construction management software solution used in the process industry. The latest version, AVEVA E3D 3.1.6, offers a range of features and enhancements to improve design efficiency, collaboration, and data management. This report provides an overview of the key features, benefits, and system requirements of AVEVA E3D 3.1.6.
Key Features
Benefits
System Requirements
New Features and Enhancements
Conclusion
AVEVA E3D 3.1.6 is a powerful engineering, design, and construction management software solution that offers a range of features and enhancements to improve design efficiency, collaboration, and data management. The software provides numerous benefits, including improved design efficiency, enhanced collaboration, and increased data accuracy. With its improved user interface, enhanced clash detection, and support for new formats, AVEVA E3D 3.1.6 is an essential tool for process industry professionals.
AVEVA E3D Design 3.1.6 is the current major iteration of AVEVA’s flagship 3D plant design software, succeeding the industry-standard PDMS. This version is widely regarded as the most powerful 3D design solution for the Oil & Gas, Power, and Marine sectors, known for its ability to handle massive datasets with high precision. Key Highlights of Version 3.1.x
Graphical Explorer: A major addition that uses a proprietary rendering framework to improve performance when navigating and rotating large, complex models.
Integrated Discipline Modules: Includes dedicated modules for Supports (creating and modifying supports without needing write access to main piping/steel elements), Surface Manager (importing/repairing surfaces in formats like IGES and STEP), and Piping Design.
AI-Driven Add-ons: Features like the Whitespace Optimizer use AI to automatically clean up and position annotations on technical drawings to save manual drafting time.
Modern Interface: Unlike the classic PDMS, E3D uses a modern ribbon-style UI that is more intuitive and customizable. User Experience & Feedback
Users generally praise the software for its technical depth, but highlight significant hurdles for new adopters:
The release of AVEVA E3D Design 3.1.6 marks a significant step in the evolution of 3D engineering, moving beyond simple modeling toward a more integrated, data-centric ecosystem. This update focuses on enhancing the "Digital Twin" journey by refining how multi-disciplinary teams interact with complex project data. 1. Enhanced Integration with AVEVA Connect
Version 3.1.6 doubles down on cloud collaboration. By tightening the link with AVEVA Connect
, teams can now synchronize design data more fluidly across global locations. This reduces the "data silo" effect, ensuring that a change made by a structural engineer in one region is instantly visible to the piping team in another, maintaining a single version of truth. 2. Improved Graphics and Performance
One of the most noticeable "under-the-hood" upgrades is the optimization of the Draw and Design
engines. Handling massive point clouds and high-fidelity laser scans has become smoother. For brownfield projects, this means less lag when overlaying new designs onto existing "as-built" data, which is critical for clash detection and spatial coordination. 3. Advanced Automation via Lexicon and Programmability The 3.1.6 update introduces more robust hooks for PML (Programmable Macro Language) and .NET customizations. Automated Drawing Generation:
Improvements in the automatic drawing production engine reduce the manual cleanup required after a drawing is generated. Attribute Management:
Enhanced Lexicon tools allow for deeper customization of UDA (User Defined Attributes), making it easier to track lifecycle data (like carbon footprint or procurement status) directly within the model. 4. Structural and Piping Enhancements
Specific discipline updates have focused on "Quality of Life" improvements:
More intuitive routing tools and better handling of slope piping. Structural:
Enhanced steelwork detailing capabilities that bridge the gap between initial design and fabrication-ready models. Why This Matters for the Digital Twin
The shift from 3.1.x series isn't just about new buttons; it's about Data Integrity AVEVA E3D Design 3
. By improving the IFC (Industry Foundation Classes) export/import and building better bridges to AVEVA Asset Information Management
, 3.1.6 ensures that the 3D model remains a valuable asset long after the construction phase ends.
Are you looking to migrate your current project to 3.1.6, or are you interested in specific PML script compatibility for this version?
In AVEVA E3D Design 3.1, generating a "full report" typically involves two primary methods depending on your needs: Simple Reporting for quick text-based data and Report Designer for professional, formatted documents. Method 1: Reporting via Search (Quick Extraction)
This is the most direct way to pull data from your 3D model into an Excel-ready format.
Search Elements: Go to the Home Tab and use the search function. Specify the element type (e.g., EQUIPMENT) and the search scope (Current Element or Project).
Filter Results: Refine your search using PML1 expressions. For example, use match W to find specific naming patterns like PS3*.
Configure Columns: In the Collection Table, use the Column Setup to add standard attributes (like Name, Owner, Position, or Site).
Export: Click Quick Report or export the table directly to Microsoft Excel for sharing. Method 2: Using Simple Report Templates
Use this method for recurring reporting needs that require a specific structure.
Modules: Accessible via the MODEL, DRAW, or PARAGON modules.
Template Creation: Define a report template that specifies which database attributes to extract.
Run and Save: Run the template against your selection; results can be saved or published to PDF, printed, or uploaded to AVEVA NET. Method 3: Report Designer (Formal Reports)
For "full" professional reports with headers, footers, and complex formatting, use the Report Designer.
Capabilities: It offers a drag-and-drop interface to create complex layouts.
Integration: It can combine search results with prepared headers to generate high-fidelity engineering reports. Key Comparison for Reporting Feature Simple Reporting Report Designer Output Type Textual/Excel Formatted/Graphic Best For Data checking, MTOs Formal project deliverables User Level Advanced / Configurator Common Format CSV, Excel PDF, Printed
For more advanced automation, you can create Parameterized Reports which allow you to assign specific classes, catalogs, or symbols during the reporting process. AVEVA™ E3D Design 3.1 - Reporting
For brownfield projects (modifying existing plants), laser scan data is vital. AVEVA E3D 3.1.6 improved the point cloud engine. Users can now attach massive .pod or .pts files with smoother panning and zooming. The "Fit to Scan" tool was enhanced, enabling designers to snap new piping directly onto the point cloud representation of existing steel.
In the context of 3D printing, a "useful report" could refer to several types of data or documents:
Calibration Reports: These are generated after calibrating the printer and are crucial for ensuring that the printer is operating within accurate parameters. Calibration affects print quality, adhesion, and overall printer performance.
Temperature and Performance Reports: These reports can provide insights into how well the hotend and extruder are performing. Consistent temperature control is vital for print quality.
Error and Troubleshooting Reports: When issues arise, such as under-extrusion, over-extrusion, or temperature fluctuations, detailed reports can help diagnose problems.
Quality Control Reports: For production environments, these reports ensure that prints meet certain quality standards. They can track print success rates, material usage, and other metrics.
E3D is well-known in the 3D printing community for their high-quality hotends and extruders, which are crucial components in Fused Filament Fabrication (FFF) or Fused Deposition Modeling (FDM) 3D printers. These components are responsible for melting and extruding the filament to create the printed object.
The decision to upgrade to 3.1.6 depends largely on your current environment:
You should prioritize upgrading to 3.1.6 if:
You might hold off if:
Have you deployed AVEVA E3D 3.1.6 on a recent project? Share your experience in the comments below or contact us for a detailed migration checklist.
AVEVA E3D Design 3.1.6 is a specific update within the 3.1 series of AVEVA’s flagship 3D plant and marine design software
. While individual point releases (like 3.1.6) often focus on performance fixes and minor enhancements, the core "feature" of this version centers on Enhanced Design and Engineering : AVEVA E3D 3
enhanced multidisciplinary coordination and advanced space management Key Feature Focus: Intelligent Space Management
One of the most significant advancements in the 3.1 series available in this version is the Space Management application
. This feature moves beyond simple 3D modeling by allowing designers to create functional and volumetric arrangements: Functional Arrangements
: Define specific zones within a project, such as compartments or area arrangements, which are essential for complex marine and offshore projects. Volumetric Data
: Spaces provide a volumetric representation that helps in 3D coordination, ensuring that different disciplines (piping, structural, electrical) do not conflict within a designated area. Mass Property Calculations
: The tool can automatically collect all model elements—like hull or outfitting parts—within a defined space to calculate weight, volume, and area for detailed reporting. Other Notable Capabilities in Version 3.1.x Integrated Laser Data
: Supports the import of photorealistic laser scans directly into the design environment, allowing for "clash-free" brownfield modifications where new designs are checked against existing physical conditions. Surface Manager
: Features for importing surfaces from formats like IGES, SAT, and STEP AP 203, specifically useful for marine projects requiring complex geometry repair and assessment. Enhanced Reporting
: A "Report Designer" module that enables users to generate deliverable-quality PDF or CSV reports with charts and images directly from the 3D database. Universal MultiCAD Import
: Improved support for importing data from third-party tools like Navisworks, Revit, Creo, and NX to maintain a "single source of truth" model. Engineering design software | AVEVA
In the context of building equipment, a "feature" is a primitive or custom shape added to an equipment element to define its physical form. Creation Workflow : You navigate to the module, select your equipment object, and use the menu to add primitives like cylinders, boxes, or nozzles. Sub-Equipment
: Features can be organized into sub-equipments to maintain a clean hierarchy (Site > Zone > Equipment > Sub-Equipment > Feature). 2. Key Software Features in Version 3.1.x
AVEVA E3D 3.1.x introduced several high-level features designed to improve interoperability and drawing production: MultiCAD Feature
: Allows the direct import and processing of CAD files from over 30 external systems (e.g., Solidworks, Revit, AutoCAD) into the E3D model database. This can be done via the Interfaces tab or command line. Drawings in Model
: Starting with E3D 3.1, you can create and view 2D drawings directly within the
module. This allows for real-time updates—when the 3D model is modified based on drawing comments, the changes are instantly visible. Advanced Sectioning Location Detail View
feature to define planes by selecting points, which automatically generates updated section views for pipe racks or equipment layouts. 3. Writing Custom Features (PML/Command Line)
For power users, "writing" a feature often means scripting a custom object or automation using the Programmable Macro Language (PML) PML Objects
: You can write a PML object to handle batch imports or automate the creation of recurring geometric patterns. Command Line
: Many features, such as equipment creation or MultiCAD imports, can be executed through direct commands if you prefer a keyboard-centric workflow over the Ribbon UI. PML code snippet for creating a geometric feature, or are you looking for a technical write-up on one of these modules? AVEVA E3D Design Releases
A feature for Aveva E3D 3.1.6 could be:
Automated Clash Detection and Reporting
This feature would enable the software to automatically detect clashes between different design elements, such as pipes, equipment, and structural components, and generate a detailed report highlighting the clashes. This would help designers and engineers identify and resolve potential issues early in the design process, reducing the risk of costly rework and improving overall project efficiency.
Some potential benefits of this feature include:
Some potential functionality of this feature could include:
This feature would be a valuable addition to Aveva E3D 3.1.6, as it would help designers and engineers create more accurate and coordinated designs, reducing the risk of errors and improving overall project outcomes.
Would you like me to come up with another feature?
Here are some more:
AVEVA™ E3D Design 3.1.6 advances plant and marine engineering by enabling real-time, multi-discipline collaboration within a centralized data model and enhancing clash detection capabilities. Key updates, including the Space Management Application and Quick HVAC Router, are designed to significantly increase design efficiency and productivity. For more details, visit AVEVA. AVEVA E3D Design Releases
To run E3D 3.1.6 optimally, especially with point clouds or large assemblies, AVEVA recommended the following specifications:
| Component | Minimum | Recommended | | :--- | :--- | :--- | | OS | Windows 7 SP1 (64-bit) | Windows 10 LTSC 2019 | | CPU | Intel Core i5-2400 | Intel Xeon E5-2620 v4 or AMD Ryzen 7 | | RAM | 8 GB | 32 GB (64 GB for point clouds) | | GPU | NVIDIA Quadro K620 | NVIDIA Quadro P4000 or RTX 4000 (DirectX 11) | | Storage | 10 GB free (SSD) | 500 GB NVMe SSD for databases + scratch | | Display | 1920x1080 | Dual 2560x1440 monitors |
Note: E3D 3.1.6 does NOT support Windows 11 officially, though many users report success in compatibility mode.