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 aveva e3d 3.1.6
files located in the installation package to help test your environment. AVEVA™ Documentation Quick Tips for Efficient Modeling Aveva E3D and Tekla Structures Interoperability
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 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 AVEVA E3D Design 3
: 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
Ship designers utilized the hull surface modeling tools to create fairing surfaces. The ability to maintain a relational database between compartments (e.g., engine room vs. crew quarters) streamlined classification society reviews (ABS, DNV, Lloyd’s).
Structural steel modeling received a "Smart Copy" function. If you model a flare platform column with beam stiffeners and bolt patterns, you can replicate that entire spec with one click, automatically adjusting for height differences based on terrain data.
Version 3.1.6 introduced optimized SQL queries for the underlying database. Users opening huge model extracts (e.g., a full refinery unit) report up to 30% faster loading times for specific design areas. This reduces downtime and keeps designers focused. Marine & Shipbuilding Ship designers utilized the hull
The pipe routing algorithm in 3.1.6 uses a "Predictive Route" engine. When you select a start point and direction, the software visualizes potential orthometric paths before you commit. This reduces the number of "undo" commands by roughly 40% for complex headers.
In the world of plant design, marine engineering, and large-scale infrastructure projects, precision and interoperability are not just goals—they are necessities. For over a decade, engineers and designers have relied on AVEVA’s suite of software to model complex environments. Among these, AVEVA E3D (Everything 3D) has stood as a successor to the legacy PDMS (Plant Design Management System). While AVEVA has continued to roll out newer versions, the specific release AVEVA E3D 3.1.6 has carved out a reputation as a particularly stable, feature-rich iteration that bridges the gap between legacy reliability and modern cloud-ready design.
This article explores the technical specifications, key enhancements, workflow improvements, and real-world applications of AVEVA E3D 3.1.6, providing a definitive guide for engineering firms looking to optimize their design pipeline.
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:
An EPC constructing a 5 MTPA LNG facility used E3D 3.1.6 for full-scale 3D modeling. With over 800 active users globally, the AVEVA Global capabilities of 3.1.6 maintained model integrity. The automated MTO extraction was accurate within 98.5%, reducing manual quantity surveying by 75%.