“E3D vs. PDMS: Why E3D is the Future of 3D Plant Design Software”

In the world of industrial plant design, selecting the right software can make a significant difference in project efficiency, accuracy, and collaboration. For years, PDMS (Plant Design Management System) by AVEVA dominated the 3D plant design space. However, with advancing technology and increasing project complexities, the need for a more modern, intelligent solution has led to the rise of AVEVA E3D (Everything 3D).

E3D is rapidly becoming the industry standard, not just as a successor to PDMS but as a powerful, next-generation platform tailored to today’s engineering needs. Here’s a deep dive into E3D vs. PDMS, and why E3D is considered the future of 3D plant design software.

1. Technology Upgrade: Modern Architecture

PDMS, though powerful, is based on legacy architecture. E3D, on the other hand, is built on a more modern platform with enhanced 3D graphics, better data handling, and seamless integration with other AVEVA and third-party tools. E3D takes advantage of modern computing hardware and software, offering faster performance and improved user experience.

2. Enhanced User Interface and Experience

One of the major upgrades in E3D is its user-friendly interface. E3D features intuitive menus, contextual toolbars, and a smoother 3D environment, making it easier for designers, draftsmen, and engineers to navigate complex models. In contrast, PDMS has a steeper learning curve and a more outdated interface.

3. Improved 3D Visualization and Rendering

E3D provides superior 3D graphics and real-time visualization with high-quality rendering capabilities. These improvements allow for more accurate model review sessions, clash detections, and client presentations. This is a critical feature for companies focused on design accuracy and safety.

4. Cloud Collaboration and Remote Access

With growing demand for remote engineering and global collaboration, E3D offers cloud integration and real-time collaboration tools. Multiple users can now work on the same project simultaneously, regardless of their location. PDMS lacks such advanced cloud-based features, making E3D the preferred tool for distributed teams.

5. Advanced Clash Detection and Smart Design Tools

E3D integrates automatic clash detection, intelligent object placement, and better project controls. These features help reduce design errors and rework, improving overall project delivery timelines. PDMS, although functional, requires more manual effort for similar outcomes.

6. Seamless Integration with AVEVA Ecosystem

E3D works natively with AVEVA’s suite of engineering tools, including instrumentation, electrical, and process simulation software. This allows for a unified digital engineering platform. PDMS, being older, lacks full compatibility with newer AVEVA tools without custom development or workarounds.

7. Future-Proofing Your Skills and Projects

Organizations and professionals upgrading to E3D are future-proofing their systems and careers. Most large EPCs (Engineering, Procurement, and Construction companies) are transitioning to E3D, and job roles increasingly require E3D expertise. This makes learning E3D not just a skill, but a strategic move for long-term career growth.

Final Thoughts

While PDMS served as a pioneer in 3D plant design, the evolution of industry requirements demands a more advanced, integrated, and user-friendly platform—and E3D delivers exactly that. With superior technology, real-time collaboration, intelligent design features, and better user experience, E3D is clearly the future of 3D plant design software.

If you’re looking to upgrade your skills or your company’s design capabilities, now is the perfect time to transition to E3D. Institutions like Bismilsoft offer E3D Online Training in India, equipping learners with hands-on experience, industry-relevant tools, and certification support to thrive in today’s competitive job market.

Make the switch. Learn E3D. Design the future.