Making the Switch: Your Guide from RAM Elements to RISA-3D

If you’ve been using RAM Elements primarily for component checks and small systems, moving to RISA-3D opens the door to modeling entire structural systems in a single, unified environment.

Switching structural software isn’t just about learning a new interface—it’s about improving how your team delivers projects. In this Making the Switch series, we walk through practical steps for moving from established platforms like STAAD.Pro, RAM Elements, and RAM Structural System into a RISA-based workflow, with a focus on minimizing disruption and maximizing productivity. Each guide is written for busy engineers and project managers who want clear migration steps, not a marketing pitch, so you can compare workflows, plan a pilot, and get real work done while you transition.

Step 1: Recognize the Workflow Shift

RAM Elements is often used for individual members or small subsystems, while RISA-3D is designed to handle complete 3D structures in one model.

Teams typically notice:

• A unified environment where frames, lateral systems, and gravity framing live together instead of in separate files or modules.
• Integrated design checks across steel, concrete, wood, masonry, and cold‑formed steel as part of one model.
• Visual load path investigation and clear, spreadsheet-style results that make it easier to understand how the structure behaves.
• Faster iteration during design changes because you’re modifying one model instead of multiple, loosely connected analyses.

Thinking in terms of “system behavior” rather than isolated components is a key mindset shift when moving to RISA-3D.

Step 2: Rebuild Models with a System Focus

Because of structural and data differences between the two platforms, you’ll typically recreate models instead of importing them directly.

To keep this efficient:

• Export geometry from existing sources (CAD/BIM) to capture framing layouts.​
• Record section properties, loads, and combinations from your current RAM Elements work.​
• Rebuild the entire system in RISA-3D, using its graphical tools and spreadsheets to define members, boundary conditions, and load cases.

Most teams find that once they adopt RISA-3D’s modeling tools, creating and editing full building models becomes faster than maintaining multiple component-level analyses.

Step 3: Standardize Templates and Assumptions

Standard templates are one of the easiest ways to reclaim time during and after the transition.

Set up:

• Default materials and shape libraries that match your typical project types.
• Standard load combinations aligned with your governing codes and internal standards.​
• Typical boundary conditions, member releases, and modeling assumptions for common systems (for example, braced frames, moment frames, and trusses).

Once those templates are in place, new projects start with most of the groundwork done, which reduces onboarding time for the entire team.

Step 4: Grow into Full Building Modeling

One of the biggest advantages of switching is the ability to move beyond isolated checks into complete building models.

In RISA-3D (and with RISAFloor when you add it), you can:

• Analyze lateral systems and gravity framing together to see how loads flow through the entire structure.
• Coordinate floor systems and frames using linked models instead of managing separate tools.
• Expand from “component verification” to whole-building behavior, which boosts design confidence and speeds up review cycles.

This shift helps you get more value out of every model you build, especially on repeat building types.

More Software Transition Guides

• Making the Switch: RAM Concept → ADAPT-Builder

• Making the Switch: STAAD → RISA-3D

• Making the Switch: RAM Elements → RISA-3D

• Making the Switch: RAM Structural System → RISAFloor + RISA-3D