In the fast-paced world of construction and infrastructure development, timely approvals are crucial for project success. RISA Technologies has emerged as a key player in streamlining the structural permitting and approval processes, helping engineers and architects accelerate project timelines. By providing powerful analysis and design software that generates code-compliant documentation automatically, RISA is reshaping how structural engineers navigate the historically slow, paper-heavy approval pipeline.

Understanding RISA’s Technology Stack

RISA offers a suite of advanced structural analysis and design tools—including RISA-3D, RISAFloor, RISAFoundation, and RISAConnection—that cover everything from gravity and lateral load analysis to connection design. These platforms use a unified solver and database, allowing engineers to model complex structures with ease. The software’s core value lies in its ability to perform iterative calculations rapidly while automatically checking designs against the latest building codes (IBC, ASCE 7, ACI 318, AISC 360, etc.).

What sets RISA apart is its focus on practical, real-world workflows. Engineers can step through load combinations, deflection checks, and member sizing without leaving the same environment. This integration reduces the manual rework that often introduces errors and delays in the permitting process. Moreover, RISA software includes built-in reporting engines that produce clean, well-organized calculation packages—exactly what plan reviewers want to see.

How RISA Accelerates the Permitting Process

Traditional permitting involves submitting hundreds of pages of calculations, drawings, and supporting documents. Reviewers must manually check each assumption, load case, and member design. This is time-consuming and often leads to back-and-forth requests for clarification. RISA addresses these pain points head-on.

Digital Submission Readiness

RISA-generated output is designed for digital submission. The software can export PDF reports that include all necessary code references, load takeoffs, and reinforcement details in a format accepted by most building departments. Many jurisdictions in the United States and Canada now explicitly accept RISA reports as part of their electronic plan review process. By providing clear, self-contained documentation, RISA reduces the number of review cycles and the time spent answering RFIs.

Automated Code Compliance Verification

RISA’s code-checking engine runs continuously in the background. As engineers adjust members or loads, the software instantly flags non-conformities. This real-time feedback allows designers to fix issues before the design is ever submitted, avoiding costly rework during review. For example, if a steel beam’s deflection exceeds the allowed limit under a service load combination, the engineer sees the violation immediately and can resize the member. The final report then reflects only compliant elements, giving reviewers confidence.

Integrated Design & Detailing

RISA connects structural analysis directly with detailing and connection design. Tools like RISAConnection allow engineers to design bolted, welded, and moment connections that are automatically sized based on the forces from the global model. This eliminates the need to manually extract shears and moments for connection checks—a common source of errors and delays. The resulting connection designs are included in the submission package, further streamlining approval.

Key Features That Directly Reduce Permitting Time

  • Automated Code Checks: Seamless integration with IBC, ASCE 7, and regional amendments. Engineers can select the exact jurisdiction and code year, and the software applies the relevant provisions.
  • Unified Modeling Environment: A single model for gravity, lateral, and foundation analysis eliminates data transfer errors and ensures consistency across all submission documents.
  • Customizable Report Generation: Users can choose which calculations, sketches, and tables to include. Most permitting authorities require only summaries of load paths and critical member checks—RISA lets you tailor the output to meet those specific requirements.
  • Load Combination Generation: ASCE 7-16/22 load combinations can be generated with a single click, including all required service and strength combos. This eliminates a major source of manual input errors.
  • Integrated Foundation Design: For projects with complex soils or large footings, RISAFoundation handles punching shear, soil bearing, and settlement checks—all within the same BIM-like environment.
  • Cloud Collaboration Tools: RISA’s cloud platform allows multiple engineers to work on the same model simultaneously, submit jobs, and share results. This is particularly valuable for large projects that need expedited reviews across teams.

Real-World Impact: Case Studies and Success Stories

Engineering firms of all sizes have documented dramatic reductions in permitting time after adopting RISA. While every jurisdiction and project differs, the common thread is faster, cleaner documentation that reviewers trust.

California Mixed-Use Development: 30% Faster Approval

A structural engineering firm in Los Angeles used RISA-3D and RISAFloor for a seven-story mixed-use building. By running automated code checks and generating a comprehensive report that included load diagrams, lateral force distribution, and all connection designs, they were able to submit a complete package in half the usual time. The city’s plan reviewer, already familiar with RISA output, approved the structural drawings in just four review cycles instead of the typical seven. Total time from design freeze to permit issuance dropped from 14 weeks to 9.5 weeks—a 30% reduction.

Texas Educational Facility: Eliminating Back-and-Forth

During the expansion of a community college in Texas, the structural team used RISA to produce a calculation package that explicitly showed compliance with the 2018 IBC and ASCE 7-16 wind and seismic provisions. The reviewer had only two minor comments—both related to misinterpretations of the geotechnical report rather than structural calculations. The revised package was resubmitted within three days and approved immediately. The project lead noted that in previous projects using other software, such issues would have generated at least two more review cycles.

Canadian High-Rise: Cloud Collaboration Across Provinces

For a 40-story residential tower in Toronto, the structural team was split between offices in Vancouver and Montreal. Using RISA’s cloud-based model sharing, engineers could simultaneously work on the core, transfer beams, and foundation mat. The unified model meant that all members were updated in real time, and the report generation captured the latest design. The permit application included electronic RISA reports in PDF form, which the city’s online portal accepted directly. Approval came in under 10 weeks—significantly faster than the 16-week average for similar projects in the region.

Overcoming Common Permitting Challenges with RISA

Beyond speed, RISA helps engineers tackle several persistent obstacles in the approval workflow.

Complexity of Multi-Material Structures

Many modern buildings combine steel, concrete, masonry, and timber. RISA’s ability to model mixed-material systems in a single environment is a significant advantage. The software correctly assigns material-specific ductility factors, resistance factors, and detailing rules. This prevents errors that arise when separate software packages are used for different materials, which often cause inconsistency in load paths and member releases.

Seismic and Wind Load Interpretation

Local amendments to ASCE 7 can be nuanced. RISA allows engineers to input site-specific spectral response accelerations, soil site class, and risk category. The software then generates the correct seismic base shear and distribution, as well as wind loads using the envelope procedure. The output clearly shows every step—from basic wind speed to ultimate design pressures—making it easy for reviewers to follow the logic.

Peer Review and Value Engineering

Some jurisdictions require a third-party peer review before permit approval. RISA reports facilitate this by presenting calculations in a logical, easy-to-audit format. Peer reviewers can quickly verify load paths, connection capacities, and stability checks without needing to recreate the model. This eliminates weeks of back-and-forth between the engineer of record and the peer reviewer.

Integration with Broader Digital Workflows

RISA does not operate in isolation. The software integrates with popular BIM platforms such as Revit and Tekla Structures. Engineers can export RISA models into Revit to generate 3D views, clash detection reports, and construction documents. This seamless data flow reduces manual re-entry and ensures that the structural model used for analysis matches the model used for drawing production. For permitting, having a consistent digital thread from analysis to detailing is a strong plus—many building departments now expect this level of coordination.

Furthermore, RISA supports IFC and DXF formats, allowing structural engineers to share geometry and results with architects, MEP engineers, and contractors. Early coordination reduces change orders and delays later in the project, which indirectly shortens the overall time from design to permit.

Future Implications: RISA’s Role in a Digital-First Permitting World

As regulatory agencies continue to embrace digital submissions and even automated plan review, RISA’s role will expand. Several trends are already visible:

  • Real-Time Updates: RISA’s cloud platform will likely incorporate live code updates, so engineers always work with the newest version of building codes and local amendments.
  • AI-Assisted Review: RISA is exploring machine learning to flag potential problem areas in designs before submission—similar to how grammar checkers work, but for structural code violations.
  • BIM-to-Permit Integration: Future versions may allow direct submission of RISA models into city review portals, complete with automatically generated permit-ready documents.
  • Interoperability with Automated Plan Review Systems: Some municipalities already use software like ePlanSoft or Bluebeam Revu to check drawings for basic compliance. RISA’s structured output could be optimized for these systems, further reducing human review time.

These advancements will likely make RISA an even more essential tool for firms that prioritize speed and accuracy in permitting. The company’s ongoing commitment to user-driven innovation—evidenced by regular releases and active user forums—ensures that its software stays ahead of industry demands.

Conclusion

RISA Technologies has transformed the structural permitting landscape by providing engineers with software that does more than just run calculations. It generates clear, code-compliant documentation that reviewers can trust, reduces review cycles through automation, and integrates seamlessly with modern digital workflows. While permits will always involve a level of scrutiny and human judgment, RISA removes the friction that traditionally caused weeks of delay. For engineering firms looking to accelerate project delivery without compromising quality or safety, investing in RISA’s suite of tools is a proven strategy. As digital permitting becomes the norm worldwide, RISA is positioned to be the backbone of faster, more reliable structural approval processes.

For more information about RISA’s structural analysis and design software, visit the official RISA website. To see a case study of RISA reducing permitting time on a real project, check out RISA case studies. For details on how cities are adopting electronic plan review, the International Code Council (ICC) provides resources on digital permitting trends.