TL;DR:
The 2026 cycle is bringing concrete NEHRP Provisions updates that will feed into ASCE 7-22 load provisions, with public-facing training in January 2026 highlighting changes to seismic and wind design, including a new tornado load chapter and revised hazard mappings. For practicing engineers, this means upcoming updates to design workflows, hazard data input, and IBC coordination, with implications for PE exam prep as many exam topics will reflect the evolving load provisions. The update process is actively underway through agencies such as ICC and FEMA’s Building Seismic Safety Council, with NEHRP data and hazard maps progressively feeding ASCE 7-22 supplements. (iccsafe.org)
What is changing in 2026
In early 2026 the NEHRP Provisions Update Committee and ASCE load committees entered a focused update cycle, signaling substantive adjustments to ASCE 7-22 design provisions. The International Code Council’s training calendar shows a four-part seminar series dedicated to the seismic design provisions of ASCE 7-22, with Part 1 presented on January 6, 2026, and Part 4 on January 20, 2026, illustrating ongoing refinement of Chapters 11 through 23 and related nonbuilding structure provisions. This activity confirms that significant 2026 updates are being taught to professionals and will influence how engineers apply seismic and wind loads in practice. (iccsafe.org)
A particularly notable change emphasized in 2026 training is the wind loads and tornado loads provisions. The ICC’s January 29, 2026 session explicitly notes that ASCE 7-22’s wind chapters include substantial changes from the prior ASCE 7-16 edition, with a new Chapter 32 addressing tornado loads and a mandate that certain risk-category structures in tornado-prone regions be designed for enhanced tornado loads or wind loads, whichever is greater. These updates affect how load combinations, importance factors, and hurricane/tornado risk considerations are integrated into design practice. (iccsafe.org)
Beyond tornado provisions, the 2026 training and the NEHRP update framework indicate that the seismic and wind provisions in ASCE 7-22 will continue to reflect updated hazard data and updated load models. The ICC’s event descriptions for January 6 and January 20, 2026 emphasize seismic design criteria (Chapters 11–23) and the nonbuilding and material-specific seismic provisions, underscoring continued refinement of how seismic inputs translate into design decisions. (iccsafe.org)
How these updates will be felt in practice
Design workflow and modeling: With tornado loads codified in a dedicated chapter and tornado-hazard mapping integrated into ASCE 7-22, engineers should prepare to revalidate project wind and tornado loading inputs, especially for facilities in tornado-prone regions. The new tornado provisions may modify how scenarios are selected, how overhead protection is analyzed, and how nonbuilding structures are treated under extreme wind events. (iccsafe.org)
Hazard data and tool integration: Updates to hazard maps and data sources (for both seismic and wind) are a persistent theme in the NEHRP cycle. The NOAA/ASCE collaboration describes the hazard data workflow, including USGS NSHM-based seismic maps and NIST wind hazard development, which feed into ASCE 7 risk assessments and downstream code adoption. Practitioners should ensure the hazard inputs used in analysis match the latest available maps and software tools, and be prepared for short-term supplements or errata that reflect new data. (repository.library.noaa.gov)
IBC coordination and code adoption: ASCE 7 serves as the load standard referenced by the IBC, with ongoing code development cycles feeding into model codes. As states and local jurisdictions continue to adopt updated baselines, structural engineers should anticipate adoption timelines that may align with upcoming IBC editions and associated references. The public-facing nature of these seminars and the stated connection to IBC adoption cycles underscores the need for timely updates in engineering practice and PE exam study plans. (asce.org)
Exam readiness for PE candidates: The PE exam frequently tests knowledge of current load provisions and the practical application of ASCE 7 in design problems. With 2026 NEHRP updates shaping the 7-22 framework, candidates should focus on the latest 7-22 load chapters, the new tornado provisions, and the updated wind provisions discussed in the January 2026 ICC sessions. Being aware that supplements and errata may accompany the base 7-22 edition will help in targeted studying, especially for questions tied to tornado and hazard-map-informed design. Examination content aligns with these evolving standards, and trainers are actively updating courses to reflect the 2026 updates. (iccsafe.org)
What engineers should do now
Track official updates: Monitor ICC pages for Part 1 and Part 4 webinars on ASCE 7-22, and watch for supplements that reflect the 2026 NEHRP Provisions. These sessions signal where to focus attention for both practice and exam prep. (iccsafe.org)
Audit current project inputs: If projects are in tornado-prone regions or near critical facilities, re-check wind and tornado loading inputs against the latest ASCE 7-22 chapters and hazard data. Integrate the newest hazard maps and, when available, hazard-tool outputs to verify design loads. (iccsafe.org)
Prepare for code coordination: Expect updated IBC references and potential supplements to ASCE 7-22 to appear in 2026–2028 code cycles. Plan for possible brief design recalibrations or re-analysis of critical structures as new provisions are adopted in local jurisdictions. (asce.org)
Plan exam study with a 2026 lens: For PE candidates, include a focused review of the tornado load provisions in Chapter 32, the revised wind load chapters, and the seismic provisions in Chapters 11–23 of ASCE 7-22. Expect exam questions to reflect the latest 7-22 baseline plus any 2026 supplements, and factor in hazard data updates that influence design reasoning. (iccsafe.org)
Leverage authoritative sources: Use hazard data portals and official standard pages (for example, ASCE 7 and ICC resources) to stay current. The NOAA/NSRP briefing also explains the broader process for updating hazard data and how it feeds into ASCE 7 cycles, providing context for ongoing changes. (repository.library.noaa.gov)
In short, 2026 marks a deliberate, publicly visible phase of NEHRP and ASCE 7-22 refinement, with tornado loads and hazard-data integration moving from concept toward codified practice in the near term. For engineers, this translates into practical updates to load inputs, hazard map usage, and code-adoption timelines, as well as a clear signal to PE candidates to align study focus with the evolving 7-22 framework and its 2026 supplements. Active engagement with ICC training materials and hazard-tool resources will support both day-to-day design accuracy and exam readiness as the 2026 cycle progresses. (iccsafe.org)
Sources
- PART 1 – Seismic Design Provisions of ASCE 7-22, ICC (January 6, 2026). (iccsafe.org)
- PART 4 – Seismic Design Provisions of ASCE 7-22, ICC (January 20, 2026). (iccsafe.org)
- Wind Load Provisions of ASCE 7-22, ICC (January 29, 2026). (iccsafe.org)
- ASCE 7-22 overview and code-adoption context, ICC/ASCE. (asce.org)
- NEHRP and hazard-data integration context, NOAA/NIST ASCE collaboration (January 2026 update cycle commentary). (repository.library.noaa.gov)
- 2026 NEHRP Provisions update planning (DHS/FEMA contracting context). (dhs.gov)