2026 Texas Structural Code Update: IBC, ASCE 7, and Regional Amendments

Course Description:

This course provides a comprehensive, practice-centered examination of the structural code environment governing vertical building design in Texas, integrating the requirements of the International Building Code (IBC), ASCE/SEI 7, and the layered system of jurisdictional amendments and state-level regulatory overlays that define real-world compliance obligations. The course is structured to move beyond baseline code familiarity and into the applied realities of structural engineering practice, where design decisions must withstand permitting scrutiny, inspection verification, and post-event evaluation.

Learning Objectives:

Upon completion of this course, participants will be able to:

1. Analyze and reconcile the layered regulatory framework governing structural design in Texas, including the International Building Code (IBC), ASCE/SEI 7, jurisdictional amendments, and state-level overlays
2. Evaluate structural system selection, classification, and load path continuity requirements to ensure integrated performance across vertical and lateral load-resisting systems
3. Apply advanced ASCE 7 load determination methodologies, including wind load analysis, exposure classification, and probabilistic load combinations, to real-world Texas design conditions
4. Assess the impact of the Texas Department of Insurance (TDI) Windstorm Inspection Program on structural detailing, inspection requirements, and insurability outcomes
5. Integrate jurisdiction-specific amendments into structural design, including drift limits, floodplain requirements, inspection thresholds, and documentation standards
6. Analyze structural system performance under serviceability, strength, and extreme event conditions, including redundancy, progressive collapse resistance, and drift compatibility
7. Evaluate the interaction between different structural systems (e.g., podium structures, hybrid systems) to ensure compatibility of stiffness, load transfer, and long-term performance
8. Develop inspection, permitting, and documentation strategies that ensure structural designs are verifiable, constructible, and defensible under regulatory and forensic review
9. Apply risk management principles to identify, mitigate, and document potential structural and compliance failures throughout the project lifecycle
10. Assess the role of emerging technologies, including AI-assisted modeling tools, in optimizing structural design while maintaining full professional responsibility and code compliance