Loadbearing Masonry Design: Advanced Planning Strategies for Structural Integrity & Efficiency
Wednesday, November 5, 2025 | 12-1 p.m. Eastern Time
1 LU/HSW
Join us as we discuss critical steps for designing efficient, structurally sound loadbearing masonry buildings. Walk through each stage of the design process, learning what to prioritize, what to avoid, and what to consider for optimal performance. We’ll start by exploring material and mortar selection, emphasizing their role in load distribution and reinforcement, along with strategies for incorporating strong foundation support as a core element of structural integrity. Learn how to integrate openings with masonry lintels or arches, including how these features can enhance both capacity and design flexibility. We’ll discuss how to address material movement within masonry systems and the distinctions between movement provisions for veneer systems and loadbearing masonry. Learn relevant building codes and industry guidelines to help meet compliance, sustainability, aesthetic, and functional design goals. Get the insights need to design masonry structures that are safe, durable, and efficient.
Image by FORSE Consulting.
Learning Objectives:
- Identify key considerations for material and mortar selection in loadbearing masonry design, focusing on their role in load distribution, reinforcement, and structural integrity.
- Explore strategies for integrating foundation support, openings, and masonry lintels or arches, enhancing both the structural capacity and design flexibility of loadbearing masonry systems.
- Discuss material movement within masonry and differentiate between the movement provisions for veneer and loadbearing systems to prevent structural damage.
- Gain familiarity with building codes and industry guidelines for loadbearing masonry, working towards compliance with safety, sustainability, and performance standards in masonry design.
About the Speaker
Sam Rubenzer, PE, SE
Structural Engineer, FORSE Consulting
Sam started FORSE in 2010, were he works as a delegated designer for other structural engineers on designs involving steel, concrete, PT concrete, masonry, and wood construction. He often speaks on the topics of software use and best practices in masonry design.
Sam has over 20 years of experience and is a licensed structural engineer (SE) and a professional engineer (PE) in many of the Midwestern states. He has also been a consultant to IMI for the past 10 years.
