Afleveringen
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In Episode 114, we dig into buckling restrained braced frames with Brandt Saxey, SE, of CoreBrace.
We talk through how BRBFs work, what makes them different from traditional concentrically braced frames, and why yielding in both tension and compression without global buckling makes them such an effective seismic system. The conversation also covers brace behavior, energy dissipation, detailing considerations, coordination with manufacturers, common design misconceptions, and how BRBs are being used in mass timber and other modern structural systems.
Guest Profile:
Brandt Saxey, SE, is the VP of Preconstruction Sales / Technical Director at CoreBrace. He brings deep technical experience in buckling restrained brace systems, including design support, preconstruction coordination, and helping engineers understand how BRBFs behave in real projects. His work sits at the intersection of seismic design, constructability, manufacturer coordination, and practical application of BRBs in modern structures.
Sponsor: This episode is sponsored by IDEA StatiCa.
Download the latest version of IDEA StatiCa Software | IDEA StatiCa
14-Day Free Trial | IDEA StatiCa
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In this episode, we dig into the future of structural engineering software with the North American CEO and Chief Product Officer of IDEA StatiCa.
We talk through why connection design is such a difficult problem to solve digitally, where traditional spreadsheets and simplified checks can fall short, and how engineers can balance speed, analytical rigor, and judgment. The conversation also covers AI, automation, interoperability, software adoption, and what skills young engineers need to build as structural design workflows continue to evolve.
Guest Profile:
Stephanie Bourgeois Kennard is the North American CEO of IDEA StatiCa, bringing a leadership perspective on software adoption, customer needs, and how structural engineering workflows are evolving across the industry.
VojtÄch Chalupa is the Chief Product Officer at IDEA StatiCa, where he helps guide product strategy and development for tools used by structural engineers around the world. His work focuses on improving connection design workflows, interoperability, and practical software solutions for real-world engineering problems.
Sponsor: This episode is sponsored by IDEA StatiCa.
Download the latest version of IDEA StatiCa Software | IDEA StatiCa
14-Day Free Trial | IDEA StatiCa
Links & Resources:
StructurEd (our free study tool): TheEngineeringPodcast.com/StructurEd
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Zijn er afleveringen die ontbreken?
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In this episode, we dig into structural connection design and explore why connections are far more than just the final step of a project. We talk through how engineers approach connections as critical components that influence constructability, architectural expression, fabrication efficiency, and even the overall behavior of the structure itself.
We break down how engineers think about clean and efficient connection detailing, why exposed connections often require much earlier coordination in the design process, and how lessons from tension structures and âform follows forceâ design can shape the way engineers approach everyday projects. The conversation also covers the balance between engineering judgment and software automation, the risks of black-box design workflows, how digital tools can improve collaboration between engineers, fabricators, and detailers, and what AI and parametric design may mean for the future of connection engineering.
Guest Profile:
Andrea Castelo is a Technical Manager - Structural Engineer at IDEA StatiCa specializing in steel connection design, constructability, and engineering workflows that improve collaboration between engineers, detailers, and fabricators. Johan Lozada is a Product Engineer at IDEA StatiCa focused on structural steel connection design, BIM integration, and workflow automation for complex steel structures. Together, they work closely with the structural engineering industry to help engineers solve challenging connection problems and streamline real-world design workflows.
Sponsor: This episode is sponsored by IDEA StatiCa.
Download the latest version of IDEA StatiCa Software | IDEA StatiCa
14-Day Free Trial | IDEA StatiCa
Links & Resources:
StructurEd (our free study tool): TheEngineeringPodcast.com/StructurEd
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In this episode, we dig into structural glass design and explore why glass in buildings can be far more than a transparent enclosure. We talk through how engineers approach glass as a true structural material in systems where stiffness, redundancy, detailing, and post-breakage behavior can be just as important as ultimate strength.
We break down how engineers think about glass in tension, compression, and bending, how laminated assemblies and interlayers improve resilience, and why connections often control the performance of the entire system. The conversation also covers the differences between annealed, heat-strengthened, and fully tempered glass, how standards and testing inform design, common misconceptions about brittleness and safety, and why close collaboration between architects, fabricators, and engineers is essential when ambitious transparent structures are the goal.
Guest Profile:
Matt Soda, P.Eng., PE, SE is a Structural Project Engineer with RJC Engineers, where he specializes in structural glass and facade engineering. His work focuses on delivering high-performance glass systems that balance architectural vision with structural behavior, constructability, and long-term durability. He brings hands-on experience designing elegant transparent structures and insight into one of the most technically demanding materials used in modern construction.
Links & Resources:
StructurEd (our free study tool): TheEngineeringPodcast.com/StructurEd
Excellent references for architects and engineers interested in glass design:
Home - Structural Glass Design Manual
Erin Mills Town Centre â Globe Structure | glassonweb.com
Structural Glass Engineering in North America - RJC Engineers
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In this episode, we dig into entertainment and retail design and explore why venues canât be engineered by code compliance alone. We talk through how structural engineers approach performance-driven spaces like concert venues, theaters, and experiential retail where vibration, rigging, sightlines, and serviceability often control the design more than strength.
We break down how engineers think about vibration tolerance and human perception, how rigging grids are designed for unknown future shows, and why exposed structure can either elevate architecture or become a liability. The conversation also covers adaptive reuse of malls and anchor boxes, what engineers look for when evaluating existing buildings, common misconceptions about reuse and overbuilding, how structural testing and âdetective workâ inform decisions, and why early engineering involvement is critical when design intent is ambitious but budgets and sites are constrained.
Guest Profile:
Travis Corigliano, PE, SE, is a Principal at Magnusson Klemencic Associates (MKA) in Seattle, where he leads the firmâs Retail & Entertainment market sector. His work focuses on designing spaces where people actively choose to go like concert venues, immersive entertainment, and redeveloped retail environments balancing strong architectural intent with structural performance, constructability, and longâterm flexibility.
Links & Resources:
StructurEd (our free study tool): TheEngineeringPodcast.com/StructurEd
Structural Trivia:
Sign up for our structural trivia! A quick email mid-week will keep you sharp.
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In this episode, we dig into flood and wave design and explore when water transitions from a site consideration into a true structural load case. We talk through how engineers identify flood risk, interpret FEMA flood maps, and determine when flood, wave, or debris loads must be consideredâespecially for engineers who typically design in dry conditions.
We break down the difference between flood loads and wave impact, how elevated structures, piles, and breakaway walls behave under water-driven forces, and where standard structural intuition starts to fall apart. The conversation also covers how ASCE 7, ASCE 24, and FEMA guidance are used in practice, common misconceptions around seawalls and shoreline protection, how engineers communicate risk to clients, and what the future of coastal design may look like as conditions continue to evolve.
Links & Resources:
StructurEd (our free study tool): TheEngineeringPodcast.com/StructurEd
Structural Trivia:
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In this episode, we explore structural engineering through an unexpected lens: LEGO. What starts as a simple building toy becomes a powerful way to explain fundamental concepts like load paths, stability, and structural behavior.
We discuss how the idea began, why physical models can communicate more clearly than sketches or equations, and the first moment it became clear this approach actually works. The conversation highlights which concepts translate best to LEGO, where the analogies break down, and how to balance simplicity with technical accuracy.
Links & Resources:
StructurEd (our free study tool): TheEngineeringPodcast.com/StructurEd
Structural Trivia:
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In this episode, we explore the realities of highâend residential structural engineering, using custom homes in the Hamptons to examine how architectural ambition, homeowner expectations, and constructability intersect. Although singleâfamily homes dominate the U.S. building stock, this conversation shows why residential work especially at the high end demands careful coordination and judgment.
We discuss how the engineerâarchitectâowner relationship shapes project outcomes, how engineers respond to openâconcept demands and socialâmediaâdriven ideas, and where early decisions can either unlock or constrain the design. The conversation also dives into renovations, including when selective demolition is necessary, common surprises hidden in existing construction, and how engineers adapt when plans change midstream.
Finally, we reflect on lessons learned from managing scope creep and value engineering, to coordinating with contractors and mechanical systems, to handling complex roofs and tight architectural tolerances. The episode closes with practical advice for engineers new to residential work and insights that often surprise those coming from commercial design.
Links & Resources:
StructurEd (our free study tool): TheEngineeringPodcast.com/StructurEd
Structural Trivia:
Sign up for our structural trivia! A quick email mid-week will keep you sharp.
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Sponsor:
This episode is brought to you by CalcBook, the go-to calculation platform built specifically for structural engineers. Whether you're designing steel connections, concrete members, or timber framing, CalcBook helps you create transparent, organized, and code-referenced calculations in a fraction of the time.
Spend less time formatting spreadsheets and more time engineering. Check them out at CalcBook.com.
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In this episode, we take a deep dive into mast frames a hybrid seismic system that challenges the traditional boundaries between elastic and energyâdissipating components. Using the Samuel Merritt University project as a case study, we unpack why the design team stepped away from conventional BRBâonly frames and momentâframe/dual systems, and instead embraced a BRBM (BucklingâRestrained Brace + Mast) approach.
We explore how mast frames redistribute stiffness, improve drift control, and preserve architectural openness in ways that standard systems struggle to match. From nonlinear response history analysis to capacity design of mast members, we walk through the technical decisions that shaped the system. We also get into the practical realities detailing strategies that allow the mast to rock, base connections that handle massive overturning forces, and the construction challenges of erecting a tall, stiff truss inside a transparent building.
Finally, we zoom out to discuss where mast frames fit in the future of seismic design. Will hybrid systems like BRBM become more common in dense urban environments? How might codes evolve to better capture their behavior? And what lessons should engineers carry forward before attempting a similar system on their own project?
Links & Resources:
StructurEd (our free study tool): TheEngineeringPodcast.com/StructurEd
Structural Trivia:
Sign up for our structural trivia! A quick email mid-week will keep you sharp.
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Sponsor:
This episode is sponsored by NEXT Insurance; affordable, engineer-friendly liability coverage starting at just $29/month, designed to give structural engineers the protection they need with zero hassle. Go to NextInsurance.com/sepodcast and get a free quote today!
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In this episode, we break down the landmark introduction of Chapter 32 in ASCE 7-22. For the first time, tornado-resistant design moves from a voluntary recommendation to a codified requirement for specific Risk Categories. We explore the probabilistic shift in how we view tornado hazards and the practical hurdles of implementing these loads in the design.
Links & Resources:
StructurEd (our free study tool): TheEngineeringPodcast.com/StructurEd
Structural Trivia:
Sign up for our structural trivia! A quick email mid-week will keep you sharp (FYI-Survey Monkey is often re-directed to the spam folder).
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Sponsor:
This episode is sponsored by NEXT Insurance; affordable, engineer-friendly liability coverage starting at just $29/month, designed to give structural engineers the protection they need with zero hassle. Go to NextInsurance.com/sepodcast and get a free quote today!
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In Episode 104, we dig into the world beneath our buildings, foundation systems. From shallow footings to deep foundations, we explore how engineers match soil behavior, structural demands, and constructability to choose the right system for the job.
We break down the fundamentals of spread footings, mats, piles, drilled shafts, and groundâimprovementâbased systems. Youâll hear how load paths shift depending on soil conditions, why âsimpleâ footings arenât always simple, and what engineers should watch for when coordinating with geotechnical reports, contractors, and owners.
Tune in to hear how foundation systems balance performance, risk, and practicality â and why the most important part of a building is often the part no one ever sees.
Structural Trivia:
Sign up for our structural trivia! A quick email mid-week will keep you sharp (FYI-Survey Monkey is often re-directed to the spam folder).
Reach out to us:
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Sponsor:
This episode is sponsored by NEXT Insurance; affordable, engineer-friendly liability coverage starting at just $29/month, designed to give structural engineers the protection they need with zero hassle. Go to NextInsurance.com/sepodcast and get a free quote today!
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In Episode 103, we dive into space frames, cable nets, and ETFE membrane systems â the lightweight structural forms that make some of todayâs most iconic buildings possible. From the geometry that drives space frame efficiency to the tensionâbased behavior of cable nets and the surprising performance of ETFE, we break down how these systems work, where they shine, and what engineers need to consider when designing them.
Tune in to hear how these structures balance form, efficiency, and constructability â and why âlightweightâ doesnât mean simple.
Structural Trivia:
Sign up for our structural trivia! A quick email mid-week will keep you sharp (FYI-Survey Monkey is often re-directed to the spam folder).
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Sponsor:
This episode is sponsored by NEXT Insurance; affordable, engineer-friendly liability coverage starting at just $29/month, designed to give structural engineers the protection they need with zero hassle. Go to NextInsurance.com/sepodcast and get a free quote today!
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In Episode 102, we chat with Scott Collins and Mike Riccitiello about the role of structural engineers in emergency response. From the first phone call to on-site triage, we break down how engineers gather information, assess danger, and make judgment calls while coordinating with other emergency response officials. Tune in to hear real stories and learn how emergency response work changes the way you design long after the crisis is over.
Links & Resources:
Scott Colllins: [email protected]
Mike Riccitiello: [email protected]
Episode 85 - Long Spans - Short Timelines, Mr. Beast's Engineer
StructurEd (our free study tool): TheEngineeringPodcast.com/StructurEd
Structural Trivia:
Sign up for our structural trivia! A quick email mid-week will keep you sharp (FYI-Survey Monkey is often re-directed to the spam folder).
Reach out to us:
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Sponsor:
This episode is sponsored by NEXT Insurance; affordable, engineer-friendly liability coverage starting at just $29/month, designed to give structural engineers the protection they need with zero hassle. Go to NextInsurance.com/sepodcast and get a free quote today!
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Celebrating a milestone! This week marks our 100th episode of The Structural Engineering Podcast.
We're reflecting on the journey from our very first episode to where we are today. More importantly, we're thanking you, our incredible community of listeners, for your support.
Join us for this lighthearted celebration as we dive into a special Q&A segment.
Links & Resources:
StructurEd (our free study tool): theengineeringpodcast.com/structured
Structural Trivia:
Join our structural trivia! A quick email mid-week will keep you sharp (FYI-Survey Monkey is often re-directed to the spam folder) Here
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In this episode of the Structural Engineering Podcast, we sit down with the founders of CalcBook, Nick and Peter, a tech startup thatâs rethinking how engineers document and share structural calculations. What started as a frustration with scattered spreadsheets and inconsistent workflows has grown into a powerful, cloud-based platform built by engineers for engineers.
We dive into the full journey:
How the idea for CalcBook was bornThe leap from side project to startupChallenges of building a technical product for a technical audienceLessons learned from launching and growing in a niche industryThe future of digital tools in structural engineeringWhether youâre an engineer, entrepreneur, or just curious about how innovation happens in our field, this episode is packed with insights, stories, and inspiration.
Links & Resources:
Try CalcBook: calcbook.com. Use promo code SEPOD for 50% off your first three months!StructurEd (our free study tool): theengineeringpodcast.com/structuredNCSEA Salary Survey: LINKStructural Trivia:
Join our structural trivia! A quick email mid-week will keep you sharp (FYI - Survey Monkey is often re-directed to the spam folder) Here
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This episode is brought to you by CalcBook â the modern way to perform and document your structural calculations. Visit calcbook.com and use promo code SEPOD for 50% off your first three months.
Episode Summary:
In this episode of The Structural Engineering Podcast, we sit down with Ryan Musgrove from Kramer Gehlen & Associates to dive into the world of post-tensioned (PT) concrete design. Ryan walks us through the fundamentals of PT systems, their advantages over conventional reinforced concrete, and what engineers should consider when designing and detailing these systems in the field.
We discuss everything from tendon layout and serviceability checks to construction sequencing, stressing operations, and long-term deflection control. Ryan also shares some of the most common mistakes he sees in PT design and how clear communication between the engineer, detailer, and contractor can make or break a project.
Whether youâre new to PT or have years of experience designing slabs and podium decks, this episode offers insights you can apply to your next project.
Topics Covered:
- Basics of post-tensioned concrete and how it differs from mild-reinforced systems
- Design considerations for slab geometry, tendon layout, and anchorage zones
- Common field challenges during stressing and construction
- Strategies for controlling cracking, camber, and long-term deflection
About Our Guest:
Ryan Musgrove, P.E., is a Senior Project Manager with Kramer Gehlen & Associates, where he focuses on building design across a range of materials, including post-tensioned concrete and steel systems. His experience bridges design and construction, bringing a practical approach to complex structural systems.
Resources Mentioned:
- PTI Design and Construction of Post-Tensioned Slabs
- ACI 318 provisions for prestressed concrete
- www.kramergehlen.com
Structural Trivia:
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In this episode, we sit down with Adam Jones from SPEC Toolbox, a company reshaping how engineers approach mass timber design. From CLT panels to connection detailing, Spec Toolbox offers a suite of digital tools that streamline workflows, reduce errors, and bring clarity to the often chaotic world of timber documentation.
We explore the challenges of designing with mass timber, navigating code compliance, coordinating across disciplines, and managing ever-evolving changes and how Spec Toolbox helps engineers stay ahead. Whether you're deep in the weeds of timber detailing or just curious about the future of structural tools, this episode offers a behind-the-scenes look at innovation in action.
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Is AI about to redesign the future of structural engineering? In Episode 96, the Structural Engineering Podcast sits down with a leading AI expert to explore how artificial intelligence is shaking up the AEC industry. From automated design to predictive modeling, we dive into the tech trends that could transform how engineers work, build, and innovate. Whether you're curious, skeptical, or already experimenting with AI tools, this episode is your starting blueprint for whatâs coming next.
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In this episode, we test our knowledge of an AISC design document, Design Guide #1 - Base Plate Connections. This is the first DG we read as we entered the working world, and we think it's worthwhile to revisit it occasionally.
Want to look at all the guides available? https://www.aisc.org/publications/design-guides/
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https://forms.gle/2JRqawfiGn1dWy3g9
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In this week's episode, we discuss famous structural engineering failures. From the Hyatt Regency Collapse to Ronan Point, these instances have been crucial in helping us develop our profession and design safer, more appealing structures for the world. Creating the built environment inevitably involves mistakes; they only become a complete loss when we fail to learn from them.
Structural Trivia:
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