Understanding when a geotechnical investigation is required can help project teams make more informed decisions early in design. This article outlines key code considerations, site conditions, and coordination steps that influence foundation design, while highlighting how early collaboration can reduce risk, avoid overly conservative assumptions, and support more efficient project outcomes.

Practical insights into how early structural steel design decisions can reduce cost, simplify fabrication, and improve constructability. This article explores framing layout, connection strategy, and erection considerations that help project teams deliver more efficient and buildable steel structures.

We’re celebrating 15 years of engineering excellence, collaboration, and growth. This milestone wouldn’t be possible without our incredible clients and dedicated team who’ve shaped our journey from day one. Read more as we reflect on our achievements and look toward the next chapter.

This article breaks down how the AISC Code of Standard Practice (CoSP) clarifies the roles of the Engineer of Record, Steel Detailer, and Connection Engineer in connection design. It outlines the three primary design options, explains key provisions that ensure clarity and accountability, and highlights how consistent communication leads to safer, more efficient projects.

Learn how Seismic Design Categories (SDCs) affect every stage of a project, from design to construction and cost. This article explains the key factors that define your SDC and how early planning with your structural engineer can prevent costly redesigns and keep your project on schedule.

Delegated design can streamline structural steel projects—when used right. This article breaks down what it is, how the AISC Code guides it, and field-tested strategies for better collaboration between architects, engineers, and fabricators.

A clear breakdown of IBC 2021 load requirements, material specifications, and spacing guidelines for guardrails and handrails. Includes practical tables and expert guidance to support safe, code-compliant rail system design.

Explore how engineered wood is reshaping structural design—delivering strength, sustainability, and cost-efficiency in a smarter, more versatile material solution.