Engineering Knowledge Center
Load paths, retrofits, existing buildings, and when a structural PE is required. 21 guides written by the licensed engineers who do the work.
Not every project requires a structural engineer — but many do. Here's how to know when to call one and what happens if you don't.
Structural engineering fees depend on scope, complexity, site conditions, and deliverables. Here's how to understand what drives cost — and what to expect.
The right documents from the start saves everyone time. Here's exactly what to send when you request structural engineering services.
Architects design how buildings look and function. Structural engineers design how buildings stand up. Most projects need both — here's how they work together.
No existing drawings? Engineers can still work. Here's how structural engineering is completed when original plans are unavailable — and what information helps most.
Many projects can be engineered remotely. Some can't. Here's how to know whether your project requires an engineer site visit — and why it matters.
Good field documentation makes remote engineering possible. Here's exactly what information helps most — and how to collect it correctly.
Yes — every time. Here's why load-bearing wall removal always requires structural engineering, what the process looks like, and what to expect.
In most cases, yes. Here's when rooftop RTU replacement or new mechanical equipment triggers a structural engineering requirement — and what that review covers.
Not all cracks are structural emergencies — but some are. Here's how to tell the difference and when to call a structural engineer.
Most projects that touch structural elements require PE-stamped structural drawings for the building permit. Here's what triggers the requirement.
Structural and civil engineers both shape the built environment but solve different problems. Here's what each does, where they overlap, and who you need.
Structural drawings communicate the load-carrying design to permit reviewers and builders. Here's what a complete set includes and why each sheet matters.
Structural calculations prove a design carries code-required loads safely. Here's what they contain — loads, load combinations, member checks — and why AHJs require them.
Good field photos let engineers work faster and more accurately on existing buildings. Here's a practical guide to what to shoot, how to label it, and what to avoid.
Some remodels need a structural engineer and some don't. Here's how to tell — which scopes trigger engineering, which stay cosmetic, and what permits require.
Building an addition almost always requires structural engineering. Here's why — foundations, framing, tie-ins to the existing structure — and what the process involves.
Equipment anchorage keeps mechanical, electrical, and other equipment secured during seismic and wind events. Here's what it is, what drives it in code, and when it's required.
A structural inspection report documents a building's structural condition for due diligence, insurance, or distress concerns. Here's its scope, contents, and common uses.
Foundation problems get worse when ignored. Here are the warning signs, common causes, and how a structural engineer evaluates foundation distress.
A clear explanation of how structural engineers and architects divide responsibility on commercial projects, and why you need both.
Licensed structural, MEP, civil, and geotechnical engineering in multiple jurisdictions — with fast quote turnaround.
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