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Insights from clearspan

Structural engineering guides, design examples, and insights to help you build with confidence.

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Diagram showing skills, tools, and MCP layers extending a base language model into a capable engineering workflow assistant
Monday, May 25, 2026
How skills, tool use, and the Model Context Protocol extend what AI can do — and why the combination matters for engineering workflows.
clearspan
Header graphic titled 'A probability diagram, not a calculation' showing a probability distribution over possible next tokens, illustrating how an LLM predicts text
Monday, May 25, 2026
What large language models actually are, how they're trained, and where they fit in structural practice, explained for practicing engineers.
clearspan
Wednesday, May 20, 2026
Anthropic's labor market data shows structural engineers have one of the largest gaps between what AI could do and what it's actually being used for. Here's why, and a different approach.
clearspan
clearspan

Skills, Tools, and MCPs: How AI Goes From Chatbot to Co-worker

How skills, tool use, and the Model Context Protocol extend what AI can do — and why the combination matters for engineering workflows.

clearspan

LLMs for Structural Engineers: How AI Language Models Actually Work

What large language models actually are, how they're trained, and where they fit in structural practice, explained for practicing engineers.

clearspan

Why AI Adoption Lags in Structural Engineering

Anthropic's labor market data shows structural engineers have one of the largest gaps between what AI could do and what it's actually being used for. Here's why, and a different approach.

clearspan

How Long Does Engineering Take for a Beam?

The traditional beam engineering process takes about 2-3 weeks from first call to stamped deliverables. Here's where all that time goes, and how clearspan compresses it to just days without cutting corners on code compliance.

clearspan

Wood Beam Design Example: NDS Bending, Shear, and Deflection Checks (Breyer 6.18)

Complete NDS wood beam design example: adjustment factors, bending, shear, deflection, and bearing checks for a 2x6 Douglas Fir-Larch rafter. Compared against Breyer Example 6.18.