CLT and glulam manufacturers have invested heavily in CNC and production automation. The engineering design phase that feeds the factory floor is still largely manual. struct.digital builds the automation that closes that gap.

Precast and modular manufacturers are still producing production drawings manually for every bespoke order. struct.digital builds the automation that removes that process and releases orders to the factory faster.

Engineering firms processing high volumes of bespoke structural calculations are running a process that has not changed in decades. struct.digital builds the software that changes it.

Standard geotechnical engineering software solves the analysis problem. It rarely solves the workflow surrounding it — AGS data processing, borehole log production, interpretive report compilation. Here is why custom geotechnical software is closing that gap and where the largest time savings sit for geotechnical practices.

Civil engineering firms lose more delivery capacity to rules-based manual tasks than most practices have formally measured. Data processing, report compilation, cross-discipline coordination - these workflows follow consistent rules and produce predictable outputs. Here is where automation delivers the most measurable time savings, and what it actually looks like when implemented on real projects.

Most structural engineering software is built for broad markets, not for how a practising engineer actually thinks on a live project. The result is tools with extensive feature sets where firms use 30% of what they paid for, while the 70% they actually need is missing. Here's what engineers actually want from their software and why the gap persists.