Complex Design Tool – UI/UX Case Study
I’ve been working on a web-based Engineering Design Tool for geothermal systems — not a visual demo, not a UI concept, but a real, rule-based engineering system.
The goal was to move beyond fragmented workflows (CAD + spreadsheets + manual checks)
and build a single source of truth that can:
• handle parametric, calculated geometry (not drawn visuals)
• keep 2D (top / side / front) and 3D views fully synchronized
• enforce engineering rules and validation by design
• prevent invalid configurations before they happen
• generate manufacturing-ready technical documentation (PDF)
• integrate Configure–Price–Quote (CPQ) logic
• run cloud-based, directly in the browser
• remain fully usable on mobile and tablet — even on site
The system doesn’t just display geometry.
It calculates, validates, and decides.
What makes this particularly interesting for industrial use cases is that engineering knowledge is encoded directly into software, reducing errors, speeding up iteration, and shortening the path from configuration to production.
This project represents my focus on engineering-grade product development at the intersection of parametric geometry, industrial UX, and scalable web architecture.
If you’re working on industrial digitalization, engineering tools, or complex configurators, I’d be happy to exchange perspectives.