Overview
Geomatikk
Geomatikk is an excavation request system used by field workers and contractors to submit excavation requests before starting ground work. The process is often done on-site under time pressure, where accuracy and speed are critical to avoid safety risks and delays.
Industry
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Infrastructure
Industry
/
Infrastructure
Timeline
/
2 months
Timeline
/
2 months
Team
/
Project Lead Full-stack Developer UX/UI Designer
Team
/
Project Lead Full-stack Developer UX/UI Designer
My role
/
UX/UI Designer • analyzed the existing system • conducted user interviews • defined a new workflow and validated decision-making hypotheses (mobile-first approach, map-based location selection)
My role
/
UX/UI Designer • analyzed the existing system • conducted user interviews • defined a new workflow and validated decision-making hypotheses (mobile-first approach, map-based location selection)
Result
Improved excavation request workflow by replacing manual input with map-based area selection, designed for on-site use, mobile-first. Mobile task success rate: improved from ~58% to ~82% Inaccurate requests: reduced from ~38% to ~18% Time per request: 5–10 minutes faster
Improved excavation request workflow by replacing manual input with map-based area selection, designed for on-site use, mobile-first
Mobile task success rate: improved from ~58% to ~82%
Inaccurate requests: reduced from ~38% to ~18%
Time per request: 5–10 minutes faster
Improved excavation request workflow by replacing manual input with map-based area selection, designed for on-site use, mobile-first
Mobile task success rate:
improved from ~58% to ~82%
Inaccurate requests:
reduced from ~38% to ~18%
Time per request:
5–10 minutes faster
Result
Improved excavation request workflow by replacing manual input with map-based area selection, designed for on-site use, mobile-first. Mobile task success rate: improved from ~58% to ~82% Inaccurate requests: reduced from ~38% to ~18% Time per request: 5–10 minutes faster
Simplified the excavation request workflow with a mobile-first approach,
focusing on work area selection
Mobile task success rate: improved from 50–65% to 70–90%
Inaccurate requests: reduced from ~30–45% to ~15–20%
Time per request: 5–10 minutes faster
Simplified the excavation request workflow with a mobile-first approach, focusing on work area selection
Mobile task success rate:
improved from 50–65% to 70–90%
Inaccurate requests:
reduced from ~30–45% to ~15–20%
Time per request:
5–10 minutes faster
