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UI/UX · Industrial workflows · Research

ZeissMeasure

A measurement room needs more than a queue: it needs a shared view of what can happen next.

When
Winter term 2023–24
Project stage
Workflow and interface prototype
Context
Interdisciplinary student project · HfG Schwäbisch Gmünd and Hochschule Aalen · In collaboration with ZEISS
ZeissMeasure order overview displayed on a laptop and tablet.
The proposed order overview brings active measurements and waiting jobs into one interface.
01

Understanding the measurement room

The initial brief explored a fast lane for measurement tasks. Visits to DigiZ Aalen, the ZEISS showroom and an SPU production unit revealed a broader coordination problem: orders arrived on paper or through conversation, while machine status was visible mainly at the machines themselves. These observations guided the concept towards a shared management interface for planning work and following its progress.

ZeissMeasure machine dashboard with current measurements and a queue of orders.
The resulting overview makes machine availability, priorities and order states visible together.
02

From physical part to digital order

The proposed workflow connects the arrival of a physical part with its digital measurement order. Import and QR identification provide entry points, while physical and virtual queues distinguish parts already present from work still being prepared. Order details and priorities give technicians a basis for scheduling. The interface keeps these stages visible instead of treating every queued item as equally ready for measurement.

ZeissMeasure scheduling interface places an order on a measurement timeline.
Order entry is the starting point for connecting a part, its requirements and the measurement queue.
03

Status beyond the machine

Live measurement views and warnings respond to the need to check progress without standing beside a machine. The concept also considers different permissions for the people entering and managing orders. Discussions with ZEISS contacts and the supervising professor informed the proposal. Integration into an operational measurement environment remained a next step.

ZeissMeasure live measurement interface with a part model and status values.
The monitoring view brings measurement progress and warnings into the digital workflow.

What I take from it

The strongest connection in this project is between field observations and interface structure. Paper handovers, part availability and machine-local status each become a visible part of the proposed workflow.

The people behind it

Team
Jakob Finkenzeller · Jannis Hald · Anna Weinstein · Selamawit Gegziabher · Nico Reck

Supervision
Markus Weinberger