Robot Sequencing
A wearable concept that communicates proximity and status around automated production equipment.
- Focus
- Industrial wearable UX
- Context
- Production robots & factory workers
- Scope
- Field research, concept & feedback design
- Company
- Bosch
Concept development · Industrial wearable
- My contribution
- I contributed to field research, wearable concepts and feedback design within my Bosch UX/HMI work.
- Key decisions
- Connect field observations, the proximity concept and wearable feedback through use scenarios for review.
- Delivery & outcome
- A neck-worn device concept, defined feedback states and factory-use scenarios for review and further evaluation.
Make equipment status
understandable during work.
Factory workers needed useful information about proximity and status around production equipment. The challenge was to connect that information with a feedback method and device form that could fit into everyday factory activity.
Connect the technical idea
with the working context.
I used field observations to frame the opportunities and design principles, then examined wearable forms, feedback methods and use scenarios together.
The concept proposed radio-frequency triangulation for proximity information. I used illustrated scenarios to make the relationship between that technical idea, visual and audio cues, and worker interaction available for review.
A wearable proposal
with defined use scenarios.
The work produced a neck-worn device concept, controls, feedback states and illustrated factory-use scenarios.
These outputs provided a basis for reviewing the proposed form and interaction before further development and validation.
Selected evidence
Field observations, findings and wearable concepts for communicating proximity around production equipment.