UI/UX Design Jobs in Manufacturing What the Role Involves

Phase 1 — Daily Schedule:
7:00 AM — Safety briefing and shift observation
8:00 AM — Shop-floor shadowing (2 hours)
9:00 AM — Document tasks and workarounds
   - Week 1: Operator context
   - Week 2: Workflow mapping
   - Week 3: Interface audit
   - Week 4: Constraints and metrics
12:00 PM — Lunch break
1:00 PM — Stakeholder interviews (operations, safety, engineering)
2:00 PM — Synthesis and notes (2 hours)
5:00 PM — Review findings, plan tomorrow
6:00 PM — Rest
8:00 PM — Read on industrial UX / HMI (30 min)
10:00 PM — Wind down

Week 1 Review:
□ Have I observed multiple shifts?
□ Do I understand operator pain points?
□ Have I noted safety-critical moments?

Week 2 Review:
□ Are core workflows mapped end to end?
□ Are exceptions and workarounds documented?
□ Have I validated maps with operators?

Week 3 Review:
□ Have I audited current HMIs and screens?
□ Are error states and alerts reviewed?
□ Are legacy constraints documented?

Week 4 Review:
□ Is the constraint checklist complete?
□ Are lighting, gloves, noise, and network limits noted?
□ Are success metrics defined?

Phase 2 — Daily Schedule:
7:00 AM — Standup with product, engineering, and safety
8:00 AM — Review design tasks and constraints
9:00 AM — Design work (3 hours)
   - Week 5: IA and terminology
   - Week 6: Interaction flows
   - Week 7: Prototyping
   - Week 8: Usability testing
12:00 PM — Lunch break
1:00 PM — Review with engineers and operators
2:00 PM — Iterate and document decisions (2 hours)
5:00 PM — Plan tomorrow
6:00 PM — Rest
8:00 PM — Study HMI patterns (30 min)
10:00 PM — Wind down

Week 5 Review:
□ Is the task hierarchy clear?
□ Are labels familiar to operators?
□ Is navigation simple under pressure?

Week 6 Review:
□ Are error prevention patterns in place?
□ Are recovery states designed?
□ Are critical actions confirmed?

Week 7 Review:
□ Is the prototype clickable?
□ Does it cover key tasks?
□ Is it tested with realistic constraints?

Week 8 Review:
□ Did operators test the prototype?
□ Was friction captured?
□ Were iterations documented?

Phase 3 — Daily Schedule:
7:00 AM — Safety check and pilot standup
8:00 AM — Observe pilot usage on the floor
9:00 AM — Capture friction and edge cases
   - Week 9: Pilot feedback
   - Week 10: Iteration and hardening
   - Week 11: Handoff and training
   - Week 12: Impact measurement
12:00 PM — Lunch break
1:00 PM — Review with operations and engineering
2:00 PM — Document changes and decisions
5:00 PM — Update impact metrics
6:00 PM — Rest
8:00 PM — Prepare next-day plan (30 min)
10:00 PM — Wind down

Week 9 Review:
□ Is the pilot running safely?
□ Are real operators using it?
□ Is feedback being captured?

Week 10 Review:
□ Are friction points fixed?
□ Are alerts clearer?
□ Is accessibility improved?

Week 11 Review:
□ Is the handoff pack complete?
□ Are operators trained?
□ Is support ready?

Week 12 Review:
□ Is task time measured?
□ Are errors tracked?
□ Is adoption measured?
□ Is impact reported?

Manufacturing UI/UX Role Map:

Core responsibilities:
1. Shop-floor research and operator interviews
2. Workflow mapping and task analysis
3. HMI and industrial interface design
4. Prototyping and usability testing
5. Collaboration with engineering, safety, and operations
6. Design documentation and handoff

Stakeholders:
- Operators and technicians
- Production and operations managers
- Safety and compliance teams
- Software and controls engineers

Success metrics:
- Task completion time
- Error rate
- Adoption rate
- Safety incident reduction

Skills Matrix:

Research
☐ Contextual inquiry
☐ Operator interviews
☐ Task analysis

Design
☐ Information architecture
☐ Interaction design
☐ HMI patterns
☐ Accessibility for industrial use

Validation
☐ Usability testing on the floor
☐ Error analysis
☐ Pilot measurement

Collaboration
☐ Working with controls engineers
☐ Safety reviews
☐ Design handoff

Tools
☐ Figma
☐ Prototyping tools
☐ Analytics / session replay

Portfolio Case Study Template:

Title: _______________________________
Context: What factory / line / process?
Problem: What task or safety issue existed?
Research: Who did you observe and what did you learn?
Constraints: Lighting, gloves, noise, legacy systems?
Design: What did you change and why?
Validation: How did you test with operators?
Impact: Task time, errors, adoption, safety?
Reflection: What would you do differently?

Evidence:
- Photos / sketches (if allowed)
- Before and after flows
- Test notes
- Metrics