Concept application for manufacturing clients to monitor performance of assembly line units.

1. Monitoring lug nut PIDs
TorqueApp
Julian Kanaan

2. Situation
Car manufacturers have wheel robots, controlled
by PIDs, that torque wheels to the correct spec.
Robots can over/under-tighten bolts, or tighten with variance.
Problem
Line managers need to view robot PID performance from
line inspector torque measurements and catch errors.
Assembly lines of torquing robots

3. Building an appropriate experience
Customer profile
Large, high-volume vehicle
manufacturers
Large interest in saving
money & time
Large interest in
maintaining processes
No interest in ambiguous
value proposition
Instant readability to catch errors
early
Comprehensive reporting for
stakeholders
Insightful solutions & steps
to remedy issues
Self-explanatory, get-up-and-go
user interface
UX decisions

4. Web application for all touchpoints
Clean, readable UI
for easy visualization, error
catching, & reporting.
Customers given actionable
insights to identify & fix
problem units.

5. Inspector interface

6. identify client
needs
build inVision
protoype
revise UX
compare
varying needs
conduct user
interviews
Validating our UX

7. MVP timeline
Prioritizing the must-needs to ship product out early as possiblePrioritizing the must-needs to ship product out early as possible
InterviewsPreparation
Cloud backend
HTTP endpoints
DashboardReact skeleton
PID View
Data Entry
Database &
storage
User interface
time 3 weeks

8. Organizing development
features -> feature bundles -> sprints -> milestones
See Airtable link for more
https://airtable.com/shrLpYuojuFOa731X
Ex. Sprint: Dashboard v1
Static skeleton, state 3.55
Current SP settings 1.05
List of PIDs by status 4.05
Error % at a glance 1.03
Error count at a glance 1.03
feature bundle priority dev. hours