Processes

What will AGI do for Design in-vehicle system?

AI-deliverabilitydigital

With no child occupations seeded, the digital scalar is derived from the composite's name and APQC lens ('Design in-vehicle system' within Motor Vehicle Manufacturing). Designing automotive systems is an engineering process reliant on CAD software, embedded systems programming, and simulation tools. Because the value-producing step is information transformation rather than physical manufacturing, it is heavily digital; lacking further children, it is set at a representative band-center 0.85.

Vehicle architecture planning dictates the need for a new or updated in-vehicle hardware or software sub-system.

Trigger
Vehicle architecture planning dictates the need for a new or updated in-vehicle hardware or software sub-system.
Outcome
The in-vehicle system design is finalized, validated against performance constraints, and released for production scaling.

The work itself

Grounded Work Profile

Measured by

  • System Design Cycle TimeprocessProfile
  • Requirements Traceability CoverageprocessProfile
  • Prototype Defect RateprocessProfile
  • Design Cost VarianceprocessProfile

Key steps

  • Capture functional and non-functional requirementsprocessProfile
  • Draft hardware and software architectureprocessProfile
  • Design user interface and interaction flowsprocessProfile
  • Build initial system prototypesprocessProfile
  • Test against vehicle integration parametersprocessProfile
  • Finalize specifications and component listsprocessProfile

How AGI delivers it

Four ways AGI delivers for Design in-vehicle system

  • Autonomous Agents as digital employees

    Hire a digital employee that does the job under earned, supervised autonomy.

    Agents.do
  • Services-as-Software

    Get the professional outcome delivered as software, priced on results, not headcount.

    Services.do
  • Business-as-Code

    Encode how your work runs, once, as software that executes itself.

    Platform.do