AI FOR QUALITY MANAGEMENT

See the connections.
Improve quality with focus.

Quality knowledge grows through inspections, complaints and everyday decisions. AI can help put existing information to better use and support recurring tasks.

Explore three use cases
A QUESTION TO GET STARTED

How much quality knowledge do you have — and how much of it can your team find when it matters?

USE CASE EXAMPLES

How AI could help
in everyday work.

Illustrative scenarios. Requirements and value are assessed for your specific process.

01

TEXT & DOCUMENT ASSISTANCE

Prepare complaints and 8D reports

THE STARTING POINT

Customer messages, images, inspection reports and internal notes take time to consolidate. Similar past cases can be difficult to find.

A POSSIBLE APPROACH

AI supports the extraction and organisation of information, searches for similar cases and prepares text drafts for further processing. Missing information is highlighted as an open question.

WHAT YOU NEED

Complaint data, approved reports, defect categories and traceable links to items, batches and customers.

UNDERSTAND THE AI

What happens behind the scenes.

TECHNICAL INSIGHT
POSSIBLE SOLUTION DESIGN

Document AI · Similarity search · 8D assistant

What does the AI actually do?

AI structures complaint text and retrieves similar defect descriptions from completed cases.

How the solution works

  1. 01
    Extract facts

    Populate part, defect, date and missing-information fields.

  2. 02
    Retrieve related cases

    Semantic search returns evidenced cases and recorded actions.

  3. 03
    Prepare an 8D draft

    Map confirmed facts to sections; root causes remain hypotheses until validated.

What value can it deliver?

Less intake effort, more complete case records and greater reuse of documented experience.

A concrete example

A similar crack description suggests a previous investigation approach, without transferring its root cause automatically.

Technology, setup & operation

Use a pretrained LLM and case index. Templates and status rules distinguish observation, hypothesis, confirmed cause and verified effectiveness.

Illustrative solution design. The final architecture depends on data, systems and pilot evaluation.

Pilot, value assessment & professional responsibility +
HOW A PILOT COULD START

Use one product group and selected closed cases for evaluation before supporting new complaints.

HOW TO ASSESS VALUE

Compare preparation time, completeness and the amount of correction needed with the existing process.

Root cause determination, effectiveness checks and approval remain with the responsible specialists.

02

KNOWLEDGE SEARCH

Find inspection and audit knowledge

THE STARTING POINT

Inspection instructions, internal requirements and audit evidence are stored in different places. Document versions and validity are not always clear at first glance.

A POSSIBLE APPROACH

Source-based search guides users to relevant approved documents. It can prepare answers with references and make the applicable version visible.

WHAT YOU NEED

Controlled documents with status, version, scope and access controls, supported by clearly assigned document maintenance responsibilities.

UNDERSTAND THE AI

What happens behind the scenes.

TECHNICAL INSIGHT
POSSIBLE SOLUTION DESIGN

RAG knowledge search · Metadata filters

What does the AI actually do?

AI finds relevant quality and audit records despite different terminology and explains their content.

How the solution works

  1. 01
    Limit validity

    Filter by site, product, scope and released revision.

  2. 02
    Retrieve passages

    Combine semantic and keyword retrieval.

  3. 03
    Ground the answer

    An LLM summarises passages with sources and unresolved conflicts.

What value can it deliver?

Faster access to valid evidence and less effort separating obsolete versions.

A concrete example

A gauge-check question returns the applicable current instruction rather than an old audit copy.

Technology, setup & operation

Indexing supports discovery; permissions and release status must come from document management. Evaluate source relevance and correct revision separately.

Illustrative solution design. The final architecture depends on data, systems and pilot evaluation.

Pilot, value assessment & professional responsibility +
HOW A PILOT COULD START

Start with one document area that has sound version control and a defined set of questions.

HOW TO ASSESS VALUE

Test search accuracy, correct version selection and time to reliable evidence using typical quality questions.

Authoritative statements are checked against the original document. AI output does not replace formal approval or an audit decision.

03

ANALYTICAL SUPPORT

Connect defect patterns with process data

THE STARTING POINT

Quality deviations are documented, while relevant process, material and inspection parameters sit in other systems.

A POSSIBLE APPROACH

A shared data foundation and analytical methods can reveal recurring patterns. The quality team uses these insights to prioritise hypotheses for targeted investigation.

WHAT YOU NEED

Traceable links between inspection results, process steps, batches and material properties, together with documented changes.

UNDERSTAND THE AI

What happens behind the scenes.

TECHNICAL INSIGHT
POSSIBLE SOLUTION DESIGN

Predictive quality analytics · Supervised learning

What does the AI actually do?

A model learns associations between process/material combinations and recorded quality outcomes.

How the solution works

  1. 01
    Link batches

    Match inspection results to process and material data available before inspection.

  2. 02
    Fit the model

    A classifier, such as gradient boosting, learns good/defective outcomes and is evaluated on later batches.

  3. 03
    Investigate signals

    Risk indicators and feature analysis prioritise technical investigation.

What value can it deliver?

Less data-screening effort and more focused trials. Confirmed scrap improvements are evaluated only after process validation.

A concrete example

A material-temperature combination occurs more often with a defect and becomes a priority for controlled trials.

Technology, setup & operation

Representative, correctly linked outcomes are required. Model explanations describe associations rather than proven causes. Exclude leakage from information unavailable at prediction time.

Illustrative solution design. The final architecture depends on data, systems and pilot evaluation.

Pilot, value assessment & professional responsibility +
HOW A PILOT COULD START

Select a frequent defect and analyse completed production batches with domain specialists.

HOW TO ASSESS VALUE

Measure the usefulness of investigation hypotheses and the effort required to assemble data. Track confirmed improvements separately.

A pattern does not prove a cause. Technical review and controlled trials are needed to validate conclusions.

MY CONTRIBUTION

Work out together
what is worth pursuing.

I help you turn an interesting use case into a clear, assessable business task.

  • Structure needs and objectives with business functions and IT
  • Clarify value, requirements and open questions
  • Prepare a basis for decisions and define a possible pilot scope
  • Support alignment with suitable implementation partners

FREQUENTLY ASKED QUESTIONS

Before taking
the first step.

What about visual quality inspection? +

This can be another application area. Defect types, image quality, lighting, representative inspection images and acceptable error rates all need to be clarified. Evaluation and implementation involve the relevant specialists and suitable solution partners.

What is my role? +

I help define the use case, structure requirements and expected value, and prepare alignment between the quality function, IT and potential implementation partners.

FROM A USE CASE TO THE NEXT STEP

Which idea would you
like to make concrete?

Together, we clarify the starting point, possible use cases and expected value, creating a sound basis for your next decisions.

Request a conversation by email +49 160 8983019

Online and at your location.