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AI in requirements engineering and business analysis

AI can prepare interviews, structure documents, reformulate requirements, find contradictions and generate test ideas. Domain negotiation, prioritisation and approval remain human responsibilities. The article provides a controlled method, a realistic CTPM practice example and a concrete transfer artefact.

Realistic enterprise scene illustrating AI in requirements engineering and business analysis
Short answer

AI can prepare interviews, structure documents, reformulate requirements, find contradictions and generate test ideas. Domain negotiation, prioritisation and approval remain human responsibilities.

What the concept actually means

Value is high when inputs and quality criteria are clear. Transformations between artefacts are especially suitable: minutes to questions, rule to requirement or requirement to acceptance criteria.

Why it matters in the enterprise

Rapid text production must not destroy traceability. Every derived claim needs provenance, status and accountable confirmation.

A controlled method

The CTPM practice framework for controllable AI applications uses seven stages: understand the task, clarify context and data, apply AI deliberately, review professionally, handle deviations, approve accountably and document transfer. It is a transparent working framework, not a certification.

  • Define task and impact
  • Clarify data, context and permissions
  • Review against domain criteria
  • Control deviations, approval and evidence

CTPM practice example

CTPM practice example: AI creates candidate requirements from workshop notes. The business analyst checks source, atomic wording, constraint and acceptance criterion; stakeholders confirm content afterwards.

Quality and test criteria

The following criteria make quality observable for this use case:

  • Every requirement has source and status.
  • Ambiguity and solution bias are reviewed.
  • Acceptance criteria are observable.
  • Changes remain traceable.

Risks and common misconceptions

Risks include invented stakeholder intent, smoothing over real conflicts, false precision and large volumes of unprioritised requirements.

Example transfer artefact

Transfer artefact: an AI-assisted requirements workflow with artefacts, sources, review questions, approval and traceability.

Sources and references

  1. ISO/IEC/IEEE: 29148:2018 Systems and software engineering — Life cycle processes — Requirements engineering (2018)
  2. NIST: Artificial Intelligence Risk Management Framework: Generative Artificial Intelligence Profile (2024)
  3. OpenAI: Working with evals (2026)