Skip to content
Engineering approach

From requirement to handover, step by step.

Every automation is treated as an engineering deliverable: specified, assessed, built, validated and documented. Each step ends with a defined output.

  1. Analysis

    Understand how the task is done today, which data and standards are involved, and which constraints apply (CAD versions, IT rules, data management).

    → requirement summary
  2. Feasibility

    Evaluate the technical options against the requirements, name the risks and limits openly, and recommend an approach, or advise against automation where it does not pay off.

    → feasibility note
  3. Implementation

    Build the tool against the agreed specification, with readable code, configuration instead of hard-coded values, and clear error messages.

    → working tool
  4. Validation

    Test on representative data, including edge cases, and document the results before the tool is used on real work.

    → test record
  5. Handover

    Hand over documentation, a short training and, as agreed, the source code, so the tool can be used and maintained.

    → documentation
02Working model

How a project starts.

  • You describe a recurring task, without confidential details.
  • An NDA is signed before any project details are shared, if needed.
  • A discovery conversation clarifies scope and constraints.
  • The analysis and feasibility note form the basis of a proposal.
Next step

Describe a recurring engineering task. Every project starts with an analysis.