A workshop changes a workflow only when practitioners, process owners, and policy owners map real workarounds together before choosing human, AI, or simpler process interventions.

The people who do one workflow and the people accountable for it map the version that really runs, including workarounds, delays, and exceptions. Together they test whether AI belongs in each task, set human authority, and choose a short list of experiments. The group leaves with an agreed future-state map, explicit human and AI responsibilities, unresolved exceptions, and a ranked backlog of bounded experiments.

Illustration of AI Workflow Redesign Workshop: a team designing behavior-change plans for AI adoption

Some of the 500+ brands we've worked with

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  • Aydem Perakende
  • Mynet
  • Sporjinal
  • QNB Finansfaktoring
  • Cyberpark
  • Yolcu360
  • Amazon
  • BMW
  • Shell
  • Hyundai
  • PepsiCo
  • Red Bull
  • Decathlon
  • MediaMarkt
  • Bayer
  • Sanofi
  • EY
  • KPMG
  • GE
  • 3M
  • Domino’s
  • Lexus
  • Trendyol
  • Hepsiburada

We begin with what people do. The room leaves with a future-state design, unresolved exceptions, and a short experiment list whose owners have accepted the scope and next decision.

  1. The process people follow

    Practitioners walk through the current process, including workarounds, handoffs, delays, rework, exceptions, and the decisions that carry material risk. Practitioners confirm the map matches actual practice.

  2. Check whether the task needs AI

    We examine where AI may help, where deterministic automation is enough, and where human judgment must stay central. The process owner decides which task needs AI over simpler automation.

  3. Responsibilities enter one flow

    The group places human and AI responsibilities, data boundaries, verification, exception handling, and escalation into one flow. Human authority stays explicit at every consequential point. The workflow owner confirms the future-state flow handles the named exceptions.

  4. A short backlog with owners

    We rank experiments by value, feasibility, risk, and the evidence needed to decide whether each change should continue. Each experiment owner accepts the scope before it enters the backlog.

Agreement and uncertainty sit in the same record. The current process, proposed responsibilities, conditions that could break the design, and experiments show what the group knows and what still needs testing.

  • Architecture document

    Actual-to-proposed workflow comparison map

    A side-by-side view of the actual process and the proposed human-and-AI flow.

  • Matrix

    Human-AI responsibility and exception record

    Who performs, checks, approves, and handles exceptions at each important point.

  • Risk register

    Unresolved workflow conditions and exception log

    The unresolved conditions that could make the future-state design unsafe or unworkable.

  • Roadmap

    Prioritized experiment backlog

    A ranked set of scoped workflow tests with evidence needs and next decisions.

Choose one workflow whose handoffs, waiting, or repeated work deserve attention. The session works when the people who know those rough edges can examine them together.

A good fit when

  • Handoffs, waiting, and repeated work sit across teams, so nobody has a reliable end-to-end view.
  • AI ideas keep arriving before the group agrees which tasks are suitable, so simpler process options never get a fair comparison.
  • Practitioners and policy owners each see part of the workflow, but they have not agreed one future-state design they can all operate.
  • The official workflow omits workarounds and exceptions, so practitioners need to map the version they actually follow.
  • Several tasks look suitable for AI at first, but nobody has compared them with deterministic automation or process simplification.
  • Human and AI responsibilities are discussed separately, so nobody has joined the controls, authority, and escalation into one usable flow.
  • Experiment ideas are multiplying, while no owner has ranked them by value, feasibility, risk, and the evidence needed for a next decision.

Better handled as other work when

  • You have already decided AI is the answer and only want the workshop to confirm it. Task suitability needs an open comparison instead.
  • You need the future-state process implemented in production during the workshop. That build requires a separate delivery scope.
  • You want the workshop to make policy, security, or legal decisions for their owners. Those authorities remain with the people who hold them.

If one of these is closer to your situation, start here instead: See corporate AI training

  • Miro

    the shared board where practitioners and owners map the workflow as it really runs

  • Notion

    the backlog of experiments with named owners, the workshop's actual deliverable

  • Anthropic

    tested live in the room against the specific suitability question being asked

One difficult workflow is enough. Put the people who perform it, an owner who can approve experiments, and the exceptions the official process misses in the same room. They leave with a clear choice about what deserves a test.
Discuss the workshop

Who should attend the workshop?

Include the people who do the work, the process owner, anyone who owns important policy, data, security, or quality constraints, and a sponsor when the experiments may need resources or cross-team decisions.

What do you need from us beforehand?

We need one clearly scoped workflow, current process evidence, known pain points, representative exceptions, relevant policies, and a decision sponsor. The workshop is weaker when participants can describe only an ideal process.

Does the workshop produce an implementation?

No. It produces a future-state design and experiments that can earn implementation. Integrations, production changes, and operation of the new workflow need separate scopes. The ranked backlog gives those later efforts an owner and an evidence need. It also records the decision each effort should support.

How do you keep AI from becoming the default answer?

Task suitability is examined directly. We compare AI with deterministic automation, process simplification, and leaving the task unchanged. When a simpler option meets the need with less risk, that choice goes into the design.