methodatlas

Innovation Framework

Design Thinking

Design Thinking connects understanding user problems with exploring solutions.

From initial observations to a clear problem and a prototype you can test with users.

Core question
Which real user problem is worth solving, and which solution idea survives a test with real users?
Participants
4-10 people in the core team
Time
1 day to several weeks

A framework for an initiative: plan individual activities to fit your context.

Design Thinking as a learning loop: an observation notebook, a focused problem statement, different idea sketches, a cardboard prototype and user-test notes. Feedback leads to new understanding.
  1. Empathize

    Understand

    Explore the context and identify user needs.

  2. Define

    Frame the problem

    Turn observations into a focused problem.

  3. Ideate

    Develop ideas

    Explore and compare different possible solutions.

  4. Prototype

    Build a prototype

    Make an idea tangible and testable quickly.

  5. Test

    Test and learn

    Try it with users and incorporate what you learn.

The phases form a learning loop. New insights can take you back to any earlier phase.

A good fit when

You have access to users and want to understand a problem before committing to a solution.

Ideal for

  • Innovation challenges
  • Service design
  • Early product ideas

Not good for

  • Clearly specified implementation
  • Problems without user access

Outputs

  • Problem Statement

    A focused problem statement to guide decisions.

  • Prototype

    A tangible draft that lets you test assumptions.

  • Test Learnings

    Observations from tests and the next learning steps.

Structure

Design Thinking · Stanford d.schoolNutzerverständnis, Problemframing, Ideation, Prototyping und Tests iterativ miteinander verbinden
Design ThinkingDas Visual zeigt die Design-Thinking-Phasen von Empathize bis Test mit Artefakten und Lernschleife.Vom Nutzerverständnis zum getesteten Prototyp lernenDesign Thinking wechselt bewusst zwischen Verstehen, Fokussieren, Öffnen, Bauen und Testen.SynthesizeDefine to IdeateSelectPrototype to TestLernen zurückführenEmpathizeNutzende beobachtenDefineProblem schärfenIdeateOptionen öffnenPrototypegreifbar machenTestmit Nutzenden lernenProblem StatementPrototyp

First step

Choose a real usage situation and write down what you want to learn about it.

Open the method guide

Deep dive

Purpose

For complex user problems with an uncertain cause, the method connects observation, interpretation, and experiment into a learning cycle. It keeps the focus on real needs and avoids premature solution language. This produces robust decisions for product and service.

How it works

The working logic moves between understanding, condensing, and testing, so insight doesn't get stuck in research. Once a problem is grasped precisely, tangible hypotheses are made testable in simplified form and mirrored against feedback. Understanding matures alongside the solution rather than only afterward.

In detail

Design Thinking works because it organizes empathy, problem understanding, ideation, and iterative learning as a connected stance. The method only carries weight once research, synthesis, and experiment aren't treated as an obligatory program but each phase genuinely influences the next. Substance comes from user connection, visible learning loops, and consistent condensing, so the process produces solutions that are novel yet connectable.

Facilitation

A manageable initiative with real user pressure helps for the introduction, so the way of working quickly shows tangible effect. The phase after the inspiration phase becomes especially decisive; that's where material must turn into a sharp problem understanding. Close with a visible experiment path and anchor the learning steps in normal product or project operations.

The method guide walks execution through 5 phases, timing, 5 pitfalls, and clear stop criteria.

Open method guide

Your perspective

Does this method help with your work?

Your feedback helps shape the next improvements to methodatlas.

Sources and topics

Topics
Artifact templates
Design Thinking: WorksheetPrepare a session or a whole initiative. Your ready-to-use plan takes shape on the right.
markdown

design-thinking-working-template.md

Prepare a session or a whole initiative. Your ready-to-use plan takes shape on the right.

Design Thinking: Worksheet

Question

To be confirmed

Desired outcome

To be confirmed

Scope

Whole initiative Time: Multiple dates, to be scheduled

Complete this worksheet on paper or in your own document during the work.

Preparation for this scope

Method setup

  • Materials: Workshop room with wall space or Miro board with phase lanes; stickies in five colors; pens; prototyping materials (paper, cardboard, click tools like Figma); test setup; recruiting list for user tests.
  • Roles: One facilitator for overall flow; one to two researchers for interviews and synthesis; two to four designers and engineers; one sponsor with decision mandate (at least at phase transitions); test users for phase 5.
  • Advance information: Problem space as one paragraph, not as a solution idea; target group and access to it; known constraints (budget, compliance, technology); prior solution attempts and why they failed.
  • Overall time needed: Iterative work over days to several weeks, sized to learning needs, access, and the initiative
  • Setup: Phase lanes on the wall: Empathize, Define, Ideate, Prototype, Test. Fix sponsor reviews between every phase. Start recruiting for phase 5 in phase 1, not later.

Prepare for the work steps

Empathize: Understand

  • A focused usage situation
  • Access to relevant users and consent for conversations

Define: Frame the problem

  • Research notes with evidence
  • Recurring patterns and unresolved contradictions

Ideate: Develop ideas

  • A focused problem statement
  • An open How Might We question and relevant constraints

Prototype: Build a prototype

  • A selected concept
  • A clear test question and an observable usage situation

Test: Test and learn

  • A prototype and test question
  • Relevant test participants and an observation guide

Empathize: Understand

Expected artifact: Research notes

Observation · context · evidence · open question

Entry:

...

  • Do observations come from the relevant usage situation?
  • Can observations be distinguished from assumptions?

Define: Frame the problem

Expected artifact: Problem Statement

User · need · supporting insight · evidence

Entry:

...

  • Are user, need and evidence clear?
  • Does the statement allow different solutions?

Ideate: Develop ideas

Expected artifact: Concept selection

Idea · value assumption · open question · selection rationale

Entry:

...

  • Do the approaches differ meaningfully?
  • Is the assumption to be tested documented?

Prototype: Build a prototype

Expected artifact: Prototype

Draft or link · test question · deliberately omitted parts

Entry:

...

  • Can users try a relevant action?
  • Is effort limited to what the test question requires?

Test: Test and learn

Expected artifact: Test Learnings

Observation · evidence · remaining uncertainty · decision · next action

Entry:

...

  • Is the decision supported by observed behavior?
  • Are uncertainties, ownership and the next learning step clear?

Open questions and next steps

...

Method guide: https://methodatlas.meierhoff-systems.de/en/methods/design-thinking/run-sheet

Alternatives and neighbors

Fitting alternatives with decision guidance, followed by other related methods.

All methods
Constraints and origin
HighWorkshop1 Tag bis mehrere Wochen

Profile

Method form
Framework
Participants
4-10
Time
1 Tag bis mehrere Wochen
Maturity
Canonical
Origin
IDEO and Stanford d.school
How Might We
Next up: How Might We