Design Thinking: Creative Problem Solving

What is Design Thinking

Design thinking — a methodology for creatively solving complex, "ill-defined" problems with a focus on the user. It originated in Stanford's d.school and IDEO (Tim Brown). Unlike analytical methods, which work well with well-defined problems, design thinking is intended for situations where the problem itself is unclear.

Its key features are: empathy (understanding the real user, not an abstract one); iterativeness (prototyping quickly and early, failing cheaply); integrativeness (combining what people desire, what is technically feasible, and what is commercially viable).

Five stages

1. Empathy: a deep understanding of the user and their context. Tools: field observations, interviews, "shadowing," customer journey mapping. The goal is to go beyond stated needs to uncover hidden ones ("jobs to be done").

A classic example: Ford could have asked consumers what they want and heard "a faster horse." The real need was that people wanted to move faster—and so he offered the automobile.

2. Problem Definition (Define): synthesizing observations into a clear problem statement. Format: “[User] needs [need] because [insight].” A well-defined problem is already half a solution.

3. Idea Generation (Ideate): broad search for solutions without immediate criticism. Brainstorming, the “How might we…” method, SCAMPER (Substitute, Combine, Adapt, Modify, Put to other use, Eliminate, Reverse). Rule: quantity matters more than quality at this stage.

4. Prototyping (Prototype): creating quick, cheap, testable versions of ideas. A prototype is not a product but a learning tool. A paper interface prototype tests navigation in hours, not months of development. The task: make the idea testable.

5. Testing (Test): interacting with real users through the prototype and receiving feedback. The goal is to learn, not to confirm. “Kill your darlings”—the developer’s favorite idea often does not match what the user needs.

Divergent and Convergent Thinking

Design thinking alternates between two modes. Divergent thinking (expansion): generating the widest possible range of ideas without criticism. Convergent thinking (narrowing): evaluating, selecting, and synthesizing. The mistake is to shift to convergence too early (kills creativity) or to stay in divergence too long (no results).

TRIZ and Systematic Inventing

TRIZ (Theory of Inventive Problem Solving, Genrich Altshuller) — a more systematic approach to innovation. Altshuller analyzed thousands of patents and found that most inventive problems are solved using one of 40 standard principles, and that at the core of any problem lies a contradiction (improving one parameter worsens another).

For example, the principle of segmentation: divide the object into independent parts (modular product architecture). The principle of dynamism: make the object or environment adaptable (adjustable office furniture). The principle of skipping: perform a process at very high speed to avoid harmful side effects (laser cutting).

Application in Management

Design thinking has moved beyond product design into organizational design. IBM, SAP, PepsiCo have integrated it into corporate culture. It is applied to the design of services, processes, strategies, and organizational structures.

Key mindset: “The problem presented to us is not necessarily the problem that needs to be solved.” The design thinker first investigates, then defines, then invents.

Question for reflection: Take a task facing your team. Go through the first two steps of design thinking: who is the end user of your solution? What exactly do they need (not what you think, but what is real)—and why? Has your formulation of the task changed after this exercise?