The creative process is rarely a straight line.
While many people imagine creativity as a sudden flash of inspiration, research suggests that innovative ideas develop through an iterative journey of curiosity, learning, observation, experimentation, reflection, and action.
In his book, Zig Zag: The Surprising Path to Greater Creativity, Dr. Keith Sawyer presents an eight-stage framework that explains how the creative process unfolds through cycles of exploration rather than linear planning (Sawyer, 2013). Understanding this framework can help educators, students, researchers, entrepreneurs, and professionals develop creativity as a skill rather than viewing it as an innate gift.
Why isn’t the creative process linear?
One of the biggest misconceptions about creativity is that brilliant ideas appear out of nowhere.
History often celebrates moments of sudden inspiration, but those moments usually represent the visible outcome of a much longer cognitive journey. Research in psychology and creativity consistently shows that innovation emerges through curiosity, preparation, experimentation, metacognition, and persistence rather than isolated moments of genius (Csikszentmihalyi, 1996; Sawyer, 2013).
The creative process rarely follows a predictable sequence. Instead, it moves forward, backward, sideways, and sometimes even appears to pause before meaningful insights emerge. Cognitive psychologists describe creativity as an iterative process in which ideas are continually refined through exploration, feedback, and reflection.
This is the reason Dr. Keith compares creativity to a zigzag rather than a straight line.
His framework doesn’t suggest that creativity is chaotic. Instead, it illustrates a set of cognitive habits that strengthen creative thinking and problem-solving. More importantly, it reminds us that creativity isn’t reserved for artists or inventors. It’s a capability that can be intentionally developed through practice.
The eight stages of the creative process
1. Ask: Define the right problem
Every creative journey begins with curiosity.
Rather than immediately searching for answers, creative thinkers question assumptions and redefine problems. Research in creative problem-solving suggests that accurately framing a problem often leads to more innovative solutions than rushing towards an answer (Sawyer, 2013).
Asking thoughtful questions encourages cognitive flexibility, broadens perspective, and helps uncover opportunities that might otherwise remain hidden.
Good questions create better ideas.
2. Learn: Build a rich knowledge base
Creativity grows from knowledge.
Every new idea builds upon existing information stored within long-term memory. Reading widely, developing expertise, gaining practical experience, and learning from different disciplines provide the brain with the building blocks needed to generate original ideas.
Research on expertise demonstrates that innovation is strongly supported by deep domain knowledge because the brain has more information available to retrieve, reorganise, and combine in novel ways (Ericsson et al., 1993).
Knowledge doesn’t limit creativity.
It fuels it.
3. Look: Observe with intention
Observation is far more than simply seeing.
Creative individuals actively notice patterns, behaviours, environments, and everyday experiences that others often overlook. These observations improve pattern recognition, strengthen empathy, and reveal unmet needs that can inspire innovation.
Many creative breakthroughs begin not because someone invents something completely new, but because someone notices something everyone else has ignored.
4. Play: Let the mind wander
Play isn’t the opposite of productive work.
It’s often an essential part of it.
Periods of exploration, experimentation, humor, and mental rest allow the brain to incubate ideas. Neuroscientific research suggests that during relaxed states, different brain networks communicate more effectively, increasing the likelihood of forming unexpected connections and creative insights (Beaty et al., 2016).
Sometimes the best way to solve a problem is to step away from it.
5. Think: Generate possibilities
Once sufficient knowledge has been gathered, it’s time to generate ideas.
Creative thinkers deliberately postpone judgment and produce as many possibilities as possible before evaluating them. Psychologists describe this as divergent thinking, a cognitive process that encourages flexibility, originality, and fluency (Guilford, 1967).
Not every idea will succeed.
But generating many ideas significantly increases the likelihood of discovering an exceptional one.
6. Fuse: Connect unrelated ideas
Innovation often occurs when different disciplines, experiences, or perspectives intersect.
The human brain naturally searches for patterns, and creative thinking frequently emerges by combining concepts that previously seemed unrelated. Whether connecting psychology with education, technology with storytelling, or biology with engineering, these unexpected combinations often lead to breakthrough ideas.
Creativity is frequently less about inventing something entirely new and more about seeing familiar things differently (Sawyer, 2013).
7. Choose: Evaluate and refine
Creativity also requires critical thinking.
After generating multiple ideas, creative thinkers evaluate them carefully, asking which solutions are practical, meaningful, ethical, and aligned with the original goal. This stage reflects convergent thinking, where imagination is refined through evidence, reasoning, and thoughtful decision-making.
The strongest ideas are rarely the first ones.
They’re usually the ones that survive careful evaluation.
8. Make: Turn ideas into reality
Ideas become valuable only when they’re transformed into action.
Whether building a prototype, writing a draft, designing a lesson, developing a product, or conducting research, implementation allows ideas to be tested, refined, and improved.
Every iteration provides new feedback, leading to better questions and stronger solutions.
Making doesn’t end creativity.
It begins another cycle of learning.
Why does understanding the creative process matter?
Today’s world demands more than memorising information or finding the correct answer quickly.
Education, research, business, and innovation increasingly require individuals who can ask meaningful questions, integrate knowledge, collaborate across disciplines, and solve complex problems creatively.
Understanding the creative process helps educators design richer learning experiences, enables organisations to foster innovation, and encourages learners to view creativity as a skill that develops through deliberate practice rather than innate talent. Dr. Keith’s framework aligns closely with contemporary research in creativity, cognitive psychology, and the learning sciences (Sawyer, 2013).
To better understand the creative process, it’s worth first exploring the science of creativity, which explains the cognitive and neurological mechanisms that make creative thinking possible.
Conclusion
The creative process isn’t a destination or a single flash of inspiration.
It’s a dynamic journey of questioning, learning, observing, experimenting, connecting ideas, evaluating possibilities, and bringing ideas to life. It reminds us that creativity rarely follows a straight path, and that’s precisely what makes it so powerful.
Whether someone is teaching, conducting research, designing products, leading teams, or solving everyday challenges, the same principle applies: creativity develops through repeated cycles of exploration, reflection, and action.
The next great idea probably won’t appear in a single moment.
It’ll emerge by trusting the creative process.
