The secret to better brainstorming | Dr. Roger Firestien | TEDxOmaha

Key Concepts

Creative Problem Solving, Problem Clarification, Idea Generation, Idea Selection, Action Planning, Forced Connections, Idea Quota, Innovation through Stretching, Connecting Unrelated Concepts.

Creative Problem Solving Process

The speaker outlines a creative problem-solving process:

1. Problem Clarification: Identifying and understanding the real problem.
2. Idea Generation: Brainstorming potential solutions.
3. Idea Selection & Improvement: Choosing the best ideas and refining them.
4. Action Planning: Developing a plan to implement the chosen solution.

This process is described as "lifegiving" because it helps people see possibilities they hadn't imagined.

The Forced Connections Technique

This is the speaker's go-to method for generating new ideas when stuck. It involves:

1. Identifying the Problem: Clearly define the problem you're trying to solve.
2. Selecting an Unrelated Object/Situation: Choose something completely different from the problem.
3. Forcing a Connection: Find or create a connection between the problem and the unrelated object/situation.
4. Generating New Ideas: The forced connection should spark new ideas for solving the original problem.

The speaker emphasizes that "Making Connections is the essence of creativity."

Examples of Forced Connections

• Nike Waffle Trainer: Bill Bowerman, stuck on creating a better running shoe sole, saw the waffle iron and connected the grid pattern to the need for grip. This led to the creation of the waffle sole.
  • Counterfactual: The speaker jokingly suggests that if Barbara had been making pancakes, we might have had the "Nike Pancake Trainer."
• Pacemaker: Wilson Greatbatch, trying to solve bradycardia (slow heart rate), saw a hazard flasher and connected its intermittent flashing to the idea of stimulating the heart.
• Bullet Train: Eiji Nakatsu, tasked with solving the sonic boom problem of the Shinkansen bullet train, observed a kingfisher diving into water and connected the shape of its beak to the need for aerodynamic design. This led to a redesigned train that was faster, more efficient, and eliminated the sonic boom.

Group Application of Forced Connections

The speaker illustrates how to use forced connections in a group setting using the example of improving Acme bathtubs:

1. Define the Problem: "How might we improve our bathtubs?"
2. Introduce Unrelated Pictures: Show pictures of unrelated objects (e.g., bananas, a beach, an airplane cockpit).
3. Sensory Exploration: Encourage participants to think about the object's feel, smell, and taste.
4. Generate Ideas: Brainstorm ideas for improving the bathtub based on the forced connection.

Examples:

• Bananas: Non-slip surface, yellow color, soft bottom, body-shaped tub.
• Beach: Saltwater in the tub, lots of windows, outdoor tub, tub for two.
• Airplane Cockpit: Lots of controls, temperature control, windows, seats, a flying tub.

The Idea Quota

The speaker discusses the importance of setting an idea quota (around 40 ideas) to push beyond the obvious solutions.

• Initial Ideas (1-8/10): These are the usual, readily available ideas.
• Unusual Ideas (10-24/25): As the group continues, more unusual and playful ideas emerge. These are important for forming more sophisticated connections later.
• Breakthrough Ideas (Beyond Quota): If the group continues beyond the quota, they may generate truly innovative ideas.

Key Learning: Creativity and innovation come in the "stretch" beyond the initial, obvious ideas.

Conclusion

The speaker emphasizes that everything human-made has a connection to something else. To generate new ideas, one should get away from their desk, look outside, and actively try to make connections between seemingly unrelated things. The forced connections technique is a deliberate way to spark creativity and innovation.