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Simple & Pragmatic Problem Solving
#85Chapter 6: Group Creative Option Generation• Group Creative OptionsAnalytical, matrix and combinatorial Thinkingindividual and group Mode60-150 Minutes(time-consuming)

Morphological Analysis

From the book "Advanced Problem-Solving Toolbox: 115 Creative Plays" | Compiled & Edited by: Mojtaba Goudarzi, Open translation: Mehrshid Goudarzi
Executive Synopsis & Core Logic:

famous Fritz Zwicki technique to discover all possible combinations; Decomposing the problem into fundamental parameters and arranging them in a multidimensional matrix (morphological box) to create deconstructive configurations.

Operational Parameters & Specifications

Category
Group Creative Options
Dominant Thinking
Analytical, matrix and combinatorial
Participation
individual and group
Estimated Timetime-consuming
60-150 Minutes
Workshop
Input Format
structural dimensions of the problem, parameters and possible variables in each dimension
Output Format
generation of ideas and matrix of scenarios
Key Application
Designing and engineering new products, developing innovative business models, future researching strategic scenarios and solving multivariate technical problems.
Core Differentiator:

A mathematical and comprehensive approach that models the entire dimensional space of the problem instead of random guesses and reveals unconventional combinations that no single brain could have thought of.

Quick Field Example:

Future car design by building a matrix of parameters (drive: electric/solar; body: carbon fiber/biopolymer; steering: self-driving/manual) and unexpected connection of options to create an unrivaled concept.

Operational Benefits & Implementation Risks

Advantages & Value Creation:

Covering 100% of the space of possibilities without leaving options, creating hundreds of innovative ideas in one meeting, relying on a clear and logical structure.

Risks & Potential Trade-offs:

Combined explosion (very high number of states in case of increasing dimensions), time-consuming analysis and screening of impossible states.

Real-World Organizational & Industry Scenarios

Automotive and Transportation Industry: Designing clean vehicles by intersecting fuel types, chassis, handling, and passenger capacity.
Designing medical devices: Inventing health monitoring gadgets by combining sensors, methods of connecting to the body and how to send data.
Designing a revenue model for startups: Examining the intersection of customer types, pricing methods, and distribution channels in Zwicky Box.

Strategic Rationale & Why to Apply

1Breaking the familiarity bias: the human mind by default puts familiar pieces together; The morphological table imposes unusual connections.
2Ensuring completeness: You make sure that no potential combination in the market is hidden from the team.
3Exponential generation of options: With 4 dimensions and 5 modes, 625 different product configurations are immediately in front of you.
4Objectivity in evaluation: each resulting option is a transparent coordinate in the matrix, and its technical review is done much more precisely.

Conceptual Framework & Book Method Description

"Morphological Analysis" was invented by Swiss astrophysicist Fritz Zwicky at the California Institute of Technology. In this method, the complex problem is broken down into a number of independent parameters or dimensions (for example, energy source, body material, user interface, and transportation method). For each dimension, all possible states are listed in horizontal rows. Then, by drawing different paths among this matrix (Zowicki's morphological box), hundreds of novel combinations are extracted and feasible.

Step-by-Step Real-World Implementation Scenario

Designing a new generation of Zwicky matrix camping and emergency flashlights
1
Step 1: Determining the fundamental parameters of the productThe design team chose 4 key dimensions: energy source, type of light radiation, installation method, and peripheral feature.
2
Step 2: List all states of eachdimension of energy: (solar, hand dynamo, liquid battery, thermoelectric); Light: (focused LED, 360 degree neon strip, laser, infrared); Deployment: (magnetic clip, forehead strap, suction base, floating in water); External: (power bank, UV water purifier, alarm whistle, thermometer).
3
Step 3: Search for unusual combination routesA route was selected: 'Motion dynamo + 360 degree neon strip + suction base + UV water purifier'.
4
Step 4: Technical and market evaluation of the combinationThe selected combination was a floating light that was charged at the same time as the water in the backpack moved and disinfected the drinking water with UV rays.
5
Step 5: Prototyping and successful launchof a product called "Mountain Water Purifier Lamp" was produced and won the camping equipment innovation award of the year.

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