Research

TRIZ-based Innovation Workshop for Hoover Dam Tunnel Boring Challenge

This comprehensive workshop prompt guides users through applying TRIZ (Theory of Inventive Problem Solving) methods to address the challenge of speeding up tunnel boring during the Hoover Dam project. It includes defining the challenge in TRUE NORTH format, analyzing constraints,

17 steps 1 variables English

Prompt template

Run these steps in order.

01
Define the innovation challenge in TRUE NORTH format, including mission headline, narrative on importance, objective, restrictions, tactical constraints, and starting points for idea generation.
02
Summarize the challenge, listing all constraints and restrictions, and confirm adherence during idea generation.
03
Identify potential users affected by the innovation; for each user, define two objectives or challenges, contradictions, and ideal states in a chart format.
04
Break down the key challenges into sub-challenges to simplify problem-solving.
05
Conduct a TRIZ Contradiction Analysis to identify up to 10 key contradictions and generate one unique, specific idea per contradiction.
06
Perform a TRIZ Functional Analysis examining system functions to generate 10 unique, specific improvement ideas.
07
Use TRIZ System Operator Analysis to explore system elements across time and scale, generating 10 unique ideas.
08
Apply TRIZ-inspired scenario planning to identify bottlenecks among generated ideas and develop solutions to overcome these.
09
Benchmark generated ideas against known solutions to ensure relevance and utility; generate 10 new ideas.
10
Generate 80 unique ideas based on the 40 TRIZ inventive principles (two ideas per principle), ensuring uniqueness via semantic similarity checks.
11
Generate an additional 80 unique ideas combining TRIZ inventive principles with other TRIZ methods like Su-Field Analysis and Standard Solutions.
12
Identify the 10 strongest ideas so far; for each, propose improvements using additional TRIZ inventive principles and present results in chart format.
13
As an innovation expert, create two lists of three stimuli each; combine these with top ideas to generate 90 new ideas.
14
Repeat identification and enhancement of the top 10 ideas with additional inventive principles, documenting results in a chart.
15
Apply Functional Innovation methods (Eliminate, Combine, Separate, Copy, Segment, Vary, Maximize, Invert, Adapt, Magnify, Import) to generate 20 unique ideas per method, clearly stating method and components involved, ensuring uniqueness.
16
Compile all generated ideas into a comprehensive chart detailing name, description, source, value, meaningfulness rating, uniqueness rating, and weighted score.
17
Review all ideas and select the top 10 best meeting objectives and constraints; present these in a clear chart with idea names, descriptions, and objectives delivered.

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