Research

TRIZ Hoover Dam Case Study: Tunnel-Boring Innovation Workshop

Facilitate a multi-stage TRIZ innovation workshop for the Hoover Dam tunnel-boring challenge. Clarify the challenge and constraints, analyze users and subproblems, generate and refine ideas using TRIZ methods, and select the strongest solutions.

15 steps 1 variables English

Prompt template

Run these steps in order.

01
Summarize the challenge challengev2 using the TRUE NORTH format, detailing the headline, narrative, objective, restrictions, tactical constraints, and starting points for ideation.
02
List all constraints and restrictions associated with challengev2, and confirm that generated ideas will adhere to them.
03
Identify potential users affected by challengev2 and provide two objectives per user in a chart with columns for user, objectives or challenges, contradictions, and ideal state.
04
Break down the key challenges into manageable sub-challenges to facilitate problem-solving.
05
Perform a TRIZ Contradiction Analysis on up to 10 significant contradictions, generating one specific, unique solution idea per contradiction.
06
Conduct a TRIZ Functional Analysis to identify main functions and sub-functions, then generate 10 specific ideas addressing functional contradictions.
07
Conduct a TRIZ System Operator Analysis of the challenge and its subproblems, then generate 10 specific, unique ideas.
08
Use TRIZ-inspired scenario planning to identify bottlenecks in the ideas generated so far and propose ideas to address them.
09
Benchmark the ideas generated so far against known solutions to assess their relevance and usefulness, then generate 10 additional ideas.
10
Generate 80 unique ideas using the 40 TRIZ inventive principles, with two ideas per principle.
11
Generate another 80 ideas by combining TRIZ inventive principles with other TRIZ methods, including Su-Field Analysis and Standard Solutions.
12
Identify the 10 strongest ideas generated so far and suggest improvements for each using additional TRIZ inventive principles or combinations of principles. Present the results in a chart with columns for original idea, source, new principle or principles applied, and improved idea.
13
Create two sets of three related stimuli based on the work so far, then combine the stimuli with the top ideas to generate 90 ideas.
14
Compile all ideas generated into charts with columns for idea name, idea description, source, value, meaningfulness rating from 0 to 10, uniqueness rating from 0 to 10, and score calculated as 0.6 × meaningfulness score × 0.4 × uniqueness score. Collect the ideas step by step.
15
Select the 10 ideas most likely to meet the objectives and constraints in challengev2. Present them in a chart with columns for idea name, idea description, and objectives delivered.

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