Guidewire Safety

A medical-device course brief about making guidewire systems safer and less error-prone.

See Text Problem Catalog for the text family index.

Quick Facts

Field	Value
Problem ID	ideation_guidewire_safety
Problem Family	text
Implementation	TextProblem
Capabilities	citation-backed, prompt-packet, statement-markdown
Study Suitability	human-subjects-ready, ideation-friendly
Tags	text, human-subjects, ideation, medical, guidewire, safety

Taxonomy

Formulation

textual_prompt

Is Dynamic

no

Orientation

engineering_practical

Objective Mode

qualitative

Constraint Nature

open

Tags

text, human-subjects, ideation, medical, guidewire, safety

Deliverable Type

concepts

Timebox Hint (Minutes)

60

Participants

team

Evaluation Mode

idea_generation

Statement

To design a guidewire that’s safe and prevents human errors.

Prompt Profile

Field	Value
Deliverable Type	concepts
Timebox Hint (Minutes)	60
Participants	team
Evaluation Mode	idea_generation

Sources

Key	Summary
raviselvam_subburaj_wood_2019	Raviselvam, Subburaj, and Wood (2019). An Extreme User Approach to Identify Latent Needs: Adaptation and Application in Medical Device Design. ASME IDETC/CIE 2019, DETC2019-98266.

Raw Citation Records

Raviselvam, Sujithra, Karupppasamy Subburaj, and Kristin L. Wood (2019). An Extreme User Approach to Identify Latent Needs: Adaptation and Application in Medical Device Design. ASME IDETC/CIE 2019, DETC2019-98266.