Exploring Accelerated Skill Acquisition via Tandem Training for Colonoscopy

New endoscopists require a large volume of expert-proctored colonoscopies to attain minimal competency. Developing multi-fingered, synchronized control of a colonoscope requires significant time and exposure to the device. Current training methods inhibit this development by relying on tool hand-off for expert demonstrations. There is a need for colonoscopy training tools that enable in-hand expert guidance in real-time. We present a new concept of a tandem training system that uses a telemanipulated preceptor colonoscope to guide novice users as they perform a colonoscopy. This system is capable of dual-control and can automatically toggle between expert and novice control of a standard colonoscope's angulation control wheels. Preliminary results from a user study with novice and expert users show the effectiveness of this device as a skill acquisition tool. We believe that this device has the potential to accelerate skill acquisition for colonoscopy and, in the future, enable individualized instruction and responsive teaching through bidirectional actuation.

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Publication Details

Journal
ArXiv.org
Published
2025-06-30
DOI
https://doi.org/10.31256/hsmr25.03
Primary Topic
Soft Robotics and Applications
Type
article
Field-Weighted Citation Impact
0.00
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article

Exploring Accelerated Skill Acquisition via Tandem Training for Colonoscopy

Nabil Simaan, Keith L. Obstein, O. W. Richards
ArXiv.org
Soft Robotics and Applications
article

Exploring Accelerated Skill Acquisition via Tandem Training for Colonoscopy

Nabil Simaan, Keith L. Obstein, O. W. Richards
article en

Abstract

New endoscopists require a large volume of expert-proctored colonoscopies to attain minimal competency. Developing multi-fingered, synchronized control of a colonoscope requires significant time and exposure to the device. Current training methods inhibit this development by relying on tool hand-off for expert demonstrations. There is a need for colonoscopy training tools that enable in-hand expert guidance in real-time. We present a new concept of a tandem training system that uses a telemanipulated preceptor colonoscope to guide novice users as they perform a colonoscopy. This system is capable of dual-control and can automatically toggle between expert and novice control of a standard colonoscope's angulation control wheels. Preliminary results from a user study with novice and expert users show the effectiveness of this device as a skill acquisition tool. We believe that this device has the potential to accelerate skill acquisition for colonoscopy and, in the future, enable individualized instruction and responsive teaching through bidirectional actuation.

ArXiv.org
Openalex Percentile: Top 65%
Soft Robotics and Applications
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