Developing an Innovative Medical Training Simulation Device for Peripheral Venous Access: A User-Centered Design...

Area of Science:

• Medical Education
• Healthcare Simulation Technology
• Human-Computer Interaction

Background:

• Healthcare students often lack sufficient time for procedural skills training, increasing the risk of errors in patient care.
• Existing simulation devices may not align with the practical needs and experiences of educators and trainees, hindering technology adoption.
• There is a critical need for effective training solutions to build procedural competence in novice healthcare professionals.

Purpose of the Study:

• To describe the development of a novel simulation device for procedural task training.
• To propose strategies for actively involving educators and trainees in the simulation design process.
• To enhance the long-term learning experience and effectiveness of simulation-based education.

Main Methods:

• A participative design approach grounded in ethnographic principles was employed.
• Iterative cycles of user testing, development, and refinement were conducted.
• Methods from design and anthropology were integrated to ensure user-centered development.

Main Results:

• The study successfully developed an innovative simulation device through a user-centered process.
• Identified effective tactics for engaging educators and trainees in the development lifecycle.
• Demonstrated the value of integrating design and anthropological methods in simulation development.

Conclusions:

• Simulation devices developed with direct user involvement are more likely to resonate with students and educators.
• This approach can lead to more significant and effective learning experiences in procedural skills training.
• Future simulation device development should prioritize participative design and user-centered methodologies.