High-fidelity patient simulation: considerations for effective learning.

Area of Science:

• Nursing Education
• Medical Simulation Technology

Background:

• Undergraduate nursing programs require innovative teaching methods.
• High-fidelity simulation (HFS) offers a safe, controlled learning environment.

Purpose of the Study:

• To describe the implementation of HFS in an undergraduate nursing program.
• To evaluate faculty and student experiences with HFS resource development.
• To identify effective learning strategies within HFS.

Main Methods:

• Development of reusable simulation resources for team-based simulations.
• Utilized high-fidelity simulation technology.
• Collected faculty and student evaluations.

Main Results:

• Students reported positive learning experiences and valued real-time patient status changes.
• HFS provided a safe environment for competence development.
• Reflective debriefing was identified as a crucial learning element.

Conclusions:

• A team-focused, HFS approach can be cost-efficient for nursing education.
• Emphasis on reflective debriefing is essential for optimizing HFS learning outcomes.
• HFS is a valuable tool for enhancing nursing student preparedness.