Contextualized simulation and procedural skills: a view from medical education

Area of Science:

• Medical Education
• Veterinary Education
• Simulation Technology

Background:

• Traditional clinical skills training faces challenges due to evolving healthcare demands.
• Technical advancements enable in vitro practice of procedures using physical models and virtual reality.
• Overemphasis on technical skills in simulation can neglect vital aspects like communication and professionalism.

Purpose of the Study:

• To explore the benefits of patient-focused simulation in clinical skills training.
• To examine the parallels between human and veterinary clinical procedures in simulation.
• To propose advancements in client-focused simulation for veterinary practice.

Main Methods:

• Review of existing literature on simulation in medical and veterinary education.
• Analysis of patient-focused simulation techniques combining simulated patients with equipment.
• Exploration of case studies and practical applications in human clinical settings.

Main Results:

• Patient-focused simulation effectively integrates technical skills with communication and professionalism.
• Realistic scenarios created by patient-focused simulation enhance clinical challenge replication.
• Parallels identified between human and veterinary clinical procedures suggest transferable simulation strategies.

Conclusions:

• Patient-focused simulation offers a more holistic approach to clinical skills acquisition.
• Client-focused simulation holds significant potential for advancing veterinary medical training.
• Enhanced collaboration between medical and veterinary professions can improve simulation-based education for both.