Informatics students across the globe learn to collaborate in second life

Area of Science:

• Health Informatics
• Online Education
• Virtual Learning Environments

Background:

• Online programs are crucial for training healthcare professionals in informatics.
• Diverse educational tools are employed in these programs.
• Global collaboration presents unique pedagogical opportunities and challenges.

Purpose of the Study:

• To describe the experiences of a globally distributed student team.
• To evaluate the use of Second Life as a collaborative platform for a system life cycle course.
• To identify benefits and challenges of a Virtual Clinic environment.

Main Methods:

• Four international students participated in a system life cycle course.
• The virtual world Second Life was utilized as the primary collaborative platform.
• The Virtual Clinic served as the setting for practical application and team interaction.

Main Results:

• The study highlights the feasibility of global collaboration in health informatics education.
• Second Life facilitated team-based learning and engagement in a simulated environment.
• Specific benefits included enhanced communication and accessibility, while challenges involved technical issues and time zone differences.

Conclusions:

• Virtual environments like Second Life can support collaborative learning for healthcare informatics professionals.
• Careful consideration of technical and logistical factors is necessary for successful implementation.
• This approach offers a scalable model for international health informatics training.