Reassessing Undergraduate Polymer Chemistry Laboratory Experiments for Virtual Learning Environments

Area of Science:

• Chemistry Education
• Polymer Science
• Virtual Learning

Background:

• The COVID-19 pandemic necessitated remote chemistry laboratory education, highlighting challenges in replicating in-person learning.
• Virtual and remote learning options have emerged as crucial alternatives for delivering chemistry laboratory experiences.
• Traditional laboratory experiments are vital for developing essential synthetic, analytical, and instrumental skills in undergraduate chemistry students.

Purpose of the Study:

• To assess the current state of virtual polymer experiments within emerging virtual learning environments.
• To provide recommendations for effectively incorporating polymer laboratory experiments into virtual settings.
• To enhance the accessibility and engagement of polymer chemistry education through virtual platforms.

Main Methods:

• Review of existing virtual and remote learning techniques applicable to chemistry laboratories.
• Analysis of the underrepresentation of polymer lab experiments in virtual settings.
• Identification of strategies for translating polymer lab experiments into virtual formats.

Main Results:

• Virtual learning techniques, including kitchen chemistry, at-home labs, and digital environments, can effectively teach chemistry.
• Polymer lab experiments are currently underrepresented in virtual learning platforms despite their importance.
• Virtualization of polymer experiments can improve accessibility and prepare students for industrial and academic roles.

Conclusions:

• Virtual lab experiments offer a complementary, cost-efficient, safe, and environmentally sustainable approach to traditional labs.
• Increased implementation of virtual polymer experiments can foster interest in polymer science and scientific research.
• Virtual learning environments present a significant opportunity to advance polymer chemistry education and promote diversity in STEM.