Collaborative quizzes as a learning tool that increases students’ sense of belonging
Posted by anne.grey
Presenter: Ksenia Everton
Summary
In content-heavy science courses like Anatomy & Physiology, rapid pacing and complex terminology can create high stress for students. In this interactive presentation, PCC biology instructor Ksenia Everton demonstrates how implementing two-stage collaborative quizzes transforms standard testing into an active, high-impact learning tool that lowers test anxiety while strengthening student engagement and classroom belonging.
The collaborative quizzing process begins with a timed individual 15-question multiple-choice quiz. After turning in their individual answer sheets, students keep their question sheets and immediately join randomly assigned groups of three. Working together under a timer, each group discusses the questions, negotiates answers, and submits a shared consensus answer sheet. Individual performance accounts for 70% of the overall quiz grade, while the group consensus score accounts for 30%. Immediately following the group portion, Ksenia reviews the correct answers with the class to resolve misconceptions while the concepts are fresh in their minds.
The benefits of this strategy extend far beyond higher assessment scores. Classroom data shows that roughly 72% of students improve their scores during the group portion, and nearly half of group scores surpass the highest individual score in that triad—highlighting a powerful group synergy effect. Beyond academic gains, students practice vital professional soft skills such as communication, active listening, negotiation, and peer teaching, preparing them for team-based careers in healthcare while building lasting peer connections.
View Collaborative Quizzes Presentation Slides
Presentation Outcomes
- Structure Two-Stage Quizzes: Design and facilitate a two-part assessment model consisting of individual completion followed by group consensus testing.
- Promote Group Synergy and Active Recall: Leverage collaborative peer discussions to reinforce complex concepts, clear up misunderstandings, and improve retention.
- Develop Essential Soft Skills: Cultivate teamwork abilities, including time management, persuasive communication, active listening, and consensus-building.
- Enhance Student Belonging: Build structured peer interactions that reduce isolation, build community, and foster confidence in rigorous STEM coursework.
- Optimize Implementation Parameters: Determine ideal settings for group sizing, grading weighting, timing, and accommodations to suit specific course needs.
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