Collaborative innovation lab: rate & reflect simulation

Redzuan, Azah Farizah and Julaihi, Farah Ajlaa and Bidin, Zafikha Aida and Husin, Nur Illiana and Ejau, Ruth Lua (2025) Collaborative innovation lab: rate & reflect simulation. International Exhibition & Symposium On Productivity, Innovation, Knowledge & Education. pp. 89-92. ISSN 9789672948568
Abstract

Collaborative learning has emerged as a fundamental pillar in modern education and professional development, fostering critical competencies such as teamwork, communication, and problem-solving. Despite its benefits, one of the most persistent challenges in groupbased learning environments is the issue of free riding—where certain individuals contribute minimally to group tasks while reaping equal rewards. This behavior not only compromises the performance and productivity of the group but also raises concerns about fairness, demotivates high-performing members, and disrupts overall team cohesion. To address this problem, the proposed innovation introduces a Peer Assessment Evaluation Simulation specifically designed to identify, reflect on, and reduce free-riding behavior. The simulation immerses participants in structured, realistic group scenarios that demand active collaboration and collective decision-making. These simulated environments are intentionally crafted to reveal patterns of disengagement, while emphasizing the critical role of each member’s contribution to the team’s success. A central feature of this approach is integrating peer assessment and guided reflection. Participants are encouraged to evaluate their peers’ performance and their own, fostering a culture of accountability and continuous improvement. The simulation creates a safe, low-stakes setting where learners can practice giving and receiving feedback, enhancing their ability to navigate complex interpersonal dynamics and respond effectively in team-based situations. Data collected from participant questionnaires revealed that feedback and guided reflection were consistently recognized as essential components of effective simulation design. Simulations that incorporated these elements were found to significantly improve participants’ problem-solving skills, particularly in collaborative contexts. Through structured debriefings and reflective exercises, learners were able to critically examine their own behaviors, recognize areas for growth, and adopt more effective strategies for team engagement. This reflective process not only enhanced individual learning outcomes but also contributed to more cohesive team communication and improved decisionmaking under pressure.

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