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Playful Assessment

When we look at today’s schools as a system, it is easy to see that one important component of that system is assessment, and that in order to improve the whole system, we must have assessments that work well with all other components. In recent years there has been a push for instruction to become more student-centered and engaging, but we have not seen as much of an attempt to transform assessment in these same ways. Unless we change how students are assessed in today’s education system, we won’t see a significant change in the system as a whole. For this reason, assessment is a key leverage point that can have a significant impact on how students learn in schools. Building on years of research experience in game-based learning and assessment, researchers across The Education Arcade and The Teaching Systems Lab are well positioned to innovate on the assessment experience for teachers, teacher educators, students, and designers.

The core principle of our work is that both creating and implementing assessments should be playful and authentic. If learning is fun, as it can and should be, then there’s no reason the fun should stop when the assessments come out. In many cases these should be formative assessments that are woven throughout learning experiences rather than interrupting the flow of an activity. They should be authentic in that the interactions feel relevant and students know why they are using them. A well-designed assessment should be seen as a tool to help students learn and progress, rather than as a threat or ultimatum. Designing these tools as performance assessments is key as they should put learners in situations where they must use their skills and demonstrate their abilities, rather than simply answer questions about them. In this way, the assessments can track a variety of skills beyond traditional content knowledge. In order for these playful, authentic performance assessments to be successful, educator competency is of utmost importance. Teachers need to understand where assessment data is coming from, how to interpret it, and how to act on it, and even be able to adapt ideas to create their own playful assessments. Therefore, we are expanding our work beyond the student experience of assessments, to support teacher competencies through PD materials and practice spaces.


The mission of our playful assessment work includes three main strands:

1. Explore ways to design playful assessments for the learning experiences being designed by teams within TSL and TEA. This keeps our own group accountable and ensures a consistent approach to assessment across our projects. It will result in a portfolio of innovative performance assessments that demonstrate our approach.

Example: A culminating activity to demonstrate how teachers’ thinking about assessment design has changed through playing MetaRubric.


2. Take on standalone assessment-focused projects. This allows us to develop the PAPA approach in K12 classroom settings and experiment with content and formats. Such projects will aim to develop a replicable process of designing and developing high-quality playful assessment tools.

Example: Our current Game-based Assessment project consists of short, frequent assessment activities for middle school math that provide students with real-time feedback and present teachers with actionable data.


3. Develop educators’ skills in implementing and understanding these tools so that the results can directly inform teachers’ classroom practice, and so that teachers gain the skills to produce their own playful assessments. Teacher education is the link that ensures that our innovative assessment tools have an impact on real classrooms and are used in meaningful ways.

Example: Our current Beyond Rubrics project in collaboration with MakerEd centers on toolkits for designing assessments for maker projects. It will also develop a program to train teachers working in makerspaces in how to design and implement those assessments.

Advisory Board


Jim Gee


Kylie Peppler


Kevin Miklasz

Playful Assessment Projects

Game-Based Assessment

The MIT Education Arcade, in collaboration with the Teaching Systems Lab, is creating a game-based assessment system that gives students and teachers access to ongoing authentic assessments that [...]


MetarRubric is a playful learning experience that is designed to show how complex, and even fun, assessment can be.

Contact us about these projects!

  • Yoon Jeon Kim
    Yoon Jeon Kim Research Scientist

    Yoon Jeon “YJ” Kim is a research scientist at the Teaching Systems Lab. Yoon Jeon’s research centers on the design and development of learning and assessment in technology-rich environments, particularly video games and simulations. She also has been working closely with teachers co-designing curricula that incorporate emerging technologies within STEM domains for the purpose of supporting “21st Century Skills” such as systems thinking and science inquiry.


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