Mathematical games can be used to engage learners, promote fluency and deepen conceptual understanding. When considering the level of engagement of students, sometimes a small change can have a large impact. Something as simple as switching dice for cards in a game and, importantly, introducing a 'non-replacement' mechanism to the gameplay, can…

This article presents information relating to the use of a specific family of pedagogical approaches, namely gamebased approaches (GBAs), as a means to design physical education curricula that develops and recognizes learners as MKOs. Also discussed is Wiggins and McTighe's (2005) Understanding by Design framework and its use in designing a PE…

Active learning pedagogy has many documented benefits, and while several positive examples of its recent use in STEM classes have led to better performance, greater diversity, more equity, and improved retention of underrepresented student populations, more research in IS and IT classrooms is needed. Most active learning exercises are in a…

Board games are enjoying increased popularity with thousands of new games introduced annually. The most popular mechanical element of board games is rolling dice and economic topics rank in the top three most common board game themes. The dice game Left, Center, Right employs dice and is easy to learn. This essay presents a variety of social…

Australian primary school teachers have reported that they use games frequently in teaching mathematics. In this paper, the authors discuss the game mechanics of five types of whole-class games that can be particularly powerful for supporting mathematical thinking and student engagement in mathematics.

Authors Kevin McCaughey and Rick Rosenberg demonstrate techniques for using board games to stimulate student-centered language practice that is flexible, productive, engaging, and fun. The article includes tips for efficient game play and for using games with a variety of levels and class sizes. The authors show that playing board games for…

Coding is a process often associated with computers. Nevertheless, coding is a thought process that can be mastered even without a computer. In NSW, primary students are introduced to computational and algorithmic thinking as early as Stage 1. Yet, teaching coding to young students is not always easy for teachers, mostly because the process is…

This article discusses the implementation of interactive literacy approaches that maximize learning for students. Instructional implications are shared along with prospective benefits offered to students when practices are applied. It also provides educators with feasible, generative actions to adapt or incorporate as appropriate to their learning…

In this article, the authors share how gameplay with dominoes can leverage students' quantitative reasoning to promote number development and additive reasoning. This article explores three domino games (Basic Dominoes, Just Before/Just After, and Ten Train), and considers the following: (1) rules and details; (2) students' subitizing and unit…

This article connects the Teacher Educator Technology Competencies (TETCs) to specific technology tools, applications and resources that can be employed in PK-12 and higher education classrooms. The author introduces the TETCs and suggests technology tools for active use by teacher educators and teacher candidates. The article presents various…

This article focuses on using the cooperative board game "Pandemic"® to teach management. In "Pandemic," players must work together to cure four diseases and save the world. In this article, we suggest how it can be used in the classroom to teach decision making and also give guidance on how the game can help students learn how…

Pearson's Learning Foundations describe the optimal conditions for learning and reflect the learner experience Pearson hopes their products will create. Pearson does this by incorporating the Learning Design Principles. Each of the Learning Design Principles goes into detail about a key principle, supporting product design and marketing by…

Game-based learning offers a compelling prospect for innovative teaching and student engagement, but popular examples often involve either complex, time-consuming systems that invite high-order thinking, or simpler, quick versions that reward memorization. Far less common are games that fit low-stakes activities (such as concept review) but…

Game-based learning has received more focus as a way to engage students and increase interest in mathematics. Game-based learning should be integrated with effective practices for teaching mathematics, though these is a need for further research on effective implementation models. The purpose of this article is to describe two modes of game-based…

This article describes several ways to connect probability to other topics within mathematics, over a range of year levels, and across the curriculum. It includes a description of common issues and misconceptions, and practical learning activities to address them.