Use of algorithmic thinking in education has received significant attention as it is grounded on thinking and performing the necessary action in line with a clearly defined purpose. The current study aimed to probe prospective classroom teachers' views on algorithmic thinking skills and use of these skills in education. The research data were…

Despite a focus on teaching mathematics through challenging, problem solving tasks, there has been limited research into student attitudes towards these learning experiences. To address this gap in the literature, we asked 52 Australian primary students who had recently experienced mathematics taught in this manner to convey their feelings about…

Although there are many examples of activities for using STEM in the preschool education, the number of studies on how these activities can be used in practice, how children can react, and what kind of products they can design are limited. The aim of this study is to implement the STEM activity called "How do I carry the eggs without…

Digital escape rooms can transform any lesson into an engaging learning environment. This article describes the implementation of a digital escape room in an undergraduate educational technology course for preservice teachers. The digital escape room was designed and developed using a 10-step process and covered the topic of gamification.…

Several teaching moves have been suggested to support young children's simple addition and subtraction performance, including use of a number path, directly modeling addition and subtraction, using mathematical symbols, and modifying problem difficulty. In the present study, teacher-researchers implemented an early arithmetic activity, "Big…

Digital culture and creativity are often framed as immaterial (Casemajor, 2015), distinct from traditional media, such as paint and clay, and divorced from the immediate, embodied, and political realities of the arts classroom. 3D printing troubles this distinction, providing a concrete way for students' digitally created artifacts to manifest in,…

In this paper, we will discuss a type of activity that lets the mathematics classroom become a place where students can learn more than mathematical content. Specifically, students can learn interdisciplinary skills in the area of communication (both verbal and non-verbal) and debate skills that are often taught in communication or English…

The human capital in the Zimbabwean labour market lacks the capacities to critically and creatively address technological, economic and industrial challenges. The new education policy, Education 5.0 requires graduates to design solutions to these problems. This conceptual paper demonstrates that the required creative and critical skills necessary…

The Feuerstein Instrumental Enrichment (FIE) Program is a process-oriented program based on "Structural Cognitive Modifiability and Mediated Learning Experience" (SCM-MLE) theory. It is aimed at promoting learning how to learn, development of deficient cognitive functions, problem-solving strategies and metacognitive abilities. The FIE…

Purpose: The purpose of this paper is to revisit previous design principles and guidelines for online makerspaces in public libraries (Kim et al., 2020) and expand the design principles with more updated implications and examples from the literature published during and after the COVID-19 pandemic. Design/methodology/approach: The authors reviewed…

This article reports on the solutions of a group of 22 students, aged 15/16 years old, when facing a statistical modelling activity. They were given the salary lists of 5 companies and were asked what could be said about their salary structure; no hint was given. The results show that students not only used a wide range of data concepts and…

In this paper we present two simulations designed with GeoGebra that illustrate dynamically a key concept in Vector Calculus: line integrals of vector fields, along with other associated mathematical properties and applications. Students are not required to know the GeoGebra environment: a user-friendly interface with buttons, functionalities and…

Seventy-five participants from one suburban high school formed 21 teams with 3-4 members each for the Future Problem Solving Program International (FPSPI). Students were selected to participate in either the regular FPSPI or an enhanced FPSPI, where multiple group training activities grounded in problem-solving style were incorporated into a…

Expert designers determine what problem needs to be solved by creating a frame that allows the identification of potential solutions. However, it is unclear how students learn to generate these frames effectively, particularly in relation to ethical decision-making and selecting appropriate constraints. In this study, undergraduate and graduate…

This working group continues to develop a research program on the practice of launching mathematical tasks and its resulting impact on learners. Our research agenda contains two strands of inquiry exploring (1) theory and framework building concerning effective launches and (2) empirical examination of the link between launching and opportunities…