Generative artificial intelligence (GenAI) has become a commonly used technology on campuses by students, faculty, and administrators. Research indicates that more programs and schools are teaching artificial intelligence (AI)-related concepts, but relatively few have comprehensive policies governing AI use on campus--and there is a significant…

To address existing challenges in teaching theoretical mechanics and enhance instructional quality, the teaching team implemented innovative reforms. Guided by a "student-centered" philosophy and powered by digital intelligence technologies with "Chaoxing" AI as the engine, the course reconstructed a three-dimensional objective…

In the 21st century, Artificial Intelligence (AI) has become an important element of human experience. Its application in English-language education should enhance students' linguistic abilities. However, there is a scarcity of research on the anxiety and demotivation in them that occurs from incorporating AI in teaching and learning English on…

Background/purpose: This study examines the behavioral factors influencing the adoption of AI-powered generative technologies in higher education and their impact on students' cognitive engagement--a crucial element of sustainable, inclusive, and high-quality learning, as envisioned by UNESCO's Sustainable Development Goal 4 (SDG4). The study…

This study focuses on the interpretation and implementation of artificial intelligence policies in higher education for mainland China, Hong Kong and Macau. The researchers applied a conceptual comparative review of regulatory frameworks and institutional discretion by utilising Policy Implementation Theory and Multi-Level Governance. From the…

Since 2022, Artificial Intelligence has taken the education field by storm, resulting in a proliferation of research on AI's benefits, challenges, and pitfalls. A particular area of concern and uncertainty centers around AI and its impact on higher-order thinking skills. This qualitative systematic review comprising 31 articles aims to gather and…

There is a clear disconnect between the linear and deductive presentation of written proofs and the non-linear and messy process of constructing one. This disconnect poses challenges for students who do not often have opportunities, or the necessary supports, to navigate the transition between the two, quite often contributing to feelings of…

Artificial intelligence (AI) and its subfield, machine learning, have become indispensable across various industries. With the aid of low-code/no-code development platform like KNIME, understanding and applying machine learning algorithms has been simplified for various fields, including business and information systems, as these platforms reduce…

Digital multi-representation applets offer promising opportunities for promoting students' conceptual understanding by dynamically converting graphical and symbolic representations and for promoting discoveries and justifications of mathematical properties. However, learning effects of open-ended multi-representation applets seem to depend on…

This study investigates ChatGPT's efficacy in fostering autonomous ESP writing development across different proficiency levels, while systematically evaluating its strengths and limitations in enhancing specific writing competencies. A quasi-experimental pretest-posttest design was employed with a purposively sampled cohort of 176 Saudi university…

Building on the "hole in the wall" experiments and TED Prize project (2014-2016), this study examined long-term sustainability and impact of the School in the Cloud (SC) initiative using Self-Organised Learning Environments (SOLEs) and minimally invasive and technology-mediated pedagogy in India, the UK, and the USA. Grounded in emergent…

The author, Sirin Budak, discusses how to model the problem of a frog climbing out of a well using piecewise functions and GeoGebra.

Knowledge Management Systems (KMS) have been used to provide automated assistance to customers in different organizations from diverse sectors. In the context of higher educational institutions (HEIs) especially in universities, research indicates that KMS assist universities with quicker response time to key issues, share vital knowledge, improve…

This scoping review addresses internationally published empirical studies on the subject of technology-enhanced creativity. The study aims to identify the types of technological tools used to enhance students' creativity and examine how technological tools can support students' creativity in K-12 music education. This review selected and analyzed…

This dissertation was designed to better understand the perceptions of elementary teachers that use a digital platform to implement STEM. There was limited information about how and why elementary teachers lack the pedagogical practice and instructional tools needed to implement STEM in elementary school. In addition, the idea of STEM education is…