Integrating Cloud Technologies into STEM–IT Teaching and Learning

Abstract

In contemporary education systems, the effectiveness of the STEM (Science, Technology, Engineering, and Mathematics) approach is significantly enhanced through the integration of information technologies, particularly cloud computing technologies. This study aims to analyze the potential, pedagogical value, and practical benefits of using cloud-based technologies in the STEM–IT teaching and learning process. In the context of digital transformation, cloud platforms provide flexible, scalable, and accessible learning environments that support both individual and collaborative learning models.

The paper examines key applications of cloud computing models—Software as a Service (SaaS), Platform as a Service (PaaS), and Infrastructure as a Service (IaaS)—within STEM–IT education. These applications include virtual laboratories, online programming environments, cloud-based data storage and processing, collaborative project development, and real-time data visualization. Particular attention is given to widely adopted platforms such as Microsoft Azure, Google Cloud, and Amazon Web Services (AWS), which offer extensive educational tools and resources for STEM learning environments.

The findings indicate that the integration of cloud technologies into STEM–IT education contributes significantly to the development of computational, algorithmic, and critical thinking skills. Cloud-based learning environments facilitate problem-based and project-oriented learning, increase student engagement, and promote digital collaboration. Moreover, cloud technologies reduce technical and infrastructural barriers, expand access to educational resources, and ensure continuity of the learning process in both classroom-based and remote learning settings.

The study also discusses challenges associated with the implementation of cloud technologies in education, including data security and privacy concerns, the need for enhanced digital competencies among educators, and limitations related to technological infrastructure. The paper concludes with practical recommendations for the effective integration of cloud technologies into STEM–IT education, emphasizing their role in improving educational quality and preparing learners for future digital professions in a technology-driven society.