Artificial intelligence integration, specifically ChatGPT, is becoming increasingly popular in educational contexts. This research paper provides a systematic literature review that examines the effects of incorporating ChatGPT into education. The study examines four primary research questions: the benefits and challenges of ChatGPT, its impact on student engagement and learning outcomes, ethical considerations and safeguards, and the effects on educators and teachers, based on an analysis of numerous scientific research articles published between 2022 and 2023. The results emphasize the numerous benefits of ChatGPT, such as the opportunity for students to investigate AI technology, personalized assistance, and improved learning experiences. Furthermore, advantages such as enhanced learning and enhanced information accessibility are identified. Nevertheless, ethical considerations and biases in AI models are also highlighted. ChatGPT enhances student engagement by offering personalized responses, prompt feedback, and rapid access to information, resulting in enhanced learning outcomes and the growth of critical thinking abilities. Ethical considerations and safeguards, including user education, privacy protection, human supervision, and stated guidelines, are essential for responsible use. The integration of ChatGPT transforms the role of educators from content delivery to assistance and guidance, thereby fostering personalized and differentiated learning. Educators have to consider ethical considerations while monitoring student usage in order to facilitate this transformation. Educational institutions can increase student engagement, learning outcomes, and the responsible use of AI in education by addressing challenges, establishing ethical guidelines, and leveraging the strengths of ChatGPT. This will prepare students for future challenges.

Blockchain technology holds many promises for the energy sector due to its features of immutability, consensus, security, decentralization, and automation by leveraging smart contracts. The Internet of Energy (IoE) is an emerging technology that provides the regulation of incoming data from different edge devices such as renewable sources, smart meters, and electric vehicles in a smart grid network and enables connectivity between them using the existing communication protocols. This paper proposes and implements a blockchainbased energy management system for an electric vehicle charging station at the University of Sharjah powered with a solar photovoltaic (PV) system. By leveraging smart contracts, we can manage and store the production data of the solar PV panels, and the power consumption data of the electric vehicles during the charging session. This study essentially focuses on the integration of blockchain in sustainable transportation to accelerate and promote renewable energies.