Smart digital education and scientific programming

Submission Deadline: 05 January 2023 (closed) View: 132

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Summary

Software applications for smart surroundings, such as smart surveillance, smart healthcare, industrial automation, and so on, have risen to the forefront of computing in recent years. Technology is rapidly evolving and infiltrating our lives in the knowledge and information society. Digital education debates are currently a major topic of research. With the introduction of the coronavirus (Covid-19) and its tremendous influence on the education industry, concerns about digital education have reached a new high. People presently live in a world dominated by digital technologies and the Internet. The evolution and trends in social structure with regard to the use of technology have already altered not only how we live but also how we obtain knowledge. Traditional classroom activities have been placed on hold and suspended since the beginning of the COVID-19 epidemic. Institutions and organizations are shifting their teaching from the classroom to the internet in order to provide their students with a safe, flexible, and convenient education.

The international market requires information technology professionals that not only have good technical knowledge but also the ability to communicate that knowledge in a cross-cultural context. Students' ability to gain professional knowledge and solve professional challenges is cultivated through digital education in colleges and universities. Meanwhile, they work to improve students' ability to transmit professional information through language. In terms of the status and use of information technology in higher education, most colleges and universities continue to use the traditional "teacher-oriented" cramming teaching method, which results in a general lack of comprehensive professional ability, teamwork ability, and oral expression and communication ability among students. In this context, novel research on the teaching mode and method of information technology in the classroom is a new topic that needs to be explored urgently in order to boost the training of information technology talents.

The goal of this special issue is to bring together academic researchers and industry practitioners to exchange and discuss the most recent advances in programming aspects aimed at modelling and system design for higher education institutions to focus on the development of students' and teachers' digital education, create relevant learning strategies, and use appropriate tools to improve educational quality. The submission of original research and review articles is encouraged.

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