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This study aims to explore the impact of applying a blockchain-based information system in the international students’ administrative workflow in the context of a public research university in the USA.

Specifically, a prototype of the blockchain-based information system was developed and tested. The system has the potential advantages of being more efficient, more transparent, faster and safer.

The results show that digital registration could increase student registration efficiency with a blockchain-based application.

There are also some limitations of this study. As an early exploration of the use of blockchain technology in higher education, this study could be further extended in several aspects: different institutions (e.g. private vs public school) may have different operational strategies towards international student affairs. The different administrative processes should be discussed in the context of different institutions, and thus the proposed system should be tested and evaluated based on the requirements of different institutions. Use experience and feedback from different users such as university administrators and students should be considered and investigated with respect to the necessary improvement of the proposed system. The extensibility and scalability of the system should be assessed to accommodate any potential modifications of the administrative process.

The findings show that a blockchain-based information management system has the potential to improve data transmission efficiency and protect information privacy.

Today’s undergraduate students have spent a significant portion of their lives using YouTube for various reasons, whether for entertainment, personal development or academic learning purposes. This study aims to investigate how system factors (i.e. reliability, usability and searchability), interaction factors (i.e. provider and user interactions) and content factors (i.e. format, relevance and coverage) affect undergraduate students’ satisfaction with YouTube and their intentions to adopt YouTube for learning purposes.

This research uses the information systems success model as its theoretical framework to explore the system, interaction and content factors associated with undergraduate students’ satisfaction with YouTube and their intentions to use YouTube for learning. The proposed hypotheses were examined by the structural equation modelling technique based on a survey with 345 undergraduate students at a Southeastern institution in the USA.

The results indicate that both system factors (including reliability, usability and searchability) and content factors (including format, relevance and coverage) have a statistically significant effect on students’ satisfaction with YouTube. This study also demonstrates that students’ satisfaction with YouTube significantly influences their intentions to use the platform for learning purposes.

The proposed research model provides a novel perspective in understanding the complex nature of students’ adoption of YouTube for learning purposes, led by both system and content factors mediated by satisfaction with YouTube.

This study suggests that when YouTube is intuitive to use and relevant content is added to the platform regularly, students are more likely to adopt this platform for learning purposes. As a result, it is critical that librarians remain aware of information-seeking practices and platforms used by students to tailor approaches to teaching information literacy to help students understand how to use the platform effectively.

Using the information systems success model, this research sheds light on the roles of system and content factors in undergraduate students’ satisfaction with YouTube and their intentions to use it for learning.

A mobile student information system (MSIS) based on mobile computing and context‐aware application concepts can provide more user‐centric information services to students. The purpose of this paper is to describe a system for providing relevent information to students on a mobile platform.

The research followed a design science approach, including surveys to argue for the relevance of the system and evaluation of different versions of the system using a mobile system acceptance model (MSAM).

It was found that the intention to use such services is high, in particular relative to services providing information based on localization and the personal schedule and interests of the student.

Several mobile systems exist that provide generic campus information for students and this paper describes one of the few systems of this sort of personalization which have been evaluated.

There has been a lack of an information systems architecture which explicitly illustrates processes that make and maintain the anonymity of student responses in an online system for student opinion survey of faculty teaching. The purpose of this paper is to present an information systems architecture which explicitly shows the process of disassociation of student credentials and their responses. It also shows that the process guarantees a complete anonymity of student responses.

The system was developed to satisfy the needs of students, faculty and administrators of a higher education institution with several objectives, one of which is the complete anonymity of student responses.

The system developers were successful in designing and developing a student opinion survey system that keeps student responses completely anonymous.

The anonymity of student responses improves students’ trust in the survey system and may increase student response rate. Other factors that affect student response rate should be analyzed to determine their effect on student response rate and adjust those factors to improve student response rate.

This paper shares the success of developing an information system that makes student responses anonymous. The goal is to increase the discussion of this topic among researchers and practitioners to further improve the system to increase student response rate.

The proposed information system architecture is novel because it keeps student responses completely anonymous.

A course in basic information retrieval principles and use of online document retrieval systems is a curriculum requirement for undergraduate computer science students at Stockton State College in New Jersey. A combination of theory‐oriented lectures and online search sessions using DIALOG enables students to observe course principles in action. An undergraduate course of this type differs significantly in content from those normally offered in graduate library schools in one primary area; while most students in graduate library schools are presumably aware of the functions and issues of index languages and library operations, undergraduate computer science students need to be taught the basics of these subjects. A corequisite course insures student background in the design requirements of deterministic data retrieval systems. This background provides a useful framework in which to explore index language limitations and design features of document retrieval systems which must provide multiple access points. The course has been enthusiastically received as evidenced by student participation, anonymous student evaluations and requests for the development of subsequent courses designed to prepare students for careers in the online information retrieval service environment.

This study aims to investigate whether epistemological assessment is a suitable approach to evaluate students’ learning of dietary knowledge via the use of an augmented reality (AR) information system. Students’ perceived dietary knowledge was compared before and after learning with the AR system. Two major questions were addressed: Did students improve their understanding of dietary knowledge after the use of AR information system? Did students gain more appropriate understanding of dietary knowledge after the use of AR information system?

A mixed-methods approach was used in the study. The mobile AR system was used among 65 volunteered non-nutrition-major college students recruited in campus. For promoting epistemological development of personal dietary knowledge, students practiced with life experiences to access daily dietary information. Pre- and post-tests of students’ understanding of dietary knowledge were compared. Interviews with 20 students were used for gathering in-depth research data to analyse students’ epistemological understanding of dietary knowledge.

The epistemological assessment indicated an improvement in learning after the use of the AR system. Students gradually gained awareness of dietary knowledge and changed their perceptions of their dietary behaviours. Epistemological approaches to the analysis of students’ conceptual change in dietary knowledge revealed a significant increase in the mean nutritional concepts (p < 0.01) and a decrease in their mean misconceptions (p < 0.001) after learning via the mobile nutrition monitoring system. Learning assessment of 65 students also indicated a significant increase from the post-test after learning with the system (p < 0.0001).

This study might have its limitations, as it only assessed learning using a pretest-posttest design for a specific learning context over a short period of learning time. The use of interviews based on the epistemological approach might have its limitations in the interpretations of the phenomenon. Future implementations can also be extended to different populations to promote self-monitoring dietary behaviours.

The findings of this study will contribute to the application of AR in learning about dietary knowledge. The research involving in-depth observation of students’ learning relevant to personal nutritional information needs via mobile AR might provide potential contributions to dietitian professionals and health education.

The purpose of this paper is to exhibit the integration of learning and study strategies inventory (LASSI) with the City University of Hong Kong information systems to promote teaching and learning within the university.

From the 2006 entry cohort, all undergraduate freshmen at City University of Hong Kong are required to complete LASSI online through Administrative Information Management System (AIMS). Each student is required to take LASSI at three specific times during their undergraduate careers. With the cooperation of H&H publishing, City University has developed a program within AIMS to upload LASSI results of individual students so that the students can view their scores whenever they wish to. In addition to helping the students develop their learning and study strategies, the integration between LASSI and the university's information system provides academic staff with aggregated LASSI scores for their students.

The integration of LASSI with the university's information systems is found to be useful as students have the possibility of reviewing their progress in terms of learning and study strategies while teachers can design appropriate teaching and learning activities according to the relative strengths and weaknesses in learning of their own classes to assist students. In addition, the input of LASSI data to the City University AIMS helps administrative personnel correlate LASSI results with the other detailed information available in the AIMS.

This paper provides other institutions with insights into the integration of LASSI with the university's information systems to enhance the teaching and learning environment within the university. It aims to inform decision makers of issues in centralizing and accessing students' data to improve teaching and learning.

The e-learning-based approach is critical in keeping the wheels of education turning in the face of the COVID-19 epidemic. In this scenario, analyzing the implementation of the e-learning system is required to properly grasp the needs. The purpose of this paper is to demonstrate the relationship between technical system quality, information quality, service quality, educational system quality, support system quality, learner quality, instructor quality, perceived satisfaction, perceived usefulness, e-learning system use and benefits.

This study was carried out by giving online questionnaires to students attending private institutions in Indonesia. A total of 593 students participated in the study and provided responses. The structural equation model, which is supported by the program WarpPLS7.0, is used to analyze the data.

Maintaining the quality of the technological system, the information system, the learners and the educational system can help achieve the goal of increasing perceived utility. In the meanwhile, factors such as inadequate service quality, educational system quality, support system quality and teacher quality can all pose challenges to perceived levels of satisfaction. To get the most out of e-learning apps, users' expectations about how fun, useful and easy to use they are need to be met.

This study was carried out in the midst of the COVID-19 epidemic with a restricted number of participants from Indonesian institutions of higher education. This research has the potential to be expanded into a variety of different types of higher education in the future.

The main thing that will determine whether an e-learning system model works is the quality of the learners.

The institution should think about changing the material offered in the e-learning system to make it easier for students to grasp by describing the current material and providing digital handouts of lecturers' explanations. This study expanded the e-learning system success model and applied it to the evaluation of e-learning deployment in Indonesian higher education. This study will improve student comprehension of the e-learning model and contribute to the body of knowledge about e-learning applications and technology.

First, this article seeks to establish a conceptual model for campus information systems for students, in order to make their comparison possible for strategic management purposes. Second, it seeks to test this conceptual model in a fieldwork on Spanish higher education institutions, in order to relate information system's characteristics with other organizational features.

The conceptual model was based on socio‐technical information systems and knowledge management literature. A holistic vision of higher education student's information needs was kept into account. Data about Spanish universities were gathered by means of structured visits to institutional websites and structured interviews with undergraduate students. Data were analyzed with multivariate statistical techniques.

From multivariate analysis, a classification was obtained for Spanish universities into three clusters with homogeneous characteristics, in the sense of informational and organizational aspects. These clusters are discussed in temporal terms and with some individual examples.

Campus information systems need to be broadly characterized for strategic information management purposes. The proposed and tested model is a step to address their characterization.

This user centered information systems conceptual framework is set up to obtain a global vision of new information and learning electronic environments in campus. Its application in a fieldwork on Spanish universities offers new insights about informational and organizational features in higher education.