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This paper aims to provide quantitative and qualitative data on students' use of mobile devices and to consider the benefit of academic mobile library services to students. Design/methodology/approach - Initial mobile library research included an online survey that attracted 1,716 participants. This was followed up with two discussion groups of six undergraduate and five postgraduate students. The survey followed-on from an earlier survey conducted by the University of Edinburgh's Information Services (IS) in March 2010. Findings - The dramatic growth of smartphone ownership among students in an eight-month period was surprising: a 17 per cent increase between March and November 2010. In addition, 68 per cent of students who plan to change their mobile handset would upgrade to a smartphone. Research limitations/implications - As students were unable to provide feedback on University of Edinburgh's own mobile library services, their feedback is speculative and subject to change. Practical implications - The paper provides evidence for libraries to determine the value of developing their own mobile services. It also demonstrates the proliferation of mobile device usage within the university and library context and indicates which services students would find most useful on a mobile device. Originality/value - The paper provides insight into a rapidly moving area of technology as demonstrated through the research. The increasing use of mobile devices among students is important to acknowledge. The role of the academic library is to embrace changing student behaviour by providing services optimised for mobile devices. [Abstract from ProQuest Research Database (at ESC)] Link: http://search.proquest.com.library.esc.edu/pqrl/docview/888252676/62B2CB0524347BEPQ/1?accountid=8067 Paterson, L., & Low, B. (2011). Student attitudes towards mobile library services for smartphones. Library Hi Tech, 29(3), 412-423. Retrieved from http://search.proquest.com.library.esc.edu/

The purpose of this paper is to explore the students' opinion of Jawaharlal Nehru University (JNU), New Delhi, regarding the use and success of mobile technology in the library environment for providing better services by library and their expectations from the library through mobile technology. Design/methodology/approach - A survey was conducted through a well-structured and precise questionnaire circulated personally among 200 students studying in Jawaharlal Nehru University for the academic session 2012-2013. Findings - The majority of students are in favor of using mobile technology for better services, and it is expected by the students that services should be provided to them by libraries through mobile technology. Furthermore, the study also explores the students' opinion on improved services using mobile technology. Research limitations/implications - The geographical area of study was confined to the students of the JNU, New Delhi, purely regarding their opinion on use and success of mobile technology by the library. The research results are limited to this environment only. Originality/value - The paper highlights the students' opinion of JNU regarding the use of mobile technology by the library for better services, and further it also explores the expectations of students from the library through this technology. [Abstract from ProQuest Research Library Database (at ESC)] Link: http://search.proquest.com.library.esc.edu/pqrl/docview/1633960190/D4F687B968B342A3PQ/1?accountid=8067 Kumar, A. (2014). Students opinion about the success of mobile technology in libraries. New Library World, 115(9), 471. Retrieved from http://search.proquest.com/docview/1633960190?accountid=8067

What is the current state of mobile services among academic libraries of the country's top 100 universities, and what are the best practices for librarians implementing mobile services at the university level? Through in--‐depth website visits and survey questionnaires, the authors studied each of the top 100 universities' libraries' experiences with mobile services. Results showed that all of these libraries offered at least one mobile service, and the majority offered multiple services. The most common mobile services offered were mobile sites, text messaging services, e--‐books, and mobile access to databases and the catalog. In addition, chat/IM services, social media accounts and apps were very popular. Survey responses also indicated a trend towards responsive design for websites so that patrons can access the library's full site on any mobile device. Respondents recommend that libraries considering offering mobile services begin as soon as possible as patron demand for these services is expected to increase. [Abstract from EBSCOHost Education Source: Full-text article available in ESC library databases.] Link: http://search.proquest.com.library.esc.edu/pqrl/docview/1691586122/5530379CBA1C4741PQ/3?accountid=8067 Yan Quan, L., & Briggs, S. (2015). A Library in the Palm of Your Hand: Mobile Services in Top 100 University Libraries. Information Technology & Libraries, 34(2), 133-148. doi:10.6017/ital.v34i2.5650

Robert, This link takes me to the ESC login, but after logging in I receive the following message: Failure to connect due an internal server error. I thought maybe this was due to a browser issue, but it occurred with Safari, FireFox & Chrome. I searched for and located the article online (http://ejournals.bc.edu/ojs/index.php/ital/article/view/5650/pdf) - the research is interesting. Research presented confirms that "mobile [library] services are already ubiquitous among the country's top universities". My university's library services, catalogs, databases, ebook collections, etc. are also all accessible via online access from the university's library website page and directly via a link every LMS course shell. We have standardized certain items in all our LMS course shells and a link to the university's library resources is one of these standardized course shell items. If students have the mobile LMS app on a tablet/phone, again, all library services, catalogs, databases, & I believe ebooks?, etc. are accessible.

To Mark: I added in a link to get to this article and to all the articles I posted in the commercial databases. It is very interesting that ALL the ERIC links work but all the commercial links directly to the full-text PDF articles do not. Robert, December 1, 2015 I am sorry about this. I copied the link directly. Perhaps it did not work because you have to log in to the database first. The link will not take you there because you need to authenticate first, etc. Anyway, you can find the article in the EBSCOHost Education Source by title in the ESC databases. I realize that you already found it at another web site. That's OK, too. As long as you can access it. -- Robert

This article examines technology trends in higher education and how they impact student habits and preferences in college libraries. A study was conducted among students at the Sam Houston State University in East Texas to investigate their usage of electronic devices and technologies such as text messaging, Twitter, podcasts, Really Simple Syndication (RSS) feeds, and social networks. Results indicate that students do wish that basic library services were available through the most popular social networking sites and Internet technologies. Topics include a review of literature consulted, methods used, and the demographics of the student body researched. [Abstract from ESC Academic Search Complete database] Link: http://eds.b.ebscohost.com.library.esc.edu/ehost/detail/detail?vid=7&sid=32d26eef-5aab-4af2-ad1a-c9624344797d%40sessionmgr115&hid=126&bdata=JnNpdGU9ZWhvc3QtbGl2ZQ%3d%3d#AN=61993848&db=a9h Cassidy, E. D., Britsch, J., Griffin, G., Manolovitz, T., Shen, L., & Turney, L. (2011). Higher Education and Emerging Technologies: Student Usage, Preferences, and Lessons for Library Services. Reference & User Services Quarterly, 50(4), 380-391.

Academic libraries have traditionally provided computers for students to access their collections and, more recently, facilitate all aspects of studying. Recent changes in technology, particularly the increased presence of mobile devices, calls into question how libraries can best provide technology support and how it might affect the use of other library services. A two-year study conducted at California State University San Marcos library analyzed student use of computers in the library, both the library's own desktop computers and laptops owned by students. The study found that, despite the increased ownership of mobile technology by students, they still clearly preferred to use desktop computers in the library. It also showed that students who used computers in the library were more likely to use other library services and physical collections. [ABSTRACT FROM AUTHOR] [Abstract from ESC Academic Search Complete database] Link: http://eds.a.ebscohost.com.library.esc.edu/ehost/detail/detail?vid=18&sid=777400f5-917a-43a0-83b8-26cdc83f8315%40sessionmgr4003&hid=4103&bdata=JnNpdGU9ZWhvc3QtbGl2ZQ%3d%3d#AN=89086995&db=a9h Thompson, S. (2012). Student Use of Library Computers: Are Desktop Computers Still Relevant In Today's Libraries?. Information Technology & Libraries, 31(4), 20-33

"The advantages of mobile technologies have not been lost on higher education institutions, and they have tried to provide educational services through the use of mobile learning management system (LMS). However, offering such services does not necessarily mean that the students will adopt the new technology. Thus, the purpose of this study was to examine what factors facilitate and hinder the students' adoption of the mobile campus. The study was based on the diffusion of innovation model and compared the perceptions of mobile LMS users and nonusers. Eighty-five students in a cyber university responded to the survey, and the results revealed that even though nonusers perceived the advantages of using mobile LMS, they did not adopt the system because of its complexity and resistance. A discussion and the implications for further development of mobile LMS followed." [Abstract from ERIC database.] Han, I., & Han, S. (2014). Adoption of the Mobile Campus in a Cyber University. International Review of Research in Open and Distance Learning. 15(6), 237-256.

Yousef, A. M. F., Chatti, M. A., Wosnitza, M., & Schroeder, U. (2015). A Cluster Analysis of MOOC Stakeholder Perspectives. RUSC. Universities and Knowledge Society Journal, 12(1). pp. 74-90. doi http://dx.doi.org/10.7238/rusc.v12i1.2253 Abstract "Massive Open Online Courses (MOOCs) are providing opportunities for thousands of learners to participate in free higher education courses online. MOOCs have unique features that make them an effective Technology Enhanced Learning (TEL) approach. Institutions are offering a growing variety of MOOCs. Nevertheless, there are several crucial challenges that should be considered in the development of MOOCs, e.g., the drop-out rate of over 95% of course participants. One of the potential reasons for that is the complexity and diversity of MOOC participants. This diversity is not only related to the cultural and demographic profile, but also considers the diverse motives and perspectives when enrolled in MOOCs. This paper aims to cluster and analyze the different objectives of MOOC stakeholders to build a deeper and better understanding of their behaviors. Our main finding was a set of eight clusters, i.e., blended learning, flexibility, high quality content, instructional design and learning methodologies, lifelong learning, network learning, openness, and student-centered learning. This cluster schema creates a meaningful picture for the MOOC community" (p. 71). This is a peer reviewed scholarly article that uses qualitative and quantitative methods to analyze survey data on MOOC instructors and learners. Responses were relatively low: 158. The context is unclear - where did they get the sampling frame from? And why did they combine the learners and instructors? So there is some question as to the sample and it cannot be generalized. That said, they are innovative in their qualitative analysis. The qualitative work analyzed the open ended questions in their survey. They used a research method that allowed them to catego

Jordan, K. (2014). Initial trends in enrolment and completion of Massive Open Online Courses. International Review of Research in Open and Distance Learning, 15(1), 133-160. Retrieved from http://www.irrodl.org/index.php/irrodl/article/viewFile/1651/2813 Abstract "The past two years have seen rapid development of massive open online courses (MOOCs) with the rise of a number of MOOC platforms. The scale of enrolment and participation in the earliest mainstream MOOC courses has garnered a good deal of media attention. However, data about how the enrolment and completion figures have changed since the early courses is not consistently released. This paper seeks to draw together the data that has found its way into the public domain in order to explore factors affecting enrolment and completion. The average MOOC course is found to enroll around 43,000 students, 6.5% of whom complete the course. Enrolment numbers are decreasing over time and are positively correlated with course length. Completion rates are consistent across time, university rank, and total enrolment, but negatively correlated with course length. This study provides a more detailed view of trends in enrolment and completion than was available previously, and a more accurate view of how the MOOC field is developing." p.133 This is a peer reviewed article by a frequently cited author from the Open University who has set up for other researchers a MOOC Research Literature Browser that currently has 257 annotated research articles. It was written in 2013 using enrolment and completion data that was available on the Internet. It lists the data in a long table (for transparency) and shows in graphs enrolment and completion analysis. The article's main contribution is the aggregation of data for a large number of courses undertaken from 2011-2013 on 3 US based platforms, data not readily ava

In this paper we report on two surveys and offer an introductory plan that librarians may use to begin implementing mobile access to selected library databases and services. Results from the first survey helped us to gain insight into where students at Utah State University (USU) in Logan, Utah, stand regarding their use of mobile devices for academic activities in general and their desire for access to library services and resources in particular. A second survey, conducted with librarians, gave us an idea of the extent to which responding libraries offer mobile access, their future plans for mobile implementation, and their opinions about whether and how mobile technologies may be useful to library patrons. In the last segment of the paper, we outline steps librarians can take as they "go mobile." [PUBLICATION ABSTRACT] [Abstract from ProQuest Research Library Database (at ESC)] Link: http://search.proquest.com.library.esc.edu/pqrl/docview/1022030098/E42CA3FE9EF84F7CPQ/1?accountid=8067 Dresselhaus, A., & Shrode, F. (2012). Mobile technologies & academics: Do students use mobile technologies in their academic lives and are librarians ready to meet this challenge? Information Technology and Libraries (Online), 31(2), 82-101. Retrieved from http://search.proquest.com/docview/1022030098?accountid=8067

The purpose of this paper is to determine how students at the University of Regina would like to interact with the library on their mobile devices and how to best construct a mobile site to suit the university community's needs. Design/methodology/approach - A survey was designed to gather feedback from the university community on their use of mobile devices and how they would want to use the library's resources and services via their mobile device. This survey also attempts to better understand how academic libraries can provide effective mobile services. A questionnaire was developed and distributed to several Canadian academic libraries. Its purpose was to discover what other institutions were doing with mobile technologies. Findings - The survey found that 95.4 percent of students that responded to the survey had a smartphone and 75 percent of them used their mobile phone to access the web. The survey indicated that the library catalogue was the most popular resource chosen to become mobile enabled. The questionnaire distributed to other Canadian academic libraries showed that some libraries were designing and building web apps, while others were creating native apps. Originality/value - With the increase of mobile technology availability and the demand for accessible mobile content, it is imperative that libraries examine how they can provide services to their patrons within this medium in order to continue to provide valuable services. Mobile technologies are constantly changing, so continuous assessment in this area is of importance. [Abstract from ProQuest Research Library Database (at ESC)] Link: http://search.proquest.com.library.esc.edu/pqrl/docview/1317291149/816AB54A77F845FAPQ/1?accountid=8067 Nowlan, G. (2013). Going mobile: Creating a mobile presence for your library. New Library World, 114(3), 142-150. doi:http://dx.doi.org/10.1108/03074801311304050

Since I work with Special Education students a high school, I am always interested in the effectiveness of technology on learning. ABSTRACT Using technology can help students with disabilities to enhance and improve their independence in academic and employment tasks, their participation in classroom discussions, along with helping them to accomplish some difficult academic tasks. This paper discusses the role and benefits of using assistive technology in the Universal Design for Learning (UDL), in academic skills, and in transition services. A summary of the important principles that need to be considered in the integration of technology in educating or training students with disabilities is provided.

A university-wide survey on students' mobile learning practices showed that ownership of mobile devices is high among students and that tablets are the most popular devices for academic purposes. The survey also found that mobile learning typically occurs outside the classroom, with only limited guidance from instructors.

Photo: Colleen Lanz Countryman/NCSU "Physics lab students use the smartphone gyroscope sensor to measure angular velocity at North Carolina State University. Cell phones have proliferated among high school and college students, and these pocket-size computers have become essential tools in physics classrooms. Sporting a range of sensors, smartphones offer educators and students a familiar device that can perform many of the same functions as expensive lab equipment." In understanding the learner aspect of technology this article speaks to the cost of technology in labs. Interestingly, the use of personal technology can help fill the gap when needed. This offers an opportunity for learners to look inside their own technology and understand the powerful tech they carry around with them.

This news article is from a lesser known online publication, though the author is careful to provide links to well-known publications and government sources to support their points. The goal is to highlight the lack of security protocols by universities and schools managing student data and the potential hazards including hackers releasing student information

Cao, M. (2014). Understanding learners' experience in MOOCs: a review of literature. Retrieved from http://repositories.lib.utexas.edu/handle/2152/26325 Abstract "MOOCs have become a popular topic in the educational field since 2008. This report reviews the literature from 2008 to March 2014 on the development of MOOCs with a focus on learners' experience. By looking into the topics researchers have been investigating, this review identifies eight themes on this topic: (1) Platforms and Technology, (2) Instructional Materials and Assessment, (3) Instructors, (4) Participants' demographics, (5) Motivation and Engagement Patterns, (6) Self-directed Learning and Learner Interaction, (7) Blended Education, and (8) Completion rates. The review also indicates that MOOC course design (pedagogies, technical support, assessment and instructors) and learner characteristics (motivation, engagement levels, self-directed learning and digital literacy) influence learners' experience. Possible future research questions are also proposed in this report." (p.1) This report is a literature review for a masters by a student at University of Texas at Austin. At the time of writing (March 2014) the author found relatively few references focusing on learners' experience in MOOCs from scholarly journals- 15 in total and she reported on them. These articles disproportionately analyzed cMOOCs as compared with xMOOCs and in both cases data was drawn from relatively early courses. Most references cover only one course. The report identifies 8 themes to categorize the articles' content: (1) Platforms and Technology, (2) Instructional Materials and Assessment, (3) Instructors, (4) Participants' demographics, (5) Motivation and Engagement Patterns, (6) Self-directed Learning and Learner Interaction, (7) Blended Education, and (8) Completion rates. Analysis shows that all these categories are inter-related and affect each other. The author identifies 5 areas for further r

Recently, the usage of plagiarism detection software such as Turnitin® has increased dramatically among university instructors. At the same time, academic criticism of this software's employment has also increased. We interviewed 23 faculty members from various departments at a medium-sized, public university in the southeastern US to determine their perspectives on Turnitin® and student plagiarism.

After the coronavirus upended American life, millions of college students made the transition from sitting in campus lecture halls to live-streaming seminars at their kitchen tables. Do students think their pricey degrees are worth the cost when delivered remotely?

By Alicia Gallegos, special to the Reporter During a student demonstration in 2010, instructors at Stanford University School of Medicine loaded a children's wagon with all the learning materials medical students traditionally acquire in their preclinical years. The towering stacks of paper rose 3 feet high.

Scott, An interesting article. I know that medical schools (and allied health education, including nursing) have been leaders in adopting new technologies for educational purposes. Medical schools immediately identified a use for using podcasts to teach medical students how to detect abnormal heart sounds! Research quickly followed to prove this to be the most effective form of teaching normal and abnormal cardiac sounds. This learning concept is also used to teach radiology residents how to recognize normal and abnormal blood flow sounds when examining vessels (arteries/veins) using doppler ultrasound. Pharmacy schools (and departments) have utilized iPads/tablets/smartphone to run apps (http://www.appszoom.com/android-apps/pharmacology) that include entire pharmacology drug reference lists, commonly used drugs/medications, standard dosages, etc. for quick, searchable referencing.

Scott, I am curious about the level of security placed on the wireless networks used in hospital environments. The more mobile the physicians, nurses and caregivers, the more secure the wireless networks need to be. What measures are being taken to guarantee secure airwaves? Bill

Steven Novella discusses a survey of how younger people reason and evaluate online information sources. This Stanford University study looked at 7,804 student responses across 12 states, divided among middle school, high school, and college students. The goal of the study was to see if these students could distinguish reliable sources of information from fake or unreliable sources.