The BYOD Concept
The days of students carrying heavy, book-laden backpacks to school are numbered. Increasingly, students at all
levels expect to access learning materials electronically. And students expect their school to support access to the Internet from anywhere, not just from a classroom computer with a wired connection.
The push for mobile learning options isn’t just coming from students. Teachers also have high opinions of the educational value of these new tools. A PBS/Grunwald survey in 2010 reported that teachers view laptops, tablets and e-readers as having the highest educational potential of all portable technologies. The movement to mobile and digital learning reflects the exploding popularity of mobile devices among consumers and the parallel growth in wireless network services to support them. Instead of using shared or enterprise-owned computers at work, school or libraries, people now want to use their personally owned mobile devices everywhere, a trend called bring your own device (BYOD). In fact, personal computing devices are fast becoming not just a luxury in both primary and secondary education, but a necessity. The growth of more virtual, personalized learning experiences throughout the educational spectrum is engaging students like never before.
The 2010 ”Speak Up” education survey conducted by Project Tomorrow found that more than one quarter of middle school students and 35 percent of high school students use online textbooks or other online curricula as a part of their regular schoolwork. The survey also found that nearly two-thirds of parents of school-aged children see digital curriculum as a key component of the ”ideal” classroom for their student, making access to computing devices a key part of today’s educational experience.²
This trend is creating tremendous new demand levels for wireless networks. For example, one market research firm reports growth of 40 percent in enterprise wireless local area networks (WLANs) in Q2 2011, attributable in part to the BYOD trend and the tremendous popularity of the Apple iPad.³ Gartner Research supports this notion as well, concluding that without adequate preparation, iPads alone will increase enterprise WiFi demands by 300 percent.⁴
Support for this trend is also found in Center for Digital Education (CDE) interviews with K-12 district IT staff. A notable 27 percent of school IT decision-makers interviewed expressed an intent to pursue a BYOD policy.
While the percentage of higher education students with their own devices is significantly higher than at the elementary level, CDE’s Digital Community Colleges Survey reveals that they grapple with many similar technology challenges. A full 92 percent of community colleges report expanded distance learning offerings for online, hybrid and Web-assisted courses, providing ample support for their No. 1 identified technology priority: mobility. The growing popularity of mobile devices isn’t the only factor straining the capacity of educational networks today. Video, interactive learning games and other media-rich content are being
watched, created and shared by students and teachers to foster learning of both skills and subject matter. These media not only gobble up bandwidth — they may also require priority over other network traffic in order to deliver acceptable performance for in-class use. From a technical perspective, the challenge for educational institutions is supporting BYOD for students and staff with secure wireless and remote access network capabilities. Yet the movement to mobile learning isn’t just about supporting new technologies. It’s also about shifting to new ways of teaching and learning.
The Higher Education Report 2011-2013 is part of a suite of technical publications which report on the Australian higher education sector for the period 2011-2013. The Higher Education Report 2011-2013 provides:
• an overview of the higher education sector for the period 2011 to 2013;
• details of funding allocations under the Higher Education Support Act 2003 (HESA); and
• an overview of the outcomes of funding and other departmental programmes (including the
allocation of places).
Analysis of student, staff and financial data is published separately and available at:
http://education.gov.au/higher-education-statistics and https://education.gov.au/finance-
publication.
Technology and the Problem of Change
Ontario firms and organizations are being challenged to increase productivity through innovation in order to compete on the fiercely competitive world stage and improve the quality of life of Ontarians. Yet, Ontario suffers from innovation gaps
that place its productivity and prosperity goals at risk.
Ontario’s 24 Colleges of Applied Arts and Technology have long been recognized for their contributions to career-oriented education and training programs that have strengthened the Ontario economy throughout the latter part of the 20th century.
Poised on the threshold of the 21st century, college-based applied research and development (R&D) and business and industry innovation activities are of ever increasing importance to the achievement of Ontario’s productivity and prosperity
goals.
The National Student Financial Wellness Study (NSFWS) is a survey of college students examining the financial attitudes, practices, and knowledge of students from institutions of higher education across the United States. The purpose of the 2014 NSFWS is to gain a more thorough and accurate picture of the financial wellness of college students. The NSFWS was developed and administered by The Ohio State University in collaboration with co-investigators from Cuyahoga Community College, DePaul University, Iowa State University, Oberlin College, Ohio University, and Santa Fe College. The survey was administered online during autumn 2014 or winter 2015 to random samples of students from 52 participating institutions. Please see the following page for a complete list of the institutions that participated in the study. More information on the study is available at go.osu.edu/nsfws or by emailing the NSFWS team at nsfws@osu.edu.
Although research on Canadian higher education has advanced considerably over the past few decades, the opportunities for university level study of higher education in Canada are still quite limited . Only four universities offer higher education programs; only one has a higher education department; and only a handful of other institutions offer even a course in higher education. The number of students enrolled in higher education programs in Canada is about 200, compared to about 6,000 in the United States; the number of faculty about 15 compared to 700 in the U.S.
In recent months, there has been much discussion in the media and among academics about the skills acquired by Canadian university graduates. The issues being raised are threefold. The first concerns the question of whether Canada is facing a “skills gap”. While the Conference Board of Canada (2013a) has argued that we definitely are (and that the long-term economic consequences will be severe), reports by economist Don Drummond and TD Bank indicate that the skills gap is largely a
myth (TD Economics, 2013; Goar, 2013). Others have indicated that current discussions about a skills gap often lack an appropriate level of specificity, making it difficult to assess the merit of these arguments or to generate potentially necessary
solutions (Weingarten, 2013)
Aboriginal people in Canada are sharply under-represented in science and engineering occupations; more can be done to increase the relevance of learning and engagement of Aboriginal students in science and technology. Choosing careers in science and technology will benefit Aboriginal students directly through employment, but more importantly they can make a
tremendous contribution to Canada from the unique perspectives to science and technology based on the values implicit in Aboriginal knowledge and ways of knowing. Past experience has shown that filling positions in science and technology with Aboriginal people is highly desirable, as non-Aboriginal people hired by Aboriginal organizations typically remain in their positions for less than two years. In contrast, Aboriginal professionals remain in their positions much longer and bring stability and pride to their communities. Aboriginal people in Canada are sharply under-represented in science and
engineering occupations; more can be done to increase the relevance of learning and engagement of Aboriginal students in science and technology. Choosing careers in science and technology will benefit Aboriginal students directly through employment, but more importantly they can make a tremendous contribution to Canada from the unique perspectives to science and technology based on the values implicit in Aboriginal knowledge and ways of knowing. Past experience has shown that
filling positions in science and technology with Aboriginal people is highly desirable, as non-Aboriginal people hired by Aboriginal organizations typically remain in their positions for less than two years. In contrast, Aboriginal professionals remain in their positions much longer and bring stability and pride to their communities.
Welcome to our fi rst issue of IQ – McMaster’s research newsmagazine. We’re excited to share a few research highlights and tell you about some of the country’s most dynamic, creative and innovative research that’s happening right here in your community.
In this issue, our focus is on clean technologies – whether they are related to water, automotive or solar research. Our researchers are doing their part to develop the technologies and innovations that will lead to a greener and cleaner Canada for future generations. They are indeed on an Innovation Quest to see that this happens.
I hope you enjoy the fi rst issue and I welcome your comments on what you’ve read here and what you’d like to see in future issues.
This paper presents an overview of gender differences in education outcomes in OECD countries. A rich set of indicators describes the improvement of educational attainment among women over the past decades, and various dimensions of male under-performance in education. Possible explanatory factors include incentives provided by changing employment opportunities for women, demographic trends, as well as the higher sensitivity of boys to disadvantaged socio-economic backgrounds. Gender differences in field of study and in performance by subject are found to be related to attitudes and self-perceptions towards academic subjects, which are in turn influenced by social norms. A number of policy options to
address gender gaps are presented in the final section of the paper.
At institutions of higher learning, there is an increased demand and need for online courses. However, the number of faculty developing and teaching these courses does not match the growth in online education. The purpose of this study was to determine the perceived barriers to online teaching experienced by various faculty groups at a public institution located in the southeastern United States using a new survey instrument, which was developed from recent research findings. This study sought to identify the most prevalent barriers to online instruction for the faculty group surveyed. In addition, these findings may identify prevalent barriers for faculty groups in an effort to inform administrative decisions concerning policy, training, and compensation as well as to facilitate involvement for specific types of online instruction for faculty development. A number of novel and important differences were found in the perceived barriers that exist between faculty groups on four constructs identified through an exploratory factor analysis. The factors found were: (1) interpersonal barriers; (2) institutional barriers; (3) training and technology barriers; and (4) cost/benefit analysis barriers. The results of this study may be of use to other institutions as they develop online instruction training programs.
Keywords: online ed cation, instructional technology, perceived barriers, survey research, online faculty
• On April 2, 2014, Council endorsed the City's participation in the Government of Ontario's Major Capacity Expansion Call for Proposals and provided staff w ith authority to pro-actively promote Brampton as a host municipality to interested post-secondary institutions, in alignment with Brampton's Post-Secondary Education Strategy.
• Through the City's promotional efforts, senior and experienced academic leadership,supported by Centennial College (the Proponents), approached the City of Brampton to be a host municipality for a new university.
• For Brampton to serve as host to a new university, Council is being asked to endorse the partnership with the Proponents so they may proceed with submitting a Notice of Intent application, which, if accepted, would lead to submitting a proposalto the Ontario Government's Major Capacity Expansion Call for Proposals.
Postsecondary education systems around the world are rapidly transforming in response to evolving economic, social, and student learning realities. A number of factors are converging to bring about this reconfiguration of higher learning economies and are adjusting to heightened competition and to increased labour market demand for great levers of knowledge and skills; increasingly diverse and mobile learners are expecting ever-increasingly high quality in return for what they pay; and the broader public is looking for concrete results from the investment of scarce public resources.
If you’re interested in using technology tools to enhance your teaching, it’s easy to get overwhelmed by the mountain of information out there. To make matters worse, much of it is either highly technical or simply not very practical for the college classroom.
Teaching with Technology: Tools and Strategies to Improve Student Learning approaches teaching technologies from your perspective — discussing what works, what doesn’t, and how to implement the best ideas in the best ways.
These articles were written by John Orlando, PhD, program director at Norwich University, as part of the Teaching with Technology column on Faculty Focus. You’ll find the articles are loaded with practical information as well as links to valuable resources. Articles in the report include:
• Using VoiceThread to Build Student Engagement
• Wikipedia in the Classroom: Tips for Effective Use
• Blogging to Improve Student Learning: Tips and Tools for Getting Started
• Prezi: A Better Way of Doing Presentations
• Using Polling and Smartphones to Keep Students Engaged
Whether the courses you teach are face-to-face, online, blended, or all of the above, this report
explains effective ways to incorporate technology into your courses to create a rich learning
experience for students, and a rewarding teaching experience for you.
Mary Bart
Editor
Faculty Focus
In 1999, GLSEN identified that little was known about the school experiences of lesbian, gay, bisexual, and transgender (LGBT) youth and that LGBT youth were nearly absent from national studies of adolescents. We responded to this national need for data by launching the first National School Climate survey, and we continue to meet this continued need for current data by conducting the study every two years. Since then, the biennial National School Climate Survey has documented the unique challenges LGBT students face and identified interventions that can improve school climate. The survey documents the prevalence of anti-LGBT language and victimization, such as experiences of harassment and assault in school. In addition, the survey examines school policies and practices that may contribute to negative experiences for LGBT students and make them feel as if they are not valued by their school communities. The survey also explores the effects that a hostile school climate may have on LGBT students’ educational outcomes and well-being. Finally, the survey reports on the availability and the utility of LGBT-related school resources and supports that may offset the negative effects of a hostile school climate and promote a positive learning experience. In addition to collecting this critical data every two years, we also add and adapt survey questions to respond to the changing world for LGBT youth. For example, in the 2013 survey we added a question about hearing negative remarks about transgender people (e.g., “tranny”). The National School Climate Survey remains one of the few studies to examine the school experiences of LGBT students nationally, and its results have been vital to GLSEN’s understanding
of the issues that LGBT students face, thereby informing our ongoing work to ensure safe and
affirming schools for all.
In our 2013 survey, we examine the experiences of LGBT students with regard to indicators of negative school climate:
Arguably, the greatest barrier to the academic development and functioning of Ontario's twenty-two Colleges of Applied Arts and Technology (CAATs) is the hostile and suspicion laden relationship which exists between management and the union which represents the academic staff of the CAATs - the Ontario Public Service Employees Union (OPSEU). This was the conclusion of the commission on workload in the CAATs which I chaired in 1985 (IARC, 1985) and was corroborated in a study of CAAT governance by a Special Adviser to the Minister of Colleges and Universities the following year (Pitman, 1986). An indication of the degree of concern felt by the Ontario Government regarding managementunion relations in the CAATs is that the largest (in terms of time and resources) public commission on the CAATs to date has been the Colleges Collective Bargaining Commission (Gandz, 1988).
This paper examines whether intermediary bodies are useful in advancing government goals for quality and sustainability in higher education systems. It explores the evidence about intermediary bodies through case studies of England, Israel, New Zealand and the United States. It also treats the case of Ontario, whose best- known intermediary bodies have been the Ontario Council on University Affairs and the colleges’ Council of Regents.
Using a dataset containing nearly 500,000 courses taken by over 40,000 community and technical college students in Washington State, this study examines how well students adapt to the online environment in terms of their ability to persist and earn strong grades in online courses relative to their ability to do so in face-to-face courses. While all types of students in the study suffered decrements in performance in online courses, some struggled more than others to adapt: males, younger students, Black students, and students with lower grade point averages. In particular, students struggled in subject areas such as English and social science, which was due in part to negative peer effects in these online courses.
The provision of blended learning strategies designed to assist academics in the higher education sector with the knowledge, skills, and abilities required for effective teaching with technology has been, and continues to be, a challenge for teaching centres in Canada. It is unclear, first, whether this is an ongoing issue unique to Canada; and, second, if it is not unique to Canada, whether we might be able to implement different and/or more effective strategies based on what others outside Canada are doing. Teaching centre leaders in Australia, Finland, Sweden, Denmark, Britain, Scotland, and the United States (n=31) were interviewed to explore how their units used blended learn- ing strategies. Findings suggest that, as in Canada,
there is a “value gap” be- tween academics and leaders of teaching centres regarding teaching develop-
ment initiatives using blended learning strategies.
How do changing economic conditions and uncertain market opportunities affect young adults’ transition from their undergraduate
college years to adult roles and responsibilities? The Arizona Pathways to Life Success (APLUS) project is uniquely positioned to answer this question. Launched in 2007, APLUS examines what factors shape and guide individual life trajectories — the pathways that young adults tread on their way to independence and self-sufficiency.