Abstract
A growing number of education and social science researchers design and conduct online research. In this review, the Internet Research Ethics (IRE) policy gap in Canada is identified along with the range of stakeholders and groups that either have a role or have attempted to play a role in forming better ethics policy. Ethical issues that current policy and guidelines fail to address
are interrogated and discussed. Complexities around applying the human subject model to internet research are explored, such as issues of privacy, anonymity, and informed consent. The authors call for immediate action on the Canadian ethics policy gap and urge the research community to consider the situational, contextual, and temporal aspects of IRE in the development
of flexible and responsive policies that address the complexity and diversity of internet research spaces.
RÉSUMÉ
Un nombre croissant de recherchistes en enseignement et en sciences sociales conçoivent et dirigent des recherches en ligne. La présente revue identifie les lacunes en matière de politique d’éthique en recherche Internet (Internet Research Ethics - IRE) au Canada, et reconnaît l’éventail d’intervenants et de groupes qui ont soit joué un rôle, soit tenté d’en jouer un, dans la
création d’une meilleure politique d’éthique. On y aborde les enjeux éthiques auxquels les politiques et lignes directrices actuelles ne répondent pas et on s’interroge à ce sujet. On y explore les complexités relatives à l’application du
modèle humain à la recherche dans Internet, comme les enjeux portant sur l’anonymat, le consentement éclairé et le respect de la vie privée. Les auteurs invitent à passer immédiatement à l’action en ce qui a trait aux lacunes en matière de politique d’éthique au Canada, et pressent le milieu de la recherche afin qu’il prenne en considération les aspects situationnels,
contextuels et temporels de l’éthique en recherche Internet dans la création de politiques souples et judicieuses qui abordent la complexité et la diversité des espaces de recherche Internet.
A brash tech entrepreneur thinks he can reinvent higher education by stripping it down to its essence, eliminating lectures and tenure along with football games, ivy-covered buildings, and research libraries. What if he's right?
On a typical day in 2014, more than 22 million cyberattacks threatened to infiltrate Penn State. Two
attacks targeting the university’s College of Engineering managed to slip past security systems. Thanks to an alert from the FBI, the university investigated the attacks and disconnected the college’s computer network from the Internet for three days while it beefed up security.
In K-12, school districts are constantly launching digital learning initiatives that require large amounts of bandwidth and mobile devices. But many of them don’t address the IT infrastructure beforehand. And that leads to horror stories of the network
slowing to a crawl with students and teachers unable to connect their devices to the Internet due to lack of wireless coverage.
“Infrastructure is one of those things that is not sexy and is not glamorous,” says Susan M. Bearden, director of information technology at Holy Trinity Episcopal Academy in Melbourne, Fla. “I mean, who really wants to hear about switches or bandwidth or choke points in a network? But if you don’t have that infrastructure in place, then you are setting yourself up for failure.”
Unfortunately, education institutions don’t always recognize the tenuous situation they’re in until they fall prey to successful cyberattacks and show-stopping network failures. But it doesn’t have to be that way.
This Center for Digital Education (CDE) Special Report guides education IT leaders through the trends, technologies and tips that will help them build a future-ready infrastructure to carry their institutions through the challenges of life
in the digital age.
Student enrolment and instructional accommodation requests are rising in higher education. Universities lack the capacity to meet increasing accommodation needs, thus research in this area is required. In Ontario, new pro- vincial legislation requires that all public institutions, including universities, make their services accessible to persons with disabilities. The objective
of the Accessibility for Ontarians with Disabilities Act (AODA) is to provide universal access for students with disabilities. The purpose of this case study is to understand the experiences of students regarding the ability of a lecture capture technology to align with the principles of Universal Instructional De- sign (UID). Data were collected using a mixed-method research design:
(a) an online questionnaire, and (b) individual face-to-face interviews. Scholarship of Teaching and Learning (SoTL) literature provides a useful background to explore AODA legislation and universal accessibility vis-à-vis lecture capture technologies. Results indicate that lecture capture can align both with theprinciples of UID and AODA.
The apprenticeship system has a long history as an effective vehicle for work-based learning. The ancient Greeks and Romans used apprenticeships as a tool for transferring knowledge and skills and the Babylonian code of Hammurabi specified that artisans were to pass the skills of their craft on to young apprentices. Modern times, however, have seen negative attitudes
towards apprenticeship and a poor image of trades, as well as a lack of information and awareness of apprenticeship. This is unfortunate because in the contemporary Canadian context, apprenticeship can help to address two distinct problems:
labour shortages in the skilled trades and youth unemployment.
Interest in leadership increased during the early part of the twentieth century. Early leadership theories focused on what qualities distinguished between leaders and followers, while subsequent theories looked at other variables such as situational factors and skill level. While many different leadership theories have emerged, most can be classified as one of eight major types:
It is often the case that research questions in education involve units of analysis that can be naturally grouped or placed within hierarchical or multilevel configurations. This type of grouping is referred to as nesting. It results in the exposure of the lowest-level units of analysis to common environments that are likely to impact their behaviors, outcomes, or levels of performance. These lowest-level units are commonly referred to as level-1 units. Typical examples of these units are students nested within classrooms. Classrooms are the nesting structure, constituting a second-level unit or level-2 unit. Following this rationale, researchers could further model level-3 units consisting of classrooms (comprised of students) nested within schools. Notably, this logic can be further expanded to higher order levels. The successful identification of units situated at different levels prompted the development of techniques designed to model this phenomenon. These techniques are known as multilevel modeling.
Ontario’s universities know how important it is not only to train and equip students for career and life success, but also to reach beyond the walls of campus and lift up communities. Through partnerships that spark service learning, or community-based opportunities that enrich the learning experience and also improve lives, many thousands of students, faculty and staff are actively engaging with the 33 communities where Ontario universities are rooted. Some start their own initiatives, creating
non-profit organizations, outreach programs, or inventing innovative products that solve critical issues around the globe. Students have won hundreds of awards for their work, and often find or create jobs out of these experiences.
• Recognition for excellence in polytechnic education.
Mission
• To champion innovation and excellence in career-focussed education, training, and applied research.
• To serve the ever-changing needs of our diverse and growing community.
• To inspire students and employees to strive towards their highest potential.
PREAMBLE
Cyberbullying Dealing with Online Meaness, Cruelty and Threats
This document attempts to provide useful advice for graduate students, particularly Ph.D. students, just starting out on their research careers at the Autonomous Networks Research Group, Dept. of Electrical Engineering-Systems, USC. It should also be useful for graduate students at other institutions working in similar research areas.
Students with no prior experience often have several misconceptions about the nature of research. For example, they may think that doing research is similar to or requires the same skill as acing courses; that research projects are like homework sets - the advisor will assign well-formulated problems and provide the student with the tools to solve them. Hopefully, this document will help clear some of these misconceptions and help them get started on the right foot in their research.
Many of the pointers here may seem like common sense, but as they say, common sense is by no means common… and very little of it is taught in a classroom.
This is an active document, and as such is subject to modifications. To begin with, I have just listed my main points under each heading. I will be working to convert this into a coherent narrative over the course of the next couple of months.
In 2013-14, the number of new college graduates in the U.S. — students earning their first postsecondary credential — fell for a second straight year, while the number of students receiving their second or third undergraduate credential continued a postrecession increase (Figure 1). The number of new college graduates saw strong growth in the first two years covered by this report (increasing at annual rates of 4.9 percent in 2010-11 and 4.3 percent in 2011- 12), followed by two years of declines (-2.1 percent in 2012-13 and -1.3 percent in 2013-14). In 2013-14, U.S. Title IV degree-granting institutions awarded 1,981,534 associate and bachelor’s degrees to students with no prior postsecondary award, only 0.7 percent more than they awarded in 2010-11 (1,968,334). Cumulatively, over eight million students received their first college degree (associate or bachelor’s) during this four-year period.
Science is a fundamental part of Canadian culture and society, affecting nearly every aspect of individual and social life. It is a driving force in the economy, catalyzing innovation and creating new goods, services, and industries. It has led to improvements in Canadians’ physical health and well-being. It has made possible new forms of communication and learning, and changed how Canadians interact and relate to one another. It also provides opportunities for leisure and entertainment as Canadians visit science centres, pursue science-related hobbies, or tune in to such television programs as “The Nature of Things” or “Découverte”. Science is also a systematic means of discovery and exploration that enriches our individual and collective understanding of the world and universe around us.
Objectives:
- Understand the concept of 'the skinny'
- Learn about the high yield factos that me a difference to the change process
- Gain key insights that support fast, quality change
- Be inspired to apply the ideas in your own workplace
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.
Welcome to the workshop. Our goal is to provide an update of the ideas from some of the key work that we are engaged in in partnership with schools and school systems around the world. We base our work on three fundamental assumptions:
1. The Moral Imperative Realized (raise the bar and close the gap for all students on deep learning goals);
2. Whole System Involvement (100% of schools and jurisdictions are engaged);
3. Precision and Practicality (clear strategies that become jointly owned).
Vision
We will make our society a better place by providing a transformative life experience through empowering those who study with us to think and learn in progressive, innovative ways, including those we have not yet imagined.
The connection between classroom learning and practical experience in the workplace has been recognized as a significant aspect of student development in postsecondary institutions (Kuh, 2008). Internships have been associated with many benefits for each party involved, including the student, postsecondary institution and industry professional. Internships provide opportunities for students to transfer theoretical knowledge to a practical setting; they serve as recruitment avenues for postsecondary institutions and provide industry professionals with access to high-quality students with current academic knowledge. Despite the perceived importance of internships for student development, researchers and practitioners have a limited understanding of what constitutes an “internship” and of how to deliver these experiences effectively. Therefore, the purpose of this research was to examine the internship opportunities currently offered by direct-entry programmes (e.g., undergraduate degree or diploma) in Ontario postsecondary institutions.
Using two conceptual frameworks from political science—Kingdon’s (2003) multiple streams model and the advocacy coalition framework (Sabatier & Jenkins-Smith, 1993)—this case study examines the detailed history of a major tuition policy change in Ontario in 2004: a tuition freeze. The paper explores the social, political, and economic factors that influenced policymakers on this particular change to shed light on the broader questions of the dynamics of postsecondary policymaking. The study found that the Liberal Party’s decision to freeze postsecondary tuition fees was a function of stakeholder relations, public opinion, and brokerage politics, designed for electoral success. The policy implementation strategy was intended to facilitate the cooperation and interests of the major institutions. Within the broader policy community, student-organized interest groups and other policy advocates were aligned in a policy preference, a critical component for successful change.
À l’aide de deux cadres conceptuels en science politique, le modèle à volets multiples de Kingdon (2003) et le cadre de coalitions de défense de Sabatier et Jenkins-Smith (1993), la présente étude de cas examine l’histoire détaillée d’un changement majeur en matière de politique de frais de scolarité qui a eu lieu en Ontario en 2004 : le gel des frais de scolarité. Le présent article examine les facteurs sociaux, politiques et économiques qui ont dirigé certains responsables
politiques vers ce changement particulier, afin de faire la lumière sur les questions plus générales portant sur la dynamique de
l’élaboration de politiques en matière d’enseignement postsecondaire. L’étude conclut que la décision du parti Libéral de geler les frais de scolarité des études postsecondaires relevait de relations avec les intervenants, d’opinion publique et de politique de médiation, dans le but de remporter les élections. La stratégie de mise en œuvre de la politique visait à faciliter la coopération et les intérêts entre institutions d’envergure. Au sein d’une communauté politique plus large, des groupes d’intérêt étudiants et d’autres défenseurs de la politique partageaient la même préférence politique, un élément essentiel
à la réussite de ce changement.
Vision
• Leadership in polytechnic education.
Mission
•
Humber develops broadly educated, highly skilled, and adaptable citizens to be successful in careers that significantly contribute to the communities they serve – locally, nationally, and globally.