Summary of findings
Questions have been raised about the social impact of widespread use of social networking sites (SNS) like Facebook, LinkedIn, MySpace, and Twitter. Do these technologies isolate people and truncate their relationships? Or are there benefits associated with being connected to others in this way? The Pew Research Center’s Internet & American Life Project decided to examine SNS in a survey that explored people’s overall social networks and how use of these technologies is related to trust, tolerance, social support, and community and political engagement. The findings presented here paint a rich and complex picture of the role that digital technology plays in people’s social worlds. Wherever possible, we seek to disentangle whether people’s varying social behaviors and attitudes are related to the different ways they use social networking sites, or to other relevant demographic characteristics, such as age, gender and social class.
The number of those using social networking sites has nearly doubled since 2008 and the population of SNS users has gotten older. In this Pew Internet sample, 79% of American adults said they used the internet and nearly half of adults (47%), or 59% of internet users, say they use at least one of SNS. This is close to double the 26% of adults (34% of internet users) who used a SNS in 2008. Among other things, this means the average age of adult-SNS users has shifted from 33 in 2008 to 38 in 2010. Over half of all adult SNS users are now over the age of 35. Some 56% of SNS users now are female.
Facebook dominates the SNS space in this survey: 92% of SNS users are on Facebook; 29% use MySpace, 18% used LinkedIn and 13% use Twitter. There is considerable variance in the way people use various social networking sites: 52% of Facebook users and 33% of Twitter users engage with the platform daily, while only 7% of MySpace and 6% of LinkedIn users do the same.
On Facebook on an average day:
- 15% of Facebook users update their own status.
- 22% comment on another’s post or status.
- 20% comment on another user’s photos.
- 26% “Like†another user’s content.
- 10% send another user a private message
SUMMARY
This paper analyses business-driven innovation in education by looking at education-related patents. It first draws a picture of the challenges for innovation in the formal education sector, which suffers from a poor knowledge ecology: science is hardly linked to core teaching and administrative practices. It then turns to a common indicator of innovation: patents. In the case of education, patents typically cover educational tools. An analysis of education-related patents over the past 20 years shows a clear rise in the production of highly innovative educational technologies by businesses, typically building on advances in information and communication technology. While this increase in educational innovations may present new opportunities for the formal education sector, the emerging tool industry currently targets the nonformal education rather than the formal education system. We shortly discuss why business entrepreneurs may be less interested in the market of formal education.
RÉSUMÉ
Cet article porte sur l’innovation entrepreneuriale dans le secteur de l’éducation, à partir d’une analyse des dépôts de brevets dans le secteur éducatif. Premièrement, il propose un tableau des défis de l’innovation dans le secteur de l’éducation formelle, dont l’écologie du savoir est faible : la science y est peu liée avec le cœur des pratiques pédagogiques et administratives. L’étude porte ensuite sur un indicateur courant de l’innovation : les brevets. Dans le cas de l’éducation, les brevets couvrent généralement des « outils » éducatifs. L’analyse des brevets éducatifs durant les vingt dernières années montre une claire croissance de la production de technologies éducatives hautement innovantes par des entreprises privées, qui s’appuient souvent sur les progrès des technologies d’information et de communication. Bien que cette croissance des innovations éducatives puisse donner de nouvelles opportunités au secteur formel de l’éducation, l’industrie émergente d’outils éducatifs cible actuellement les secteurs informels d’éducation. Nous discutons brièvement les raisons pour lesquelles les entrepreneurs privés semblent moins intéressés par le secteur de l’éducation formelle.
Every year, schizophrenia disrupts the lives of hundreds of thousands of Canadians. While affecting only approximately
1% of the population, this complex, multifaceted illness places a disproportionate strain on patients, families,
clinicians and other care providers. Symptoms, which vary in severity and expression, can make it incredibly
difficult for patients to sustain relationships, engage in social networks or carry out routine tasks. Moreover, these
social burdens extend well beyond the affected patient. Families and health professionals who provide care often
find their lives interrupted and negatively impacted by the illness. Ineffective policy, poorly organized care systems and
expensive medications all contribute to placing the burden directly on families. The result is higher emotional costs and
lower standards of life among care providers.
Despite Canada having one of the world’s best-educated populations, numerous rationales have been presented to support the continued expansion and broadening of participation in post-secondary education (PSE). Not only do recent federal and provincial occupational projections suggest that future jobs will overwhelmingly require candidates with some form of PSE, the evidence on earnings premiums and private rates of return to PSE provide some indications that the labour market can still absorb large quantities of PSE graduates. Provinces have made higher PSE attainment a priority — for example, in the most recent Ontario budget, the government set as one of its goals to increase the PSE attainment rate from 62 per cent to
70 per cent (Ontario Ministry of Finance, 2010).
Yet, demographic trends suggest that maintaining, let alone increasing, the number of postsecondary graduates in coming years will prove challenging. Though there are currently supplyside constraints in some regions (principally urban Ontario), within 20 years, the pool of postsecondary- aged Canadians will be substantially shallower than it is today. To keep the supply of skilled workers at current levels, participation rates will have to keep climbing. As participation rates are already quite high among economically advantaged segments of the population, there is growing consensus that the best opportunity for growth in participation rates may be among groups that are currently under-represented in PSE, such as students from low-income families, students with no history of post-secondary education in their families and Aboriginal students. A strong case can be made as well that governments and PSE institutions should strive to close the gap in participation rates between under-represented groups and the rest of the population on the grounds that all Canadians should be provided with the same chances and opportunities to engage in PSE studies, independently of their socio-economic background. In short, increasing the participation rates of disadvantaged populations is an objective worth pursuing from both an efficiency and equity perspective.
There has been substantial discussion, research, and debate about the role of academic freedom within higher education, primarily centered on the university model. Not as well documented or understood is the issue of academic freedom within colleges and institutes in Canada. In this paper, we exam- ine the current state of academic freedom in colleges and institutes using a historical analysis of two Canadian provinces, British Columbia and Ontario. Beginning with an overview of academic freedom within universities, we then examine the development and evolution of colleges and institutes and discuss how or if academic freedom applies to them. We consider issues of collegial- ity, faculty engagement, and governance as they impact the concept and practice of academic freedom within these institutions. We also discuss the different origins, intents, roles, and governance models of universities in contrast to colleges and institutes, which are generally representative of the broader Canadian higher education landscape.
In 2011, CASE founded the Center for Community College Advancement to provide training and resources to help community colleges build and sustain effective fundraising, alumni relations and communications and marketing programs. A goal for the center is to collect data on best practices in community colleges. This white paper summarizes the results of a groundbreaking survey on alumni relations programs at community colleges across the United States and Canada. The purpose of the survey was to help community college staff benchmark their experiences and programs in alumni relations with peers.
A body of research has emerged during the past three decades focusing on how students engage in the schooling process and the broader positive developmental outcomes as-sociated with high levels of engagement and lower involvement in high-risk behaviors. This chapter suggests that gratitude might offer a unique contribution for understand-ing how affective engagement and positive relationships could enhance student school bonding and thereby student social-emotional and academic outcomes.
Lead-Deadwood Elementary School in the Black Hills of Western South Dakota has a problem. Students need science.
Real science for real kids — the kind that sparks students’ imagination. Second grade teacher Carol Greco contacts the world’s largest underground laboratory, the Deep Underground Science and Engineering Lab (DUSEL). One mile under South Dakota, the lab is not accessible to students. But this doesn’t stop Dr. Warren Matthews, DUSEL’s cyber-infrastructure chief engineer. As a scientist, Warren knows engaging elementary students with science means finding a “hook.” That hook comes in the form of puppets — and not the brown paper bag variety.
Patty Petrey Dees, distance learning director for the Center for Puppetry Arts in Atlanta, Ga., starts to work her digital magic and begins researching what scientific content the lab can use for Carol’s classroom. Patty envisions nanotechnology
dancing in virtual micro cities and students playing the role of engineers in a virtual mission control room as their astronaut puppets explore deep space. This is a far cry from the current most popular elementary school distance learning topics — the lifecycle of a butterfly and paleontology lessons from puppetized dinosaurs — at the Center for Puppetry Arts.
Watching first graders wiggle and giggle at the crystallization movements of crafted butterfly puppets is good, but watching them explore the world of dark matter through puppets is better.
This is extreme puppetry through technology with digital content that has supersized itself. For Carol, the ability to incorporate a sense of discovery and real-world problem solving into her classroom is critical. She wants to bring difficult science, technology, engineering and math (STEM) topics closer to home. Using every available technology in her classroom, from the electronic whiteboard to individual laptops, she sets the virtual puppet stage to bring STEM out of the physical text and into the virtual world. The infrastructure that seamlessly allows this to happen stays in the background, empowering Carol to teach, Warren to share his scientific expertise, and Patty to provide the instructional tools that link learning to laughing as the puppets play. This type of education really rocks. Teaching difficult STEM topics to elementary students does not immediately conjure up puppets and interactive video conferencing as critical tools, yet these technologies link the arts and science in a way that fully engages students’ imaginations.
Second graders cannot tour the remote South Dakota lab, but they can do the next best thing by inviting the lab to
come to them. Best of all, the lab is accessible through technology and content that they understand.
One of the important questions to consider in a review of policy for postsecondary education is what kind o f system do we need. To provide a reasonably complete answer to that question would require addressing many different dimensions of postsecondary education including structures, processes, and relationships. In this paper, I will concentrate on two important and closely related subsidiary questions within the broader question of what kind of system we need. Those subsidiary questions are what is the most appropriate mix of different types of postsecondary institutions, and what should be their relationships with one another?1 As those are pretty large questions, within them my principal focus will be even narrower, on the balance and relationship between universities and community colleges.
Undergraduate college student borrowing has risen dramatically in recent years. Graduates who received a bachelor’s degree in 20081 borrowed 50% more (in inflation-adjusted dollars) than their counterparts who graduated in 1996, while graduates who earned an associate’s degree or undergraduate certificate in 2008 borrowed more than twice what their counterparts in 1996 had borrowed, according to a new analysis of National Center for Education Statistics data by the Pew Research Center’s Social & Demographic Trends project.
Increased borrowing by college students has been driven by three trends:
ï‚· More college students are borrowing. In 2008, 60% of all graduates had borrowed, compared with about half (52%) in 1996.
- College students are borrowing more. Among 2008 graduates who borrowed, the average loan for bachelor’s degree recipients was more than $23,000, compared with slightly more than $17,000 in 1996. For associate’s degree and certificate recipients, the average loan increased to more than $12,600 from about $7,600 (all figures in 2008 dollars).
- More college students are attending private for-profit schools, where levels and rates of borrowing are highest. Over the past decade, the private for-profit sector has expanded more rapidly than either the public or private not-for-profit sectors. In 2008, these institutions granted 18% of all undergraduate awards, up from 14% in 2003.2 Students who attend for-profit colleges are more likely than other students to borrow, and they typically borrow larger amounts.
Other key findings from the Pew Research analysis:
- One-quarter (24%) of 2008 bachelor’s degree graduates at for-profit schools borrowed more than $40,000, compared with 5% of graduates at public institutions and 14% at not-for-profit schools.
- Roughly one-in-four recipients of an associate’s degree or certificate borrowed more than $20,000 at both private for-profit and private not-for-profit schools, compared with 5% of graduates of public schools.
- Graduates of private for-profit schools are demographically different from graduates in other sectors. Generally, private for-profit school graduates have lower incomes, and are older, more likely to be from minority groups, more likely to be female, more likely to be independent of their parents and more likely to have their own dependants.
This research report examines how PLAR as an asset-based practice might broaden the participation of adults in lifelong learning, particularly those adults who are under-represented in existing learning activities.
Specifically, the report uses short composite narratives to describe how PLAR users (academic and workplace settings), PLAR service providers, and PLAR stakeholders (persons from literacy organizations, human resources, career development, and government) understand the effectiveness of PLAR as an asset-based approach to adult learning. These composite narratives are derived from data documented in a 2008 report, Effectiveness of PLAR: A qualitative study of the voices of Canadians, prepared by the Canadian Association of Prior Learning and Assessment (CAPLA).
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.
Project Background
In 2008, the Higher Education Quality Council of Ontario (HEQCO) issued an open Request for Proposals (RFP) to Ontario colleges and universities that would allow them to evaluate interventions that already existed at those institutions and that were designed to promote student success in various ways. Brock University was involved in a total of four research projects that were approved for funding at that time, including this project. This research project also has the distinction of being the only one in the RFP which involved a re-examination of institutional financial aid policies.
Project Purpose
Institutional financial aid applications ask a wide range of questions dealing with both the personal and financial history of the student and his/her family. This process can take a significant amount of the student’s time, and may even intimidate some. Moreover, the level of financial detail required in the application may be a deterrent to students who might be either embarrassed to disclose family details, or uncomfortable asking their parents about the financial situation of their family.
It is believed that the complex and potentially discouraging application process that exists at many postsecondary institutions (and many government financial aid programs) can be simplified by including fewer fields in the application for funding. This would benefit both student applicants and institutional administrators, and could likely be done without significantly altering
the output that would have been generated using the original full application.
The purpose of this project is to compare two approaches to calculating student financial assessed need for the purposes of determining eligibility for the Brock University Entering Student Bursary. The research question being addressed in this project is whether a simplified approach to calculating assessed need would lead to similar outcomes in terms of identifying
eligibility for the Entering Student Bursary as the original application process that had been in place for years at Brock University.
The Accord on the Internationalization of Education emerges from the Association of Canadian Deans of Education (ACDE), a network of deans, directors, and chairs of faculties, colleges, schools, and departments of education from across Canada. ACDE members are committed to “national, public discourse on the importance of public education in developing and sustaining a civil society (ACDE General Accord, 2006a, p.1). This Accord is the product of a shared commitment across members of the ACDE network, and is intended to speak to a diversity of stakeholders and audiences, within and external to the university communities from which it emerged. In particular, the Accord seeks to stimulate discussion of critical issues and institutional responsibilities in the internationalization of education, and to give careful consideration to representations of marginalized individuals, groups, and communities.
This paper explores general issues relating to globalization and higher education; the internationalization of higher education, and particularly the recruitment of international students. This subject is examined through a range of topics around the global development of the market approach to the recruitment of international students and a focus on the current situation regarding the recruitment of international students in the Colleges of Applied
Arts and Technology in Ontario (CAATs). As the number of international students seeking educational opportunities grows to 7 million over the next 20 years, the ability of the CAATs, the Canadian educational system, and the governments of Ontario and Canada to market the welcoming and safe multicultural Canadian experience, and the excellence of the educational offerings and opportunities in CAATs to potential international students will, in great measure, determine their success and their survival in an increasingly globalized world.
The time for meaningful transformation in Ontario’s postsecondary system is now. To meet the needs of the emerging economy, reform must focus on innovation and applied learning that vaults our province ahead of its competition in creating the best-educated, best-prepared workforce in the world. Composed of distinct but equally valued and complementary partners, Ontario’s transformed postsecondary system will ensure that all students can reach their full potential through a broad array of theoretical and applied learning opportunities. Colleges will continue to be student focused, specializing in applied learning that leads to good jobs for graduates, addresses labour market needs and affords access to the broadest possible population. Colleges and universities will offer a range of credentials within their systems and collaborate on a multitude of programs that offer students the best of both. Expanded pathways will give students the opportunity to customize their post-secondary experience to match their interests. Online and blended learning, married to leading-edge technology, will enable students to learn anywhere, anytime, and in ways best suited to their learning styles. Students will be better prepared than ever before to meet the demands of the economy, and they will achieve their goals faster and at less cost.
For Canada to succeed, all Canadians must have the opportunity to develop and use their skills and knowledge to the fullest. So said the government of Prime Minister Paul Martin in the Speech from the Throne that opened the 37th Parliament of Canada in February 2004: “Investing in people will be Canada’s most important economic investment.”
Such an investment is critical. The new economy demands an increasingly educated and skilled workforce. To remain globally competitive, Canada needs to invest in raising the overall level of education and skills across the country. As well, Canada faces a shortage of skilled workers over the next 10 years, due to both retirement and the country’s low population
growth rate. To replace our aging workforce, Canada needs to look beyond traditional sources for future employees.
There are two major forces driving education today. The first is the economic reality that forces schools to
make the most effective use of dollars to improve student outcomes. The second is the exponential growth in digital tools — and subsequently digital content — that provides the foundation to transform and improve how instructors teach and how students learn. Let's address the economic driver first. For far too long the education sector has lagged behind the private
sector in adopting efficiencies and capabilities derived from technology. Virtually every other sector in the economy has been computerized, modularized and transformed over the past 30 years. Although there have been leaders for change, as witnessed by the efforts we applaud in this Yearbook, change has been difficult and delayed. The recent recession has only forced this issue to the forefront.
The second driver is technological. Digital content, more sophisticated assessment tools and myriad personal and mobile computing devices are emerging and taking center stage — all aimed at improving student achievement and preparing students to thrive in the careers of a digital economy. These emerging technologies, led by a cadre of educational technologists, are leading us down the right path. This Yearbook aims to help the education community continue on the right path. The first part of the Yearbook takes a look at IT spend, funding opportunities and top trends of the 2010-2011 school year to shed some light on what technologies are top of mind and how to fund them. The second part highlights 50 education innovators that have led the way and provided best-practice models to imitate. This look at what was done, who is doing it and where we are going is intended to provide inspiration and guidance to education leaders on their own innovative quests in education.
Students from a number of groups remain underrepresented in Ontario’s universities and colleges, including low-income students, Aboriginal students, first generation students whose parents did not attend a post-secondary institution, rural and northern students, and students with dependants. Improving access to higher education for these and other underrepresented groups is widely acknowledged as essential to building a more equitable society and to competing in the increasingly knowledge-based economy. Indeed, Premier McGuinty has stated his desire to see 70 per cent of Ontarians complete post-secondary education, and achieving this target will require a concerted effort to reduce participation gaps.
Vincent Tinto (1993) identifies three major sources of student departure: academic difficulties, the inability of individuals to resolve their educational and occupational goals, and their failure to become or remain incorporated in the intellectual and social life of the institution. Tinto's "Model of Institutional Departure" states that, to persist, students need integration into formal (academic performance) and informal (faculty/staff interactions) academic systems and formal (extracurricular activities) and informal (peer-group interactions) social systems.