A general debate swirls about the value of going to university. A more focused anxiety simmers as to whether
it is worth studying the humanities compared to the surely much more lucrative STEM fields (science, technology, engineering and math).
On one hand, young Ontarians hear predictions that most jobs of the future will require postsecondary skills and credentials. They are counselled that a university education still offers them the very best job prospects. Those without one will be disadvantaged, and in a punishing youth job market like today’s they will be disproportionately disadvantaged. Those with one – and that includes graduates from the humanities – will possess a set of transferable skills that will allow them to adapt to the unknowable future.
On the other side, young Ontarians are told about increasing tuition costs and high student debt levels; about university graduates unable to land jobs related to their field of study, especially in the humanities; about an erosion in the financial value of a degree, as the earnings advantage for those with one narrows; and about entrepreneurs and innovators who dropped out of university and made a fortune.
So many of our conversations about social media revolve around statistics: two billion Facebook users, 1.5 billion YouTube users, 800 million Instagram users. On a single day we produce 525 million tweets, upload 54 million photos, and watch five billion videos. It is the size of those audiences and the scale of the activity that prove so enticing to academics keen to descend from the ivory tower.
Discussions of Canada’s so-called “skills gap” have reached a fever pitch. Driven by conflicting reports and data, the conversation shows no signs of abating. On the one hand, economic indicators commonly used to identify gaps point to problems limited to only certain occupations (like health occupations) and certain provinces (like Alberta) rather than to a general skills crisis. On the other hand, employers continue to report a mismatch between the skills they need in their workplaces and those possessed by job seekers, and to voice concern that the postsecondary system is not graduating students with the skills they need.
During this latest recession the enormous losses being incurred by university endowment funds received extensive media attention. Ontario university administrators were sounding the alarm, warning that their institutions would have to cut expenses and take a hard line at thebargaining table as a result of endowment fund losses.
• To set out a conceptual design for a new accountability framework for Ontario PSE
• Framework intended as ppart of HEQCO’s advice on new multi‐year accountability aggreements
• Complements other HEQCO work on this topic
Significant investments are made in PSE at the provincial and federal level in Canada every year. At the federal level, the government spent over $12 billion on PSE in 2013-14.1 Annual federal investments in PSE are primarily made through the Canada Social Transfer, research support, various tax programs and the federal student financial aid system. CASA advocates on diverse issues related to improving student financial aid because it is an important mechanism for increasing access to PSE for all Canadians.
This paper is aimed at combining the advances in argumentation theory with the models used in the field of education to address the issue of improving students’ argu- mentative behavior by interacting with an expert. The concept of deeper or more sophisticated argumentative strategy is theoretically defined and used to advance two new coding schemes, based on the advances in the argumentation studies and aimed at capturing the dialectical, or structural, behavior, and the argumentative content of each dialogue unit. These coding schemes are then applied for a qualitative analysis of a study designed to investigate how students’ argumentative behavior can be influenced by the interaction with an expert, who used
specific types of attacks to the interlocutors’ posi- tions. The twofold coding shows at which dialogical level expert–peer interactions can directly and more stably affect students’ argumentative behavior, and what effects such more sophisticated strategies can have on the discussion and the analysis of disagreements. In particular, this paper shows how a specific type
of deep-level attack, the underminer, can open dialogues of a different level, focused on unveiling and debating background beliefs underlying a specific position.
California State University at Sacramento, like more than a thousand other institutions in the U.S., uses the learning
management system Blackboard Learn, but likely not for much longer.
Sacramento State is getting ready to upgrade. And like many institutions in its situation, the university is looking at systems that are hosted in the cloud and delivered as software as a service (SaaS).
Moving to the cloud normally means paying more, but it does come with some benefits. Virtually no downtime is a big one. Software providers can push new features and critical patches to all its customers in the cloud, instead of colleges having to take their systems offline for maintenance. Colleges also don’t need to worry about servers if their systems are hosted in the cloud.
When building an online program, there are certain big questions that need to be answered. Among them are: What kind of program you want it to be – high tech or low tech? Professor intensive or adjunct driven? Blended learning or fully online? What kind of technology will be used to deliver course content? What about opportunities for collaboration?
This study contributes to the literature on the schooling of homeless and highly mobile students. Although previous work has detailed the demographics of home- lessness, the effects of homelessness on academic progress, and particular legal issues in homeless education, this research focused on how individual and institutional relationships influence homeless education.
What is on the five-year horizon for higher eudacation instiregarding technology adoption? Which trends technology developments ill drive educational change? What are the challenges that we consider as solvable or difficult to overcome, and educational change steered the collaborative research and discussions of a body of 58 experts to produce the NMC Horizon Report: 2016 Higher Education Edition, in partnership with the EDUCAUSE Learning Initiative (ELI). This NMC Horizon Report series charts the five-year horizon for the impact of emerging technologies in colleges and universities across the globe. With more than 14 years of research and publications, it can be regarded as the world’s longest-running exploration of emerging technology trends and uptake in education.
SIX YEARS AGO, Georgia State University (GSU) gathered a decade’s worth of its historical data with the help of a third-party vendor — some 15,000 student records and 2.5 million grades — and applied advanced analytics. Officials hoped to use this information to uncover early-warning signs for students in danger of dropping out of school.
I’ve been ruminating lately about tests and wondering if our thinking about them hasn’t gotten into something of a rut. We give exams for two reasons. First, we use exams to assess the degree to which students have mastered the content and skills of the course. But like students, we can get too focused on this grade-generating function of exams. We forget the second reason (or take it for granted): exams are learning events. Most students study for them, perhaps not as much or in the ways we might like, but before an exam most students are engaged with the content. Should we be doing more to increase the learning potential inherent in exam experiences?
A recent Globe and Mail article pointed out that Canadian universities appear to be slipping in world rankings. This is not a good thing. Higher education institutions — because of the students they teach, the research and discoveries they make, and the communities they support — are some of the most critical public institutions in Canada positioning us for a robust economy with plentiful good jobs and the quality of life and civil society Canadians want and merit.
The challenge Canada faces in higher education is best summarized in this question: How can we deliver a better education to more students with no more money?
Rise of the machines: tools may monitor eye movement and facial expressions Computer-based teaching applications that monitor and respond to students’ performance are set to allow for increasingly personalised learning experiences, but users must have a say on how much information they are willing to share.
Seven years after our first study, Leaders in Transition: Stepping Up, Not Off, organizations are still botching transitions—but with greater bottom-line repercussions (DDI’s Global Leadership Forecast 2013|2014 found that companies’ facilitation of transitions positively correlated with financial performance—in a significant way). Leaders, facing added uncertainty asso-ciated with moves of greater complexity (e.g., geographical relocation) and an absence of prescribed career paths, have greater (unmet) personal and practical needs. As a result, engagement, productivity, and retention suffer, impacting not only leaders and those they lead, but also entire enterprises.
So what can be done to shift the transition paradigm from a precarious pas-sage to a smooth sail? Here’s what the data have to say.
Studies of faculty development efforts at a liberal arts college and a landgrant university suggest the programs can have an impact on student outcomes.
Intuitively, it makes sense that professors who spend time developing their teaching skills will become more effective instructors -- and that that will eventually translate to better student outcomes. Practically speaking,
though, the challenges of (and the variables involved in) tracing the effects of professional development on student learning are myriad. That’s probably why the research on the matter is patchy, relying largely on self-reported measures. But a new book based on data from two very different institutions purports to show that faculty members can learn to become more effective teachers.
To provide a detailed account of the nature and scope of recommendations for promoting faculty grant proposal success in academic medical settings.
The rapid turnover of technology and ever expanding network of data and information which underpin the knowledge economy have led to a reevaluation of the importance of knowledge to the economic process. Economists now conclude that human capital - the ideas, skills, and expertise of people - is a fundamental driver of economic growth. Demand for employees that possess a mix of both “hard” and “soft” skills is rising
In recent years, there has been a surge of research into early brain development. As recently as the 1980s, many professionals thought that by the time babies are born, the structure of their brains was already genetically determined. The role of experience on the developing brain structure was under-appreci-ated, as was the active role of babies in their own brain development through interaction with their environment (Shore, 1997). While much of the research examining brain func-tioning has been done with animals, new technologies are enabling more non-invasive research to be done with humans. Although there is still much to learn, we now know much more about the brain’s development and functioning.