Overview
The majority of employers continue to say that possessing both field-specific knowledge and a broad range of knowledge and skills is important for recent college graduates to achieve long-term career success. Very few indicate that acquiring knowledge and skills mainly for a specific field or position is the best path for long- term success. Notably, college students
recognize the importance of having both breadth and depth of skills and knowledge for their workplace success.
Echoing findings from previous Hart Research employer surveys, employers say that when hiring, they place the greatest value on demonstrated proficiency in skills and knowledge that cut across all majors. The learning outcomes they rate as most important include written and oral communication skills, teamwork skills, ethical decision-making, critical thinking, and the ability to apply knowledge in real-world settings. Indeed, most employers say that these cross-cutting skills are more important to an individual’s success at their company than his or her undergraduate
major.
Today, students view mobility among, and access to, the different educational experiences as offered by colleges and universities as essential to their success in the workplace; they need to equip themselves with skills in a way that sets them apart from the rest and best speaks to their own interests and aptitude, and move more seamlessly between certificate, diploma, apprenticeship and
degree programs.
HIGHER EDUCATION IS IN TRANSITION – one as significant as when Gutenberg’s printing press hastened the transition from a world based on oral communication to one based on the written word. Consider the following challenges higher education faces: ፖ Public funding for higher education provides less than half of what it did at its height in the 1980s1. ፖ College tuition and fees increased 600% since 1980, much faster than real household income, inflation, and healthcare costs2. ፖ 70% of people with high school degrees (or equivalent) seek post-secondary education opportunities, up from less than 40% just a generation ago. The total number of people seeking higher education soon will hit 20 million3. ፖ 85% of higher-education seekers are older than 24, attending part time, seeking a degree other than a baccalaureate, and not living in or around a residential university4. Yet we continue to wedge the majority of students, the so-called “nontraditionals,” into inflexible educational structures that were built for 18-22 year olds and that have changed very little in almost a millennium. ፖ Students and faculty have equal access to today’s “Google world” of ubiquitous information, shifting educational needs from information access to information evaluation, information application to solve complex problems, and creation of new knowledge. Some say that higher education is dead5, the next “bubble” about to burst. At the very least, it’s an enterprise ripe for disruption6.
The first edition of The Challenge of Change was published in 1997. It turned out that this was precisely the year when the field of educational change began a major shift toward deeper action and large-scale reform.
The occasion was Tony Blair’s first term election in England in May, 1997. He came into power with a clear and explicit education platform in which literacy and numeracy were named as the core priorities. Blair and his government committed in advance to targets of 80% proficiency in literacy and 75% in numeracy for 11-year-olds — starting at a base of 62%. This was an enormous undertaking because it involved the entire system of 20,000 schools and a timeline of essentially four years.
In the second edition of Six Lenses for Anti-Oppressive Education: Partial Stories, Improbable Conversations, editors Bic Ngo and Kevin Kumashiro bring together multiple perspectives that examine, analyze, and bring to the fore systemic oppressive social relations. They investigate racism, (hetero)sexism, white privilege, classism, and the global neoliberal economic system, as well as offer tools—or lenses—for conceptualizing anti-oppressive education.
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.
Educators tasked with finding instructional materials for their districts and classrooms face a dizzying array of options these days. Classroom resources are available in print, digital textbook formats, and online. They can be paid for, subscribed to, or downloaded for free. They’re available as comprehensive, yearlong curricula; individual thematic units; and single activities and games.
Several forces have collided to bring the market to this confusing, yet ultimately academically promising point: The majority of states are now using the Common Core State Standards, meaning there are more opportunities to share materials across state lines. States are increasingly letting districts choose their own instructional materials, rather than forcing them to select from an approved list. There’s been a recent push, including from the federal government, to make online instructional materials free and open to the public—known as open educational resources
Getting students to take their reading assignments seriously is a constant battle. Even syllabus language just short of death threats, firmly stated admonitions regularly delivered in class, and the unannounced pop quiz slapped on desks when nobody answers questions about the reading don’t necessarily change student behaviours or attitudes. Despite the correlation between reading and course success, many students remain committed to trying to get by without doing the reading, or only doing it very superficially, or only doing it just prior to exam dates. In return, some exasperated instructors fall into the trap of using valuable class time to summarize key points of the readings. It’s not a new problem, and clearly we can’t simply bemoan the fact that students don't read. Furthermore, doing what we’ve been doing — the threats, the endless quizzes, the chapter summaries — has failed to solve the problem. The better solution involves designing courses so that students can’t do well without reading, and creating assignments that require students to do more than just passively read.
Featuring 11 articles from The Teaching Professor, this special report was created to give faculty new ways of attacking an age-old problem. Articles in the report include:
. Enhancing Students’ Readiness to Learn
. What Textbook Reading Teaches Students
. Helping Students Use Their Textbooks More Effectively
. Text Highlighting: Helping Students Understand What They Read
. When Students Don’t Do the Reading
. Pre-Reading Strategies: Connecting Expert Understanding and Novice Learning
Whether your students struggle with the material or simply lack the motivation to read what’s assigned, this report will help ensure your students read and understand their assignments.
Ontario’s colleges share the provincial government’s belief that apprenticeship must play a greater role in addressing skills shortages and contributing to innovative, high-performance workplaces that enhance Ontario’s competitiveness.
Given the severity of the economic downturn, Ontario faces an immediate, serious challenge as apprenticeship workplace training is disrupted. Businesses are less able to take on apprentices and registrations drop as apprentices are often last on a company’s payroll and first off. To help apprentices and their employers, Ontario’s colleges propose that the government:
Instructors have temporary experiences with groups of students each semester. Even so, these brief moments have the power to change lives. As professors, we decide the impact of our semester-long relationships. We decide to what degree we will work towards student engagement and transformation within our courses. If you would like to create a community of engaged learners within your classroom, it takes more than regurgitating the most compelling content, and it goes beyond collaborative pedagogical practices. The secret to inspiring and transforming students rests in the power of building a community of learners.
Included in this addendum are the fi ndings for the Noel-Levitz 2014 National Freshman Attitudes Report by race/ethnicity for incoming students. These data show the percentage of students within each group that agreed with each item.
With the academic job market in full swing, people are applying to multiple positions, in hopes of landing a faculty
job somewhere, anywhere.
For those who don’t make the shortlist — or who may have decided that a professorship isn’t for them after all — a big market for people with Ph.D.s has emerged at Amazon, the retail behemoth.
The retail behemoth has hired nearly 500 Ph.D.s, former professors among them, since the beginning of this year to work in its applied-science and research-science units, according to company figures. The pace and scale of that
hiring are far greater than those of any college or university in the country.
Brock University envisions itself as a dynamic postsecondary educational institution that:
1) Makes a difference in the lives of individuals in our Brock community, the Niagara Region,
Canada, and the world;
2) Demonstrates leadership and innovation in teaching and learning across disciplines; and 3) Extends knowledge through excellence in research, scholarship, and creativity.
There is no formal mandate for or tradition of inter-sectoral collaboration between community colleges and universities in Ontario. Following a regulatory change introduced by the College of Nurses of Ontario in 1998, all Registered Nurse educational
preparation was restructured to the baccalaureate degree level through province-wide adoption of a college-university collaborative nursing program model. Despite complex sectoral differences in organizational culture, mandates, and governance structures, this program model was promoted by nursing educators and policy-makers as an innovative approach to utilizing the post-secondary system’s existing nursing education infrastructure and resources. This paper provides an overview of the introduction of Ontario’s collaborative baccalaureate nursing programs and discusses some of challenges associated with implementing and maintaining such programs.
Recent adult immigrants1 arrive in Canada but some find difficulty obtaining jobs or attaining employment in their fields of expertise. This prompts a substantial number to attend post-secondary education (PSE) to improve their Canadian credentials, where they often face access and completion barriers. This synthetic review is divided into two parts. The first part consists
of two quantitative analyses of the Longitudinal Survey of Immigrants in Canada (LSIC); the first examines the economic integration of recent immigrants with respect to entry class, and the second provides an analysis of immigrant’s PSE pathways as a means of locating employment that match their qualifications. The second qualitative section, examines the responsiveness of universities and colleges to recent immigrants that enter PSE to receive Canadian credentials and work experience.
This paper presents the findings of a research study on a complete course re-design of a large first-year class, which changed the learning environment and reduced boundaries to allow for more meaningful student engagement and improved student learning. The specific purpose of this study was to determine if a blended course design can increase student engagement and influence students’ approach to learning in a large first-year course.
In 2011, HEQCO issued a call for research projects related to technology-enhanced instruction. Part of a broader effort to identify and evaluate innovative practices in teaching and learning, HEQCO’s purpose in commissioning these projects was both to inform best practices at the classroom, institution and policy levels, as well as to encourage institutions and faculty members to assess the effectiveness of what they were doing in the classroom.
Now that the technology studies have concluded and that most have been published, this report draws some broader conclusions from their methods and findings. First, it reflects on how certain key terms related to technology-enhanced instruction, such as ‘blended’ and ‘hybrid’, have fluid and contextual definitions that can create confusion by disrupting terms of reference that are assumed to be common. Then, it identifies common pitfalls in the implementation of technology in the
classroom to consider how new tools might be introduced and integrated more effectively. Finally, it highlights methodological lessons about the challenges of blending research and practice in the classroom.
Attainment of a post-secondary education has become a prerequisite to participate in the Canadian workforce. This shift was precipitated by a recession that resulted in the near-collapse of Canada’s manufacturing sector, but it reflects a broader shift that has been happening for the past two decades in Canada and around the world.
Extrinsic incentives and constraints, such as the promise of a reward or the expectation of an evaluation, have long been used by educators to motivate students. Previous research has consistently found that expected reward consistently undermines intrinsic task motivation and creativity of products and performance in students of all ages. For a majority of learners, the promise of a reward made contingent on engagement in an open-ended task frequently serves to undermine intrinsic task motivation and qualitative aspects of performance, including creativity.
While a wide variety of publications have suggested that the development of student creativity should be an important objective for contemporary universities, information about how best to achieve this goal across a range of disciplinary contexts is nonetheless scant. The present study aimed to begin to fill this gap by gathering data (via an electronic survey instrument) about how the teaching and learning of creativity are perceived and enacted by instructors in different disciplines at Ontario universities. Results indicated points of both convergence and divergence between respondents from different fields in terms of their understandings of the place of creativity within courses and programs, and in terms of strategies they reported using to enable creativity in their students. We discuss the implications of these findings, including the ways in which the data speak to ongoing debates about the role of disciplines within teaching, learning, and creativity more broadly.