The New Technologies: New Pedagogies project endeavoured to take an innovative approach not only in the creation of new, authentic pedagogies for mobile devices but also in the action learning approach adopted for the professional development of participants. The project involved 19 people including teachers, IT and PD personnel. It was a large and ambitious project that resulted not only in a range of innovative pedagogies, but in the creation of more knowledgable and confident users of mobile technologies among teachers and students in the faculty of Education at the University of Wollongong.
Every one of us is on a journey, a journey of life. In this journey, we grow, change, and develop along several dimensions ---intellectual, social, civic, physical, moral, spiritual, and religious. And we develop holistically and not departmentally, i.e., we simultaneously develop our mind, sense of self, and relationships with others. In this journey of life, we, and especially
during the traditional college years of ages 18-24, are actively involved in asking several questions about ourselves, including these three.
• How do I know?
• Who am I?
• How do I relate to others?
The digital revolution is transforming our work, our organisations and our daily lives. Driverless cars are now legal in three American states. One third of payments in Kenya are made via mobile phones. Wearable computing will soon mean that your jacket will monitor your heart rate (should you want it to). I have seen a violin - played beautifully - that was 3-D printed.
This revolution is already in homes across the developed world and increasingly in the developing world too. And there, it is transforming the way children and young people play, access information, communicate with each other and learn. But, so far, this revolution has not transformed most schools or most teaching and learning in classrooms.
Abstract
Inspired by Ontario’s burgeoning interest in postsecondary student mobil- ity, this article examines how elements of Europe’s Bologna Process can help bridge the college–university divide of Ontario’s postsecondary system. Via discourse analysis of relevant qualification frameworks and program stan- dards, it argues that the current system disadvantages students by failing to recognize that the Ontario advanced (three-year) diploma in Architectural Technology is equivalent to a baccalaureate-level qualification in the inter- national context. The article concludes by discussing the larger significance of these findings in terms of ongoing debates about the “changing places” (HESA, 2012) of degrees in the Canadian higher education system.
Résumé
Inspirés par l’intérêt naissant de l’Ontario envers la mobilité des étudiants postsecondaires, les auteurs du présent article examinent comment les éléments du processus de Bologne en Europe peuvent contribuer à combler le fossé collège-université du système d’enseignement postsecondaire de l’Ontario. Grâce à l’analyse du discours portant sur des normes de programme et des structures de qualification pertinents, l’article fait valoir que le système actuel désavantage les étudiants du
fait qu’il omet de reconnaître que le diplôme ontarien de niveau avancé (trois ans) en technologie de l’architecture équivaut à une qualification d’un niveau correspondant au baccalauréat dans un contexte international. Enfin, l’article conclut en abordant l’importance plus grande de ces constatations en termes de débats ayant cours à propos des « autres lieux » (HESA, 2012) des diplômes ou grades du système d’enseignement supérieur du Canada.
Students today come from all walks of life. Traditional students, straight from a high school setting, now represent only a portion of the student population in colleges and universities. This is largely due to students fulfilling needs around work, family, and obligations outside of the traditional educational setting. These students bring with them wonderful personal and professional experiences that not only enhance the classroom experience, but also shape and contribute to their educational goals and aspirations. Many students feel they should be able to utilize their life experiences as part of their educational journey. This document will examine offering credit for life experiences, and how it can be mutually beneficial for students and institutions.
Higher education, like other sectors, now functions in a global environment of consumers, employees, competitors and partners. The fundamental missions of teaching, research and service remain unchanged, but the avenues for pursuing them have greatly expanded due to globalization.
The earliest studies of undergraduate retention in the United States occurred in the 1930s and focused on what was referred to at the time as student mortality: the failure of students to graduate (Berger & Lyon, 2005). Historically higher education research has had an eye toward pathology with a focus on repairing students’ problems (Shushok & Hulme, 2006). To this end, much research exists on why students fail to persist as opposed to why they succeed. Strength-based approaches to the study of undergraduate retention involve studying successful students. Studying what is right with students may illuminate new aspects of successful student experiences which can in turn be applied to supporting all students. This paper will provide a brief historical overview of undergraduate retention followed by factors commonly related to undergraduate retention. Finally, an overview of the recent application of motivational theories to understand undergraduate retention including attribution theory, expectancy theory, goal setting theory, self-efficacy beliefs, academic self-concept, motivational orientations and optimism will be provided. Considerations for the future of motivational theories in undergraduate retention will be discussed with particular emphasis on the value of strength-based approaches to study and practice.
Educational disparities in U.S. adult mortality are large and have widened across birth cohorts. We consider three policy relevant
scenarios and estimate the mortality attributable to: (1) individuals having less than a high school degree rather than a high school degree, (2) individuals having some college rather than a baccalaureate degree, and (3) individuals having anything less than a laureate degree rather than a baccalaureate degree, using educational disparities specific to the 1925, 1935, and 1945
cohorts.
For most educators, writing a philosophy of teaching statement is a daunting task. Sure they can motivate the most lackadaisical of students, juggle a seemingly endless list of responsibilities, make theory and applications of gas chromatography come alive for students, all the while finding time to offer a few words of encouragement to a homesick freshman. But articulating their teaching philosophy? It’s enough to give even English professors a case of writer’s block.
Traditionally part of the teaching portfolio in the tenure review process, an increasing number of higher education institutions are now requiring a philosophy of teaching statement from job applicants as well. For beginning instructors, putting their philosophy
into words is particularly challenging. For one thing they aren’t even sure they have a philosophy yet. Then there’s the added pressure of writing one that’s good enough to help them land their first teaching job.
This Faculty Focus special report is designed to take the mystery out of writing teaching philosophy statements, and includes both examples and how-to articles written by educators from various disciplines and at various stages of their professional careers. Some of the articles you will find in the report include:
• How to Write a Philosophy of Teaching and Learning Statement
• A Teaching Philosophy Built on Knowledge, Critical Thinking and Curiosity
• My Teaching Philosophy: A Dynamic Interaction Between Pedagogy and Personality
• Writing the “Syllabus Version” of Your Philosophy of Teaching
• My Philosophy of Teaching: Make Learning Fun
As contributor Adam Chapnick writes, “There is no style that suits everyone, but there is almost certainly one that will make you more comfortable. And while there is no measurable way to know when you have got it ‘right,’ in my experience, you will know it when you see it!”
Mary Bart
Content Manager
Faculty Focus
OVER THE LAST FIVE YEARS OR SO WE HAVE HEARD A great deal about something called the Knowledge Society. The term ‘knowledge’ is appearing in places we wouldn’t have expected to see it a decade or so ago. The media is full of references to the knowledge economy and the knowl-edge revolution; business discussions now routinely talk about knowledge management, knowledge resources, knowledge clusters, knowledge work, and knowledge workers; and policy documents argue for the need to ‘catch’ the knowledge ‘wave’.
Social and emotional skills, such as perseverance, sociability and self-esteem, help individuals face the challenges of the 21st century and benefit from the opportunities it brings. Policy makers, teachers and parents can help foster these skills by improving the learning environments in which they develop. This paper reviews international evidence, including those from Japan, to better understand the learning contexts that can be conducive to children’s social and emotional development. It sheds light on features that underlie successful learning programmes including intervention studies. Reviewed evidence suggests that there are important roles for families, schools and communities to play in enhancing children’s social and emotional skills, and that coherence across multiple learning contexts needs be ensured. While most of the evidence comes from the United States and the United Kingdom, the paper suggests that further efforts could be made in Japan in collecting and better exploiting micro-data on a range of social and emotional skills, as well as in evaluating effectiveness of nterventions designed to raise social and emotional skills.
Education PLUS is the hidden dividend that learners come to acquire if they are educated in what we call the new pedagogies ‐ powerful new learning modes steeped in real world problem solving now made more telling through recent, rapid developments in the use of technology for interactive learning.
We can and will define the core learning outcomes as the ‘Six Cs of Deep Learning’, but we first must understand the existential essence of this new human being. It is no exaggeration to say that the new pedagogies have the potential to support a fundamental transformation in human evolution. The result is that action, reflection, learning and living can now become one and the same. This seamless ‘ecology’ of life and learning occurs during what we used to know as formal schooling, post‐secondary and higher education, but then continues throughout life. In this model, learning, doing, knowing, adapting, inventing and living become practically indistinguishable. Although we offer here a philosophical note on Education PLUS we are deeply involved with practitioners around the world in doing this new work of learning on an increasingly large and deep scale. The
developments we describe are happening in real time, and we predict will take off in the immediate future.
One of the primary functions of many Ontario universities and colleges is to provide students with a high quality teaching and learning experience. However, as resources are stretched and postsecondary institutions focus more on research, funding into teaching development and support has been put at risk. A number of additional challenges – including rising
student/faculty ratios and class sizes, an aging faculty population, outdated methods of instruction and curriculum design, and uneven access to teaching development for new instructors – are making it even more difficult to develop and maintain quality teaching. Many student associations, faculty and administrators, the general public, as well as provincial government officials have agreed that the quality of the teaching and learning experience available to students at Ontario’s colleges and universities is increasingly at risk.
This report analyzes the economic impact of post-secondary education (PSE) in Canada. It is one of three foundational studies by The Conference Board of Canada’s Centre for Skills and Post-Secondary Education. The report considers three kinds of economic impact: spending in the economy (either directly by PSE institutions or indirectly through tourism and other channels), human capital formation, and intellectual capital formation. The report develops a bottom-up approach to understanding impacts, from the PSE institutions to the broader economy.
The potential impacts and implications of technology on the professional lives of instructors in higher education, and the role of leadership in integrating educational technology, present a variety of complexities and challenges. The purpose of this paper is to identify the reasons why faculty members are not fully embracing technology and what leadership exists in those institutions to help instructors adapt to technology in the teaching and learning process. The authors examine instructor’s perceptions and attitudes related to educational technology as it applies to the learning process and investigated the organization-wide view of leadership in the education institutions. The authors also developed a theoretical model for how leadership can be applied in the use of educational technology in higher education. The model contains five major blocks. In addition to the concerns of higher education faculty, this paper also considers the impact educational technologies have on instruction itself and why many faculty members view the technology as being too difficult to apply to existing technology infrastructure.
Team-based learning, or TBL, is an application-oriented teaching method that combines small- and large-group learning by incorporating multiple small groups into a large group setting. It has been increasingly used in postsecondary and professional
education over the past two decades. Given this increasing us- age, many faculty wonder about the effects TBL has on learning outcomes. The authors performed a review and synthesis on the educational literature with respect to TBL to examine the quality of their descriptions of core TBL elements, then con- structed narrative summaries of these selected articles. Their analysis demonstrated early evidence of positive educational outcomes in terms of knowledge acquisition, participation and engagement, and team performance. The authors conclude that the TBL literature is at an important maturation point, where more rigorous testing and study of additional questions relating to the method are needed, as well as more accurate reporting of
TBL implementation.
This paper examines the long-term labour market premiums associated with completing a college certificate and a bachelor's degree, compared to completing a high school diploma. Several labour market outcomes of individuals are examined with longitudinal data over a 20- year period spanning their mid-30s to their mid-50s. The findings show that individuals who have a bachelor's degree or a college certificate have more favourable labour market outcomes over their working lives than individuals who have only a high school diploma. More specifically, the earnings premium associated with a bachelor's degree over the 20-year period ranges, on average, from $728,000 for men to $442,000 for women. For a college certificate, the premium is $248,000 for men and $180,000 for women, on average. The earnings premium associated with a bachelor's degree is much larger at the top of the distribution for men than it is for women. The study also finds that, for both men and women, a bachelor's degree and a college certificate are associated with more years of coverage in an employer-sponsored pension plan
and fewer layoffs than a high school diploma.
Ontario's colleges of applied arts and technology (CAATs) were granted authority to offer degrees in 2000, and the first degree programs were offered in 2002. The rationale for granting colleges permission to offer degrees was threefold: first it was to meet the needs of a higher skilled workforce in a changing economic, social and political environment: second, it was to widen access to degrees for Ontarians overall, but particularly for students from disadvantaged backgrounds who are more likely to attend a college than a university; and third, it was anticipated that college degrees would be less expensive than university degrees for students and governments (Skolnik 2016b)
Canadians invest considerable energy, resources, and personal and societal aspiration into postsecondary education. It is good public policy to assess how we are doing and what outcomes we are achieving with that investment. One of HEQCO’s core mandates is to evaluate the postsecondary sector and to report the results of that assessment. To that end, in this report, we have assembled data that assess the performance of Canada’s 10 provincial public postsecondary education systems.
Kids today spend their lives outside school surrounded by video whether on their TV screens, tablet PCs, laptops or
smartphones. Too often, the video stream shuts off inside theclassroom doors. But if students are given access to video tools in core classes — especially tools that allow them to produce their own videos — they are not only more engaged in their coursework, but learn valuable 21st-century skills. On average, one-third of high schoolers today don’t graduate; the number is 50 percent or higher for African-Americans and Hispanics. Studies show that one key contributor is lack of engagement:
Students don’t like school and report being bored. According to the 2010 High School Survey of Student Engagement, 55 percent of students said projects involving technology would help them feel more interested in school (49 percent said art and drama would help; 60 percent said group projects).2 Creating video in the classroom often taps all of these interests.
Video technology can also help foster vital skills needed for the 21st century. The 21st Century Framework (see graphic below),
developed by the Partnership for 21st Century Skills, sets forth standards for student achievement to ensure success in today's
technological world. The framework includes skills that are reinforced by student video creation such as creativity, communication and media mastery.