It’s something many graduate students have heard: “You must be very intelligent.” It’s also the title of a new novel about academic life that asks if going to grad school really is a smart choice -- or even a sane one.
Author Karin Bodewits, co-founder of NaturalScience.Careers, an advice website, started writing You Must Be Very Intelligent: The Ph.D. Delusion (Springer), between the submission and defense of her doctoral thesis (biochemistry and microbiology) in 2011, while backpacking around South America. The first scribbles of it remain in the back of her travel guidebook. While people who read the first chapters encouraged her to continue, she said, she was scared of the potential consequences. Why? Take the prologue, to start.
This study analyzes the three different types of institutions—public schools, independent schools, and home schooling—that provided education to stu-dents in Canada over the 2000/01 to 2012/13 period. Specifically, this study quantifies enrolment numbers by type of education institution in order to better understand how Canadian students are being educated.
It is important to understand enrolment numbers within the context of a declining school-aged population. The number of Canadians aged 5 to 17 declined by 6.4 percent between 2000 and 2013. Every province except Alberta recorded a decline in their school-aged population over this period, affecting enrolment rates.
No one wants their writing to be the subject of ridicule and disdain, but that’s the lot of many academics, whose turgid, clumsy, lumpy prose is deemed unapproachable by readers outside the halls of academe. What’s the harm in writing for the few? Many good ideas that might be of public benefit are cloistered away. The articles in this collection describe what’s wrong with academic prose and how it could be improved.
One of the most dramatic changes at Ontario's universities over the last quarter century has been a shift in the nature of academic work away from full-time tenure-stream positions towards insecure, contract positions. OCUFA estimates that the number of courses taught by contract faculty at Ontario universities had nearly doubled - increasing by 97 per cent - betweem 2000-1 adn 2013-14.
Ensuring access to postsecondary education (PSE) for all qualified individuals is key to Ontario’s future competitiveness and equally critical from an equity perspective. This paper provides an empirical analysis of access to PSE among a number of under-represented (and minority) groups in Ontario, including comparisons to other regions. Having parents that did not attend PSE is the most important factor across the country, and the effects are even greater in Ontario than in some other regions. Being from a low-income household is considerably less important than parental education, and the income effects are even smaller in Ontario than in certain other regions. Aboriginal and disabled youth are also strongly under-represented groups in PSE in Ontario, driven entirely by their lower university participation rates, offset to different degrees by higher college participation rates . Rural students are also significantly under-represented (though to a lesser degree) in university, but again go to college at somewhat higher rates. Furthermore, for these latter groups, Ontario does not compare favourably to other regions. The children of immigrants are much more likely to go to university but somewhat less likely to attend college almost everywhere. Being from a single parent family has little independent effect on access to PSE, as is also the case for being a Francophone outside of Quebec, the latter effect in some cases actually being positive. Intriguingly, although females generally have significantly higher PSE (especially university) attendance rates than males, females in under-represented groups are generally more disadvantaged than males.
There is a global trend toward improving programs and student experiences in higher education through curriculum review and mapping of degree programs. This paper describes an action research approach to program improvement for a course-based MEd degree. The driver for continual program improvement came from actions and recommendations that arose from an
institutionally mandated, year-long, faculty led curriculum review of professional graduate programs in education. Study findings reveal instructors’ perceptions about how they enacted the recommendations for program improvement,
including (1) developing a visual conceptualization of the program; (2) improved connections between the courses; (3) articulation of coherence in goals and expectations for students and instructors; (4) an increased focus on action research; (5) increased ethics support and scaffolding for students; and (6) the fostering of communities of practice. Study findings highlight strengths of the current program and course designs, action items, and research needed for continual program improvement.
This project was designed to evaluate how an online social learning environment implemented within the disciplinarily-defined context of a university department might enhance academic engagement, research collaboration and the achievement of learning outcomes among undergraduate students. In developing this research, we were guided by the following research questions:
• How can social networking and progress-tracking technologies enhance academic engagement and student experience in a discipline-bounded environment?
• How can networked academic profiles create a more cohesive academic experience for students?
• Can use of networked academic profiles strengthen students’ academic orientation to new media and information literacy?
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.
Slides dealing with social media basic categories.
Since the turn of the 21st century, universities in Canada have undergone significant changes. Student enrolment has exploded. Between 2000/01 and 2012/13, the number of full-time equivalent students in universities grew from 676,000 to 1,050,000, an
increase of 55%. The number and proportion of international students in universities have doubled during the same period, from 45,800 to 132,000, or from 5% to 10% of total university students. The number of academic staff has also increased, but the growth in full-time positions has not matched the increase in student numbers. Between 2000/01 and 2012/13, the number of full-time permanent university professors increased by 32%.Meanwhile, the number of part-time and temporary academic staff grew by 69% and 49% respectively, and the number of international visiting professors or lecturers increased by 66% since 2004.
These changes took place while the population, aged between 17 and 24 years, which makes up the bulk of post-secondary
students, grew by only 15% since 2000.
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.
Hosting international students has long been admired as one of the hallmarks of internationalization. The two major formative strands of internationalization in Canadian universities are development cooperation and international
students. With reduced public funding for higher education, institutions are aggressively recruiting international students to generate additional revenue.
Canada is equally interested in offering incentives for international students to stay in the country as immigrants after completing their studies. In its 2011 budget, the Canadian federal government earmarked funding for an international
education strategy and, in 2010, funded Edu-Canada—the marketing unit within the Department of Education and Foreign Affairs (DFAIT)—to develop an official Canadian brand to boost educational marketing, IMAGINE:
Education in/au Canada. This model emulates the Australian one, which rapidly capitalized on the recruitment of international students and became an international success story. Given current Canadian higher education policy trends, this paper will address the cautionary lessons that can be drawn from the Australian case
Ontario needs to expand nursing education options to improve access to the nursing profession,
create better pathways amongst all nursing occupations, and build Ontario’s capacity to meet the
province’s long-term nursing needs
The opportunity
Ontario’s colleges are capable of playing a larger role within a long-term provincial strategy for
sustaining and renewing the nursing workforce Colleges have the ability to reach out to
prospective students from diverse backgrounds who have the potential to be successful in nursing
degree programs Many colleges are geographically located where there is a need for expanded access
to nursing education
Ontario’s vision for meeting the future need for baccalaureate-prepared nurses should include a
range of options, such as stand-alone university programs, stand-alone college programs, and
collaborative college-university programs This means a regulatory change is needed to authorize
colleges to grant the Bachelor of Science in Nursing degree Any college wishing to grant this
degree would be required to meet national accreditation standards established by the Canadian
Association of Schools of Nursing (CASN), as well as the requirements of the Postsecondary
Education Quality Assessment Board (PEQAB)
ecently, I gave a reading at a local independent bookstore for my new book, Trans/Portraits: Voices From Transgender Communities. The book uses an oral history framework to examine the daily lives of 34 transgender and nonbinary individuals
In 2004, former Ontario Premier Bob Rae was invited to lead the Postsecondary Education
Review to provide advice on the seemingly intractable job of reconciling the province’ aspirations for a high quality, highly accessible and affordable postsecondary education system with the level of financial support that governments have felt able to provide for this endeavor. The report was
considered extremely successful in providing 28 recommendations that were “sensitive to long
standing patterns of public opinion, articulated new public goals, [and] recognized the important
role to be played by each major stakeholder.”(Clark and Trick, 2006, p. 180).
As
Aboriginal learners who have followed their passion and found their voice at Ontario universities are spreading the word to their peers in a series of testimonials about the transformative power of a university education in hopes of inspiring other Aboriginal youth to see the benefit of higher education.
literacy. This commentary asks the question: What changes can the states and federal government make to education policy that will boost adolescent reading achievement?
Recently, American College Testing (ACT) issued a report about the problems with adolescent literacy (ACT, 2006). ACT thinks
America’s teens should be able to read well enough to get into college and to complete freshman year successfully (attaining at
least Cs in their basic subjects). Their analysis of middle and high school reading achievement over the past several years suggests this isn’t the case for a growing percentage of students. In fact, ACT reported that while many eighth graders are not on track for this kind of triumph, the numbers of students who are not ready actually increases as students move through high school; progressively fewer 10th and 12th graders are on track to do well.
Factors that can be controlled
• Factors that can be influenced
• Factors that cannot be controlled or influenced
This project, to support schools in involving parents in school improvement planning, was initially sponsored by the Education Improvement Commission (EIC) of Ontario. The mandate of the EIC expired in 2001. The Canadian Education Association (CEA) was contracted to conduct a three-year study of the project. Exploring the potential contribution of parent participation to school improvement planning (SIP), results of the study help answer four broad questions:
Abstract This study investigates the degree to which biodiversity concepts are included within university curricula in Ontario and provides a baseline for tracking this. A keyword search of undergraduate and graduate academic calendars from six Ontario universities was conducted. A list of 28 relevant keywords was developed, and university program descriptors were searched for these keywords, while considering core and elective courses within each program. Almost half (49.5%) of the 386 undergraduate programs, and 29.4% of the 327 graduate programs featured biodiversity keywords. Science programs showed the highest degree of integration (74.5% for undergraduate and 37.4% for graduate programs), followed by business programs (57.6% and 38.4%, respectively). The arts and social sciences showed the least biodiversity integration (25.8% of undergraduate and 21.0% of graduate programs). This research method provides a depth of understanding of biodiversity integration within university curricula, although the analysis is limited to the content provided in academic calendars.
Résumé Cette étude évalue le degré d’intégration des concepts de la biodiversité dans les programmes universitaires en Ontario, et établit des repères pour suivre cette intégration. Une recherche par mots-clés a été réalisée dans les calendriers des cours de premier cycle et de cycles supérieurs de six universités ontariennes. Nous avons dressé une liste de 28 mots-clés pertinents, puis avons effectué une recherche de ces mots-clés parmi les descripteurs de programmes universitaires, en englobant les cours obligatoires et facultatifs de chaque programme. Près de la moitié (49,5 %) des 386 programmes de premier cycle et 29,4 % des 327 programmes de cycles supérieurs étaient assortis de mots-clés liés à la biodiversité. Parmi tous les programmes, les programmes scientifiques ont démontré le degré d’intégration le plus élevé (74,5 % pour le premier cycle et 37,4 % pour les cycles supérieurs), suivis des programmes en commerce (57,6 % pour le premier cycle et 38,4 %, pour les cycles supérieurs). Par ailleurs, les arts et les sciences sociales ont démontré la plus faible intégration de la biodiversité (25,8 % pour le premier cycle et 21,0 % pour les cycles supérieurs). Cette méthode de recherche permet de mieux comprendre l’intégration de la biodiversité dans les programmes universitaires, même si l’analyse se limite au contenu indiqué dans les calendriers des cours.