Women who start college in one of the natural or physical sciences leave in greater proportions than their male peers. The reasons for this difference are complex, and one possible contributing factor is the social environment women experience in the classroom. Using social network analysis, we explore how gender influences the confidence that college-level biology students have in each other’s mastery of biology. Results reveal that males are more likely than females to be named by peers as being
knowledgeable about the course content. This effect increases as the term progresses, and persists even after controlling for class performance and outspokenness. The bias in nominations is specifically due to males over-nominating their male peers relative to their performance. The over-nomination of male peers is commensurate with an overestimation of male grades by 0.57 points on a 4 point grade scale, indicating a strong male bias among males when assessing their classmates. Females, in contrast, nominated equitably based on student performance rather than gender, suggesting they lacked gender biases in filling out these surveys. These trends persist across eleven surveys taken in three different iterations of the same Biology course. In
every class, the most renowned students are always male. This favoring of males by peers could influence student self-confidence, and thus persistence in this STEM discipline.
Whenever I assign a long reading for homework or offer to peruse one collectively, a tremendous
sigh can be heard filling up the room. Groans of “Do we have to?” or “I’ve never read anything that
long in my life” punctuate the anticipated boredom, and everyone settles in to (grudgingly) do the
work.
For instructors, that isn’t a rare occurrence. Our roles require us teach basic tenets of literature, engage students in thinking about rhetoric and symbolism, and ideally guide them as they evolve into better writers and critical thinkers. However, as we try to reach students who are reading increasingly shorter and shorter pieces, or not at all, one question arises: Do we need to change how and what we teach in English courses, or is it already too late?
The OECD’s Brain and Learning project (2002) emphasized that many misconceptions about the brain exist among professionals in the field of education. Though these so-called “neuromyths” are loosely based on scientific facts, they may have adverse effects on educational practice. The present study investigated the prevalence and predictors of neu-romyths among teachers in selected regions in the United Kingdom and the Netherlands. A large observational survey design was used to assess general knowledge of the brain and neuromyths. The sample comprised 242 primary and secondary school teachers who were interested in the neuroscience of learning. It would be of concern if neuromyths were found in this sample, as these teachers may want to use these incorrect interpreta-tions of neuroscience findings in their teaching practice. Participants completed an online survey containing 32 statements about the brain and its influence on learning, of which 15 were neuromyths. Additional data was collected regarding background variables (e.g., age, sex, school type). Results showed that on average, teachers believed 49% of the neuromyths, particularly myths related to commercialized educational programs. Around 70% of the general knowledge statements were answered correctly. Teachers who read popular science magazines achieved higher scores on general knowledge questions. More general knowledge also predicted an increased belief in neuromyths. These findings sug-gest that teachers who are enthusiastic about the possible application of neuroscience findings in the classroom find it difficult to distinguish pseudoscience from scientific facts. Possessing greater general knowledge about the brain does not appear to protect teachers from believing in neuromyths. This demonstrates the need for enhanced interdisciplinary communication to reduce such misunderstandings in the future and establish a successful collaboration between neuroscience and education.
“905” Residents are most likely to identify jobs/unemployment” as the most important issue currently facing the Ontario government.
Recommendations for Documentation Standards
and Guidelines for Post-Secondary Students
with Mental Health Disabilities
A project funded by the Ontario Ministry of Training, Colleges and Universities' Mental Health Innovation Fund
The Cloud Goes to School
As governments around the world struggle with doing more with less, efficiency analysis climbs to the top of the policy agenda. This paper derives efficiency measures for more than 8,600 schools in 30 countries, using PISA 2012 data and a bootstrap version of Data Envelopment Analysis as a method. We estimate that given current levels of inputs it would be possible to increase achievement by as much as 27% if schools improved the way they use these resources and realised efficiency gains. We find that efficiency scores vary considerably both between and within countries. Subsequently, through a second-stage regression, a number of school-level factors are found to be correlated with efficiency scores, and indicate potential directions for improving educational results. We find that many efficiency-enhancing factors vary across countries, but our analysis suggests that targeting the proportion of students below low proficiency levels and putting attention to
students’ good attitudes (for instance, lower truancy), as well as having better quality of resources (i.e. teachers and educational facilities), foster better results in most contexts.
This article makes the case that Canadian universities—both within and be- yond their campuses—must broaden their visions of third-age learners. Ca- nadian third-age learners—defined for the purposes of this article as persons seeking formalized education who are in the stage of life beginning at retire- ment—are more numerous, active, financially stable, and diverse as well as healthier and better educated than at any other time in our history. It follows that Canadian universities have much to offer and gain by both deepening and broadening their involvement with these learners. I argue that universi- ties must consider multi-pronged forms of collaboration and must be motivated, at all times, not by short-sighted financial concerns but by their core obligation to serve the public good by fostering community engagement.
The University/College Applicant Study™ (UCAS™) has been surveying applicants for over 18 years to gain insights into the post-secondary education (PSE) decision-making process. The study includes the measurement of:
Applicant demographics, including socio-economic characteristics and educational profile
Key decision factors weighed by applicants when they consider a PSE institution (academic, campus, extracurricular, financial, nurturing, outcome and reputation), and the impact of these factors on their application decisions.
Students waste about one-fifth of class time on laptops, smartphones and tablets, even though they admit such behavior can harm their grades, a new report [1] found.
The average student uses those devices for “nonclass purposes” -- in other words, texting, emailing and using social media -- 11.43 times in class during a typical day. Since the survey was first conducted in 2013 [2], the number of times students check their devices has increased from 10.93, according to the results.
This report is part of a wider three-year program of research, Vocations: the link between post-compulsory education and the labour market, which is investigating the educational and occupational paths that people take and determining how their study relates to their work. Previously the authors theorised that vocational streams, whereby people study for a field of practice rather than a specific job, could support occupational progression; for example, a ‘care’ vocation could include workers within aged care, mental health, child care and disability care.
This report looks specifically at mid-level qualifications, such as diplomas, advanced diplomas and associate degrees, and how they assist entry to and progression in the labour market. In order to explore these issues, the authors analyse data from the Student Outcomes Survey and the Survey of Education and Work. In addition, they undertake case studies of mid-level qualifications in engineering and finance and also examine the roles of physician assistants in health, and veterinary technologists in agriculture, to see how mid-level qualifications can be strengthened.
If we believe in the active-learning classroom — that the only way to bring about real learning is to engage students in ways that help them revise and broaden their thinking — then student participation is a nonnegotiable part of the equation. Learning does not happen without the student actively taking part.
Oddly, however, given its importance, our own definition of “student participation” is often quite limited. In the scholarship on teaching and learning, that term is almost always defined narrowly as the degree to which students take part in class discussions. And while discussion is obviously an important component of an active-learning classroom, it’s not the only component. There are many other ways in which students participate in class: writing, researching, and contributing to small group activities are just a few. If we want to accurately assess and reward participation in our courses, we need to expand our definition to include more than just the amount of times that students raise their hands.
The focus of the article is to provide recommendations for how to design learning environments to foster
greater creativity. I bring together art education research, creativity research, and learning sciences research to provide recommendations for how to design learning environments to foster creative learning outcomes.
In recent years, we’ve been exposed to increasing amounts of headlines about the possibility of machines becoming more intelligent than human beings, and even wresting control over the planet from us entirely. These threatening predictions, which may or may not yet come true, are the result of significant developments in the computer science field called artificial intelligence (also known as AI).
Readers of Faculty Focus are probably already familiar with backward design. Most readily connected with such
researchers as Grant Wiggins, Jay McTighe, and Dee Fink, this approach to course construction asks faculty to initially ignore the specific content of a class. Rather, the designer begins the process by identifying desired learning goals, and then devising optimal instruments to measure and assess them. Only thereafter does course-specific content come into play—and even then, it is brought in not for the sake of “covering” it, but as a means to achieve the previously identified learning objectives. Courses designed this way put learning first, often transcend the traditional skillset boundaries of their discipline, and usually aim to achieve more ambitious cognitive development than do classes that begin—and often end—with content mastery as the primary focus. Although the advantages of backward design are manifest, it’s probably still the exception to, rather than the rule of, course planning.
The central goal of the Canadian residential school system was to ‘Christianize’ and ‘civilize’ Aboriginal people, a process intended to lead to their cultural assimilation into Euro-Canadian society. This policy goal was directed at all Aboriginal people and all Aboriginal cultures. It failed to take into account the devel-opment of new Aboriginal nations, and the implications of the Indian Act’s definition of who was and was not a “status Indian” and the British North America Act’s division of responsibility for “Indians.” In the government’s vision, there was no place for the Métis Nation that proclaimed itself in the Canadian Northwest in the nineteenth cen-tury. Neither was there any place for the large number of Aboriginal people who, for a variety of reasons, chose not to terminate their Treaty rights, or for those women, and their children, who lost their Indian Act status by marrying a person who did not have such status. These individuals were classed or identified alternately as “non-sta-tus Indians,” “half-breeds,” or “Métis.” In different times or different places, they might also identify themselves by these terms, but often they did not. Instead, they might view themselves to be members of specific First Nations, Inuit, or Euro-Canadian societies. For the sake of clarity, this chapter generally uses the term Métis to describe people of mixed descent who were not able, or chose not, to be registered as Indians under the Indian Act. It should be recognized that not all the people described by this term would have identified themselves as Métis during their lives, and that the histo-ries of these people varied considerably, depending on time and location.
This study examined aspects of approval processes for baccalaureate degree programs in colleges in the following 11 jurisdictions: Alberta, British Columbia, Austria, Denmark, Finland, Flanders, Florida, Germany, Ireland, the Netherlands, and New Zealand. More detailed profiles are provided for seven of the jurisdictions. In order to make the data more relevant for the Ontario reader, some comparisons with characteristics of the baccalaureate degree approval process in Ontario are noted.
In Ontario, the topic of increasing transferability between colleges and universities has recently attracted the attention of
numerous individuals in the fields of higher education, politics and the local media – many of whom have suggested that increasing the availability of college to university transfer programs, also known as articulation agreements, would facilitate pathways to higher education for a greater number of students from diverse backgrounds. However, there are many issues surrounding the transfer of students from colleges to universities in Ontario, most of which are connected to the historical structure of the system of postsecondary education in the province. Any progress towards a system of greater transferability between community Ontario and universities would require a careful analysis of the success of existing college to university transfer programs as well as a radical reconsideration of the provincial system of postsecondary education as a whole.
In a recent blog post in Inside Higher Ed, Joshua Kim explored the value of telecommuting, rightly suggesting that
the proven success of online education means that one need not be physically present to do a job well. “What we’ve
learned from online education,” he wrote, “is that with a combination of thought, investment and a willingness to
make data-driven continuous improvements, distance is not a barrier to quality.” And he closed by asking, “Should
the champions of online learning also be advocating for telecommuting?”
It is absolutely the case that teaching remotely and doing it well is possible, particularly if professors accept that
teaching online requires the mastery of new skills, an awareness of online pedagogies and best practices, a
commitment to valuing those in digital spaces as much as we value those physically in front of us, and, in some
cases, more time. And Kim is right to imagine that using the “methods and tools” of online education can help us
improve productivity in workplaces that accommodate telecommuters. Certainly, tools like Slack and the Google
suite have enabled synchronous collaboration among remotely situated parties.
Top motivations to study or train abroad remain the same as in recent years: the opportunity to live abroad and meet new
people, improve foreign language proficiency, develop transversal skills. Just after comes the wish to enhance employability abroad for more than 85% of students.
On average, Erasmus students have better employability skills after a stay abroad than 70% of all students. Based on their personality traits, they have a better predisposition for employability even before going abroad. By the time they return they have increased their advantage by 42% on average. While 81% of Erasmus students perceive an improvement in their transversal skills when they come back, 52% show higher memo© factors. In all cases, they consider the improvement of skills to be greater than they expected before going abroad.