Independent college students, once considered “nontraditional,” now constitute the majority of students in the United States. As of 2012, just over half of all U.S. college students were independent (51 percent)—meaning they had at least one defining characteristic outlined in the Free Application for Federal Student Aid (FAFSA), including being at least 24 years old; married; a graduate or professional student; a veteran; an orphan, in foster care, or ward of the court; a member of the armed forces; an emancipated minor; someone who is homeless or at risk of becoming homeless; or having legal dependents other than a spouse (Federal Student Aid n.d.; IWPR 2016a).
While more information than ever is available about autism, there are still prevalent stereotypes: The “Rain Man” stereotype of the severely impacted person with savant skills, and the less severely impacted “Bill Gates” stereotype, a scientifically or mathematically brilliant person with limited social skills.
Stereotypes, by definition, are oversimplifications, which means that many layers and nuances are frequently missed.
The ability of postsecondary students to write and communicate proficiently is an expectation identified by many, including not only organizations such as the OECD but also other public and employer groups. There is concern, however, that students and thus employees often fail to meet expectations in these areas. To address this concern, it is necessary to understand more about the writing skills that students learn during their postsecondary education. This research project was designed to examine whether and how students are taught to write at university.
The student pulled her test tube out of the ice bucket for the 10th time, and then slumped in despair at the sight of the clear liquid.
She shoved the sample back into the ice and put her head in her hands. Nestled in the ice next to her own, her classmates’ test tubes were full of fluffy white crystals, the result of a four-hour lab on recrystallization. Clearly, at some point in the afternoon, this student had done something different from her peers, and now not a speck was visible in her test tube.
The recrystallization lab is like most of the experiments we do in my "Chemistry 3A" section: There is a single desired outcome, intended to teach a chemical concept or a laboratory technique. But of course experiments can go awry in myriad ways, as anyone who has spent any time in a laboratory knows.
What is your learning style? Identifying your learning style serves you and helps you use it to your advantage to learn new skills efficiently. Your learning style is your approach to learning based on your preferences, as well as your strengths and weaknesses. Learners can be grouped into main categories:
Those who learn through reading and writing prefer to read and write rather than listen. In fact, they enjoy reading books and can follow written directions with ease. Visual learners learn best through maps and diagrams as opposed to verbal directions. While auditory learners prefer verbal directions and enjoy working in groups and discussing information. They remember best
through listening and may find it difficult to work quietly. These type of learners often read with whispering lip movements.
The idea that a Ph.D. can prepare you for diverse careers — not just for the professoriate — is now firmly with us.
ost doctoral students in the arts and sciences start out with the desire to become professors. But that’s not where most of them end up. By now, most graduate advisers understand that their doctoral students will follow multiple career paths. And increasing numbers of professors and administrators are trying to help students do that.
The number of Ph.D.s who pursue nonfaculty careers varies by field, of course. But the reality in many disciplines is: f you’re teaching a graduate seminar with eight students in it, only two of them, on average, will become full-time faculty members. What happens to the rest? And as important, how do they feel about where they end up?
Those questions raise a different one for graduate faculty: How do we assess our efforts to train Ph.D.s for myriad careers? It’s one thing to try to help, and another to know that we are helping.
Who should we be looking at? What should we measure? And how?
As a PhD, you can think of research as one of your many useful skills, but it is not necessarily your primary identity.
One of the brow-furrowing moments for me when I read articles on doctoral education or participate in panels is when the idea that “PhDs are researchers” comes up. It’s common for commenters to refer to PhDs in this way.
This is often an intentional move, one that pushes the conversation forward from the limiting notion as PhD as protoprofessors.
In that way, it’s a welcome intervention. The idea is to help doctoral graduates see how their skills and experiences have broader relevance and value. In the U.K. and Europe, “early-career researcher” and “early-stage researcher,” respectively, are used to refer to individuals currently undergoing doctoral studies and/or within the first few years of obtaining the degree. If you think of a PhD as a “research degree” this of course makes perfect sense.
If thinking of yourself as a researcher frees up your imagination and helps you move toward a fulfilling career, then by all means embrace the term. But if it leaves you as cold as it does me, I’m giving you permission to jettison it.
The philosophical halls are ringing lately with an argument over the virtue of graduate-student publication. J. David Velleman, a professor of philosophy at New York University, started the clamor in July when he posted "The publication Emergency" on a philosophers’ blog, "The Daily
Nous."
Velleman makes a simple but radical two-part proposal:
First, philosophy journals "should adopt a policy of refusing to publish work by graduate students."
Second, to give teeth to the ban, Velleman suggests that philosophy departments "adopt a policy of
discounting graduate-student work in tenure-and-promotion reviews."
Much of our work as educators consists of designing and delivering experiences in which students can develop their understanding and application of concepts and skills in our disciplines. Given that we have only 16 weeks with our students, we need various ways for deepening and expanding these formative experiences in our field. Visiting experts can be a wonderful way of developing expertise, and leveraging online tools like Skype and Zoom can open up powerful possibilities for new collaboration and conversation.
n 2014, StudentsNS welcomed its first non-university member: the Student Association of the Nova Scotia Community College Kingstec Campus in Kentville. This report explores fees, funding and accountability structures at the College, as well as student financial assistance to college students. We seek to identify opportunities to improve or expand access, affordability, student voice and quality of education, with an emphasis on the first three values in particular. We find that the Nova Scotia Community College has prioritized access and affordability and delivered important outcomes, attracting more students from communities that are traditionally underrepresented in post-secondary education, and notably mature learners. The College also has relatively low cost programs because of their shorter length and lower fees. However, College students’ debt levels remain higher than the national average, are leading to elevated default rates and have been neglected by the Province as compared with university students’ debt. In terms of student voice and accountability, the College and the Province need to work harder to ensure transparency to the public and meaningful student participation in decision-making. We identify a number of modest policy changes that the College and the Province could pursue to address these challenges and help the College better serve Nova Scotians and deliver on its mandate.
It’s not surprising that the science, technology, engineering and mathematics (STEM) fields are capturing the imagination of university students. The tech sector has enjoyed a long boom — its social media platforms and digital disruptors have made mouth-watering profits, overtaken century-old companies, and revolutionized our daily lives, whether it be ride-hailing apps or disease-diagnosing smartphones. The science and engineering fields, for their part, are
pushing the boundaries of human knowledge, developing neural implants, electric vehicles and super-materials like graphene, which could help everything from water purification to spinal regeneration.
Students see in the STEM educational track the chance to solve social challenges, make money, or both. Preferential visa access for STEM graduates in many countries, including the United States, along with fears of rising automation in a growing number of professional jobs, add further gloss to technical degrees.
TheEffective Classroom Interactions (ECI) online courses were designed to provide an engaging, effective and scalable approach to enhancing early childhood teachers’ use of classroom practices that impact children’s school readiness. The created courses included several versions aimed at testing whether or not certain design aspects could increase participation and subsequent learning outcomes. The purpose of this study was to examine the extent to which early childhood teachers accessed the courses and varied in their (a) participation in the core course content and (b) optional discussion board as a result of the course experience they were assigned to as well as individual characteristics that may be associated with participation. As might be expected, findings indicated that early childhood teachers accessed the course often on nights and weekends, even though participating centers allowed their teachers to do coursework during work time. In addition, participants reported high levels of satisfaction with their experience. Both persistence in the ECI courses and overall completion of activities were higher than those reported in other studies of online learning. The participation of early childhood educator teachers was consistently predicted by comfort with technology, credit or non-credit status and assignment to the group that included regular conferences with the instructor. These relationships, however, did not always occur in expected ways. Implications for exploring online learning as a feasible option for early childhood educators are discussed.
Purpose: Our study uses Remillard’s framework for characterizing and studying teachers’ interactions with curriculum materials specifically in the context of GBL. We believe that exploring the dynamic relationship between teachers and a GBL curriculum may help those involved in supporting teachers in implementing GBL to gain a deeper understanding of the complexity of the teacher/GBL curriculum relationship. This research examined teachers' GBL implementation experiences in order to answer the following research question: How do we describe and characterize teachers’ interactions with GBL curriculum materials?
As academics who’ve made it to the tenure track, what can we do to help the adjuncts and underemployed Ph.D.s who haven’t? I mean, instead of just gaslighting them and insisting that the dismal faculty job market "was ever thus."
I received my Ph.D. from the University of Southern California’s English department in spring 2011. This past fall, I started work as an assistant professor of interdisciplinary studies at California State University-Dominguez Hills. It’s my dream job, teaching a student population I love in my home city of Los Angeles. Between 2011 and 2017 I was an adjunct at multiple colleges and universities in the Los Angeles area.
As longtime practitioners in our disciplines, we develop implicit skills that can be the source of some of the deepest learning for our students. In his book Experience and Education, John Dewey describes habit as “the formation of attitudes, attitudes that are emotional and intellectual…our basic sensitivities and ways of responding to all the conditions we meet in living” (35). Experiencing implies the sensing body, embodied learning, and Dewey does not shy away from the emotional dimensions of learning—both of which are often where the deepest learning happens, where students’ passion for a discipline ignites, and where experts’ best ideas originate. These often-overlooked dimensions of learning are also where empathy lives, and so it is there that knowledge might blossom not only into expertise but into wisdom
From tracking the use of crack cocaine in Brazil to examining the effects of air pollution on children in Mexico to exploring
the impact of mining operations on local economies, the most recent phase of the Canada-Latin America and the Caribbean
Research Exchange Grants (LACREG) program supported more than 30 international research projects in a wide range of
disciplines and countries.
A requirement for quality assurance is becoming more prevalent in higher education today as institutions are being asked to demonstrate that they are providing robust, meaningful learning experiences for students. Many institutions are adopting curriculum review frameworks as part of their overall quality assurance strategy. Three leaders at various levels who were engaged in a year-long curriculum review process share reflections about their experiences and challenges while conducting an undergraduate program review. Their theoretical framework for an effective curriculum review process is shared in
this paper. The leaders offer institutional, faculty, and course level insights, and make five recommendations for a collaborative curriculum review process: (1) setting clear expectations; (2) maintaining open, consistent communication; (3) incorporating multiple levels of leadership; (4) engaging various groups of stakeholders; and (5) implementing through actionable items.
An analysis of more than 2,000 college classes in science, technology, engineering and math has imparted a lesson that might resonate with many students who sat through them: Enough with the lectures, already.
Published March 29 in the journal Science, the largest-ever observational study of undergraduate STEM education monitored nearly 550 faculty as they taught more than 700 courses at 25 institutions across the United States and Canada.
Ontario is awarding a total of $51 million to support world-class studies and research talent at leading institutions across the province, laying the foundation for Ontario's future knowledge-based economy.
This funding will help sharpen Ontario's competitive edge by fostering discoveries; leading to new technologies, treatments and cures for cancer patients and other diseases while supporting high quality, knowledge-based jobs for Ontarians. It will also drive the province's ability to attract and retain the best and brightest research talent.
Six months after the Ontario government announced a new funding model for the province’s universities, questions are being raised about whether the framework is flexible enough to respond to the challenges facing both Ontario’s more remote regions as well as its booming Greater Toronto Area.
Currently, universities and colleges receive funds tied to their enrolment. Under the new plan, institutions will have to keep enrolment within several percentage points of a target that is now being negotiated between each school and the provincial government. Funding will not be available for enrolment growth beyond that target.