The current Annual Report uses visualizations developed from years of CCMH data to
explore college student mental health with an emphasis on individual counseling provided
by counseling centers. To start, it is worth briefly reviewing the findings from the last two
Annual Reports:
• 2015 Annual Report: Counseling center utilization increased at 5 to 6 times the rate of institutional enrollment, during the preceding five years. This increase is primarily characterized by students reporting a history of “threat-to-self ” characteristics, and these same students use about 20-30% more services.
• 2016 Annual Report: Counseling center resources devoted to “rapid access” services increased by 28%, over the prior six years, whereas resources devoted to “routine treatment” decreased by 7.6% on average.
Hundreds of thousands of American families across all income levels are spending billions each year in extra college costs because our high schools are graduating too many students unprepared for college. That’s a fact most may not realize, because current discussions around postsecondary remedial education – prerequisite courses that carry zero credit toward a college degree and represent content and skills students should have learned in high school already – are often segregated to low-income students and community colleges. But in truth, many middle-class and upper-income families bear the brunt of extra costs that come with required remedial classes in all college sectors for students from all income levels. In fact, at private nonprofit four-year colleges and universities, the children of upper-income families are taking more remedial classes than students from low-income families. Out-of-pocket tuition and additional living expense costs for these courses represent an expansive failure of our K-12 education system to prepare students to be ready academically for college on day one.
As a former university professor, and as a historian of higher education, I’m gratified (mostly) by the vigilant defence of academic freedom proffered by journalists and others in the wake of the Andrew Potter episode at McGill University. Academics who speak or write controversially should be protected, not sanctioned.
Still, there is too little understanding of what academic freedom means. It is not absolute and it is not the simple equivalent of “freedom of speech.” All citizens have, or should have, the latter, but only individuals who have specified educational and professional qualifications are entitled to academic freedom within universities. In the words of the Canadian Association of University Teachers (CAUT), they are granted the “freedom to teach and discuss; freedom to carry out research and disseminate and publish the results thereof; freedom to produce and perform creative works; freedom to engage in service to the institution and the community; freedom to express one’s opinion about the institution, its administration, and the system in which one works.”
I had an experience recently that confirmed what I’d already suspected: I am no longer an early career scholar. Perhaps because of my age, or simply because I am pre-tenure, I had still considered myself to be "early" in my career until that moment.
It happened a week before my discipline’s biggest conference. As I was checking the online schedule for pre-meeting workshops, I found an intriguing one for "early career scholars of color." But after reading the agenda, I realized I wouldn’t benefit from the content. The lineup included sessions on developing career goals, publishing a dissertation, preparing for the job market, crafting a strong CV, negotiating a job offer, publishing your first book, finding a mentor. As an assistant professor, I’d already done those things. I read the list multiple times, searching, to no avail, for at least one applicable session. Then I posted on Facebook, asking the world: "When do you stop being an early career scholar?"
Résumé
Plusieurs travaux soulignent des difficultés particulières auxquelles certains titulaires d’un doctorat sont confrontés sur le marché du travail en dehors du milieu universitaire. Une des principales raisons de ces difficultés serait la méconnaissance ou l’inadéquation des acquis de la formation doctorale en ce qui concerne les compétences recherchées par les organisations. Or, en dehors de données statistiques, peu de travaux nous renseignent sur les perceptions que les différents acteurs ont de ces compétences. Cet article apporte une contribution dans ce sens. Il est basé sur les résultats d’une recherche mixte à devis séquentiel. La première étape a consisté en une étude qualitative par entretiens semi-directifs réalisés auprès de 85 diplômés du doctorat en emploi et 21 responsables d’organisations. Les résultats de cette étude, dont les données ont été traitées par la méthode Alceste, ont servi à la conception d’une échelle de 45 items sur les compétences des titulaires d’un doctorat. Cette échelle a été mesurée lors de deux enquêtes par questionnaire auxquelles ont répondu 2139 diplômés du doctorat en emploi et 215 responsables d’organisations. Des analyses descriptives de comparaison de moyennes standardisées (d de Cohen) mettent en évidence des points de convergence qui montrent que la formation doctorale pourrait constituer un
atout pour le développement des compétences du futur, notamment celles difficiles à automatiser : la gestion de la complexité, la créativité, l’esprit critique.
Mots-clés : doctorat, transition, compétences, compétences du futur, intentionnalité, employabilité
Abstract
A number of studies point to particular challenges that some PhD graduates face in the labour market outside of academia. One of the main reasons for these difficulties is said to be a lack of knowledge or inadequacy of what doctoral graduates have acquired in terms of the skills sought by employers. However, apart from statistical data, there is little work that tells us about the perceptions that the various groups and individuals involved have of these skills. This article makes a contribution in this direction. It is based on the results of a sequential mixed methods study. The first stage consisted of a qualitative study using semi-structured interviews of 85 employed PhD graduates and 21 organizational leaders. The results of this study, whose data were processed using the Alceste method, were used to design a 45-item scale on the skills of doctoral graduates. This scale was measured in two questionnaire surveys completed by 2,139 employed doctoral graduates and 215 organizational leaders. Descriptive analyses comparing standardized averages (Cohen's d) highlight points of convergence that show that doctoral training could be an asset for the development of future skills, especially those that are difficult to automate: complexity management, creativity, critical thinking.eywords: PhD, transition, skills, future skills, intentionality, employability
One of the core principles of the Ontario Undergraduate Student Alliance (OUSA) is that all willing and qualified students should be able to attend post-secondary regardless of their ability to pay. However, students in Ontario face the
highest tuition fees in the country and the cost and perceived costs of post-secondary education are consistently identified as barriers to post-secondary education. These barriers are contributing factors to the persistently high attainment gaps for various vulnerable groups in pursuing an undergraduate degree.
There’s a mental health crisis on today’s college campuses. According to research conducted by the National Alliance on Mental Illness: one in four college students have a diagnosable illness, 40 percent do not seek help, 80 percent feel overwhelmed by their responsibilities, and 50 percent have become so anxious that they struggle in school.
How can faculty support students who are facing these issues? Showing students kindness goes a long way. Creating a classroom environment that exudes kindness and concern for students’ well-being sends a message to students that not only do we care about them, but we support them. Facilitating this type of classroom environment can enable students to take the
necessary steps to approach their instructor when they are having a difficult time. A safe and supportive classroom environment helps students begin a conversation about the challenges they are dealing with during the semester. This in turn can lead faculty to assist a student in exploring support services available to them on campus, so they do not have to suffer in
silence.
The rapid turnover of technology and ever expanding network of data and information which underpin the knowledge economy have led to a reevaluation of the importance of knowledge to the economic process. Economists now conclude that human capital - the ideas, skills, and expertise of people - is a fundamental driver of economic growth. Demand for employees that possess a mix of both “hard” and “soft” skills is rising as companies respond to intensified global economic competition.
“First and last class sessions are the bookends that hold a course together.” I heard or read that somewhere—apologies to the source I can’t acknowledge. It’s a nice way to think about first and last class sessions. In general, teachers probably do better with the first class. There’s the excitement that comes with a new beginning. A colleague said it this way: “Nothing bad has happened yet.” Most of us work hard to make good first impressions. But by the time the last class rolls around, everyone
is tired, everything is due, and the course sputters to an end amid an array of last-minute details. Here are a few ideas that might help us finish the semester with the same energy and focus we mustered for the first class.
A recent post in Matt Reed’s Confessions of a Community College Dean column raised the question of “how research informs teaching and whether it factors in at the community college level”.
Higher-education transformation, which is essential if colleges and universities are to survive in the 21st century, relies on transformative presidential leadership. Twenty-seven years ago, Judy B. Rosener, now a professor emerita in the business school at the University of California at Irvine, wrote an article in the Harvard Business Review that differentiated between "transactional" leadership and "transformative" leadership. The distinction is just as important today as it was then.
Almost any administrative position in higher education today — department chair, dean of admissions, facilities manager — comes with a heavy workload and a lot of stress. Yet the average docent at your local children’s museum has received far more training than those of us in campus administration. It’s sink or swim: We learn by doing (or not doing) and surviving (or drowning).
A case in point: A professor I know in the social sciences stepped into a chair’s job after 15 years on the faculty. She described the experience as "the worst time of my life" as she collided with a torrent of paperwork and email, budget woes, assessment reports, risk-management demands, and centrifugal forces tugging her away from her own research, teaching, and family.
Most of all, though, it was all the people problems that drove her downward and ultimately out of administration — the constant pressure from faculty colleagues (who turned on her in ways she had never experienced or foreseen) as well as from senior administrators, students, staff members, alumni, donors, and, yes, parents. She quit within a year.
What struck her most about her brief reign was how unprepared she was for the types, scale, and severity of the
administrative challenges she faced.
Engineering leadership education has become increasingly popular over the past decade in response to national calls for educational change. Despite the growing popularity of the movement, however, reform efforts continue to be piecemeal in their delivery, driven largely by the priorities of program leaders who established them (Graham, 2012). If we as engineering educators wish to more systematically develop leadership skills in our students, we should begin by empirically examining and defining our phenomenon of interest: engineering leadership. Our article takes up this challenge by investigating how 82 engineers in five organizationally distinct roles define leadership and how their respective insights are shaped by their diverse organizational loca-tions. After weaving together the perspectives of engineers in industry, hu-man resource professionals, entrepreneurs, politicians and interns, we pro-pose a poly-vocal definition of engineering leadership and identify practical implications for engineering leadership educators.
“Write an initial post and then reply to two of your classmates.” These are the standard requirements for students participating in online course discussions. Discussions in an online course play a vital role in creating substantive interactions, aiming to capture the spirit of discourse in face-to-face settings. This, however, can look and feel like busy work, making the purpose of online discussions unclear to students.
The standard blueprint is safe but has been exhausted. “Initial posts” can be counterintuitive—in essence, they require students to complete small writing assignments individually before giving other students feedback on their work (Liberman, 2019). How can we think outside of the box of posting and replying when it comes to these discussions? One way is to use online discussions as an opportunity to promote student autonomy and ask students to be active participants not only in how they respond to class discussions, but how they initiate them. Here are five considerations for promoting student autonomy while also
breaking the online discussion mold:
If graduate education is to undergo serious change, relying on the development of supervision abilities only through modeling or memory seems out of step.
In light of recent national discussions on the purpose, content, structure, and assessment of the doctoral dissertation, the highly competitive (academic and non-academic) job market and the increasing precarity of employment in the academy—it is no surprise that the design and role of graduate education has been called into question. While some might cheekily say “So
you want to earn a PhD?” and outline the employment outcomes for PhD graduates, it might be time to ask “could the process of earning a PhD be improved?” More importantly, who could do so?
What myths about constructing a teaching persona merit review? Teachers regularly exchange general advice about how to establish an identity in the classroom. Like most myths, these contain kernels of truth, but we believe their conclusions require a critical look. What are your beliefs about teaching persona, how it develops, and the role it plays in student learning?
Last month , I opened up about one of the side effects of doctoral study that I hadn’t anticipated: the Ph.D. identity crisis.
With the date of my dissertation defense looming in four months, I’d begun to realize that I couldn’t answer two rather important questions:
Who am I outside of "Ph.D. Candidate"?
What do I want out of life and this degree?
In the minds of students and the general public, the primary activity of a university is the pursuit of learning: a place where teachers teach, and students learn. It seems obvious that the core mission of the university is the transmission of knowledge, and in the popular imagination, simply placing bright eager minds in close proximity to leading professors will enable this alchemical process to happen. However, the reality of the practice and place of learning in today’s university is much more complicated.
A causal theory of spiritual leadership is developed within an intrinsic motivation model that incorporates vision, hope/faith, and altruistic love, theories of workplace spirituality, and spiritual survival. The purpose of spiritual leadership is to create vision and value congruence across the strategic, empowered team, and individual levels and, ultimately, to foster higher levels of organizational commitment and productivity.
As a Biomedical Sciences major, I completed the two required “Physics for the Life Sciences” courses during the first year of my undergrad, and never considered those concepts again. Until now. I’m doing my doctorate in cardiovascular science, and the physics of blood flow has become an important element of my experiments. The little I remember from those two courses is far from sufficient for my current project. I’m now trying to teach myself the basics of fluid dynamics so I can properly understand and explain my own project.