Decades-long research on implementation has shown the importance that local context plays in implementing reforms across districts, schools, and classrooms (Anderson et al., 1987; Elmore & McLaughlin, 1983; Honig, 2006; McLaughlin, 1990; Odden, 1991; Purkey & Smith, 1983). New approaches have emerged that take advantage of these lessons; continuous-improvement research, for example, responds to evidence that deep and sustained implementation is likely to occur only when the implementing unit (e.g., a school) is encouraged to modify or adapt a program to its context as it is being designed and tested (Bryk, Gomez, & Grunow, 2011; Cohen-Vogel, Tichnor-Wagner, Allen, Harrison, Kainz, Socol, & Wang, 2015; Langley et al., 2009; Penuel, Fishman, Cheng, & Sabelli, 2011).
Recruiting and hiring are duties that face almost all academic leaders, and they take a large bite out of their time and resources. It makes sense, then, to make every attempt to retain these new professionals. At the 2016 Leadership in Higher Education Conference, Kenneth Alford led a preconference workshop about the development and use of a mentoring program
to help develop and retain new faculty.
One of the reasons I love teaching is that each semester provides a fresh start: empty grade books, eager students. I also cherished this time when I was a student myself: poring over course syllabi, purchasing new textbooks, meeting my professors. Although I reside on eastern South Dakota’s frigid plains, the first day of class consistently brings me a warm feeling.
But once the newness of the semester fades, it’s not long before I casually share with a colleague something a student did or (more commonly) failed to do. This habit started in graduate school. Years ago, student shaming provided a humorous means of connecting with my fellow TAs: in my early 20s, commiserating over student issues felt normal, even cool. Perhaps, too, a case can be made that swapping stories of students’ shortcomings had little effect on our students themselves. They didn’t hear us laugh at their misspelled words or poorly constructed sentences. Yet, 10 years later, I’m haunted by the thought that I might
have spent more time complaining about my students than championing their success.
Let’s start by acknowledging the truth: Course evaluations are incredibly biased, and aren’t an accurate measure of an instructor’s
effectiveness in the classroom. Too often, students’ perceptions of your appearance, demeanor, or pedigree prevent them from writing a fair and relevant review of your actual teaching. Yet despite dozens of studies demonstrating their unreliability, course evaluations continue to be used in hiring, tenure, and promotion decisions by most colleges and universities.
Teacher education evaluation is a major policy initiative intended to improve the quality of classroom instruction. This study docyments a fundamental challenge to using teacher evaluation to improve teaching and learning.
Professor Arthur Gill Green traces his conversion to using open educational resources, or OER, back to a specific day in his introductory geography class in 2010. That day, after the lecture, he noticed students taking photos at the back of the classroom and wondered why.
It turns out they were photographing the textbook. “Two of us every week get digital pictures of the textbook pages, and one of us gets to take it home,” a nervous student confessed upon Dr. Green’s approach. He reassured the students he wasn’t upset, but the professor now sees the incident as a disruptive moment.
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.
Looking for inspiration on teaching or some specific strategies? David Gooblar, a lecturer in rhetoric at the University of Iowa and a blogger on teaching, writes about classroom issues in these pages. Here is a sampling of his recent columns.
After all, the basic science of nutrition hasn’t changed: People who consume more calories than they burn tend to gain weight. But just telling people to cut down on calories isn’t enough to change their behavior. (If it were, we’d all have our ideal BMI.) So what did the researchers behind the JAMA study do differently? They taught people how to adopt the sort of eating habits that naturally lead them to consume fewer calories.
Participants attended classes — once a week for the first two months, then less frequently throughout the year — to learn about healthy eating habits. Class size was small (with no more than 22 students), and the instructors focused on making "sustainable lifestyle changes, not simply following a temporary ‘diet.’" Moreover, based on early feedback, the researchers
modified their teaching to make it "less dense, less didactive, and more interactive." Instructors lectured less and began organizing classes around activities, including students cooking their own recipes.
Small class sizes? Fewer lectures? More active-learning activities? Does any of that sound familiar?
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.
Canada ranks first among OECD countries in the proportion of the adult population whose highest level of education is a credential from a community college or similar type of educational institution. Canada’s rate of attainment of this type of educational credential is more than three times the average for OECD member countries, and only three member countries have rates that are more than half Canada’s rate. This paper explores the factors that contribute to Canada’s high rate of short-cycle tertiary education attainment relative to other countries. The factors examined include: the role and prevalence of short-cycle postsecondary institutions in different countries; the proportions of students who begin postsecondary education in a college rather than a university; college graduation and transfer rates; and different approaches to workforce preparation. The paper concludes with a brief discussion of some of the implications of the international differences that were explored.
aculty dread the grade appeal; anxiety prevails until the whole process is complete. Much has been written about ow to avoid such instances, but the potentially subjective assessments of written essays or clinical skills can be specially troublesome. One common cause of grade appeals is grading ambiguity in which the student and faculty ember disagree on the interpretation of required content. Another cause is inequity, whereby the student feels thers may have gotten more credit for very similar work or content (Hummel 2010). In the health-care field specially, these disagreements over clinical-skills assessments can actually result in student dismissal from the program and may lead to lawsuits.
I’m a tenured professor at a large public research-oriented university. This was my first job straight out of doctoral studies. It was, and still is, the job of my dreams. As opposed to the many tenure-track horror stories we hear (particularly from women), I felt valued and appreciated from Day 1 in my department. I respect my colleagues and feel respected by them.
So what’s the problem? Last fall I physically collapsed.
One of the biggest differences between the experience I had as a student and the experience students have in my classroom has to do with assignments. When I was a student, assignments often had no discernible relationship to what we were doing in class. Oh, we would have to write about a text we read for class. But once the assignment was given out, we were generally on our own — there were no opportunities to work on it in class, to reflect on the skills the assignment asked us to practice, to share and workshop our ideas with our classmates.
The courses I teach are different. A sequence of major assignments form the backbone of the semester. Almost everything we do in class is explicitly linked to one or more of those assignments. We break them down into stages, work on them collaboratively, and discuss the challenges students might face along the way. Like many teachers, I design assignments not just to assess performance, but also to give students opportunities to practice and develop important skills.
Many enrollment leaders are considering offering transfer incentives to students enrolled at other colleges, according to a new report.
If you’re already feeling jittery about enrollment trends, please put down that coffee before reading any further. The rules of competition are changing.
The Winter/Spring 2016 issue of Peer Review highlights the powerful impact ‘transparency’ can have on learning for all students. One aspect of transparency is making obvious the intellectual practices involved in completing and evaluating a learning task. But making these processes visible for students is more easily said than done; we are experts in our fields for
the very reasons that our thinking and evaluating are automatic and subconscious. It’s hard to describe exactly what we do intellectually when we synthesize or integrate, critique, or create. Similarly, it’s difficult to articulate the differences between an assignment we score as an A and one to which we give a B. Thus, a challenge in achieving transparency is developing a
deep awareness of our own processes. Only then can we explicitly teach those thinking processes.
Regardless of our subject area, we’ve all had moments where some students appear to hang on every word,
gobbling up our messages, images, graphs, and visuals with robust engagement. Within those very same classes,
however, there will be a degree of confusion, perplexed looks, or at worst, the blank stare! In my field of anatomical
education, like many other STEMM* disciplines, the almost ubiquitous use of multimedia and other increasingly
complex computer visualizations is an important piece of our pedagogic tool kit for the classroom, small group, or
even the one-on-one graduate-level chalk talk. Although a picture indeed does say a thousand words, the words that
each person hears, or more importantly, comprehends, will vary widely.
Abstract
While Indigenous entrepreneurship is associated with significant economic promise, Indigenous innovation continues to be invisible in Canadian policy contexts. This article examines how Indigenous entrepreneurial activities are framed in government policy, potentially leading to another wave of active exploitation of Indigenous lands, peoples, and knowledges. The
article first discusses the concepts of Indigenous entrepreneurship and innovation through a decolonizing lens, drawing links to education. Then, it provides a set of rationales for why governments need to re-think and prioritize Indigenous entrepreneurship. Next, it maps the current federal government initiatives in this policy sector. Drawing from the Indigenous entrepreneurship ecosystem approach (Dell & Houkamau, 2016; Dell et al., 2017), the article argues that a more comprehensive policy perspective guiding Indigenous entrepreneurship programs should inform Canadian innovation policy. Individual voices from 13 Indigenous entrepreneurs in Manitoba point to three core issues: (a) relationships with the land and the community; (b) the relevance of (higher) education and training; and (c) the importance of cultural survival and self-determination. The article makes an argument for a systemic decolonizing change in how Indigenous innovation is approached in government policy and programs, supported by the work of higher education institutions1.
Keywords: Indigenous entrepreneurship, decolonization, ecosystem, innovation, policy
Résumé
Alors que l’entrepreneuriat autochtone est associé à une promesse économique importante, l’innovation autochtone est toujours invisible dans le contexte des politiques publiques canadiennes. Cet article examine la manière dont les activités entrepreneuriales autochtones sont encadrées dans les politiques publiques, laquelle risque de provoquer une autre vague d’exploitation des terres, des peuples et des connaissances autochtones. Dans un premier temps, l’article discute des concepts d’entrepreneuriat et d’innovation autochtones sous l’angle de la décolonisation et établit des liens avec l’éducation. Ensuite, il fournit un ensemble de justifications expliquant pourquoi les gouvernements doivent repenser et prioriser l’entrepreneuriat autochtone. Enfin, il recense les initiatives actuelles du gouvernement fédéral dans ce secteur. S’inspirant de l’approche écosystémique de l’entrepreneuriat autochtone (Dell et Houkamau, 2016; Dell et al., 2017), cet article soutient qu’une politique publique plus complète pour orienter les programmes d’entrepreneuriat autochtone devrait éclairer la politique d’innovation canadienne. Les voix individuelles de 13 entrepreneurs autochtones du Manitoba permettent de souligner trois enjeux fondamentaux : 1) les relations avec la terre et la communauté; 2) la pertinence de l’enseignement (supérieur) et de la formation; 3) l’importance de la survie culturelle et de l’autodétermination. Cet article plaide en faveur d’un changement décolonisant systémique dans la façon dont l’innovation autochtone devrait être abordée dans les programmes gouvernementaux
et les politiques publiques, avec l’appui des établissements d’enseignement supérieur.
Mots-clés : entrepreneuriat autochtone, décolonisation, écosystème, innovation, politique publique
The most famous dictum of the science fiction writer and futurist Arthur C. Clarke may be his Third Law: “Any technology sufficiently advanced is indistinguishable from magic.” And for most of us, the efficiency of 21st-century search engines — Google, Bing, Yahoo and others — can be uncannily accurate. But when it comes to learning, instant gratification can be as much a bug as a feature.
Take high school students today. They have grown up using search engines and other web resources; they don’t need to understand how these tools work in order to use them. In fact, thanks to what’s called machine learning, search engines and other software can become more accurate — and even those who write the code for them may not be able to explain why.
Abstract
Many peer mentorship programs in academia train senior students to guide groups of incoming students through the rigors
of postsecondary education. The mentorship program’s structure can influence how mentors develop from this experience.
Here, we compare how two different peer mentorship programs have shaped mentors’ experiences and development. The
curricular peer mentorship program was offered to mentors and mentees as credited academic courses. The non-curricular
program was offered as a voluntary student union service to students and peer mentors. Both groups of peer mentors shared
similar benefits, with curricular peer mentors (CMs) greatly valuing student interaction, and non-curricular peer mentors
(NCMs) greatly valuing leadership development. Lack of autonomy and lack of mentee commitment were cited as the biggest
concerns for CMs and NCMs, respectively. Both groups valued goal setting in shaping their mentorship development, but CMs
raised concerns about its overemphasis. Implications for optimal structuring of academic mentorship programs are discussed.
Keywords: peer mentorship, goal setting, postsecondary education, training program, program structure, student development
Having the highest levels of skills in problem solving using ICT (information and communication technologies) increases chances of participating in the labour force by six percentage points compared with adults who have the lowest levels of these skills, even after accounting for various other factors, such as age, gender, level of education, literacy and numeracy proficiency, and use
of e-mail at home.