In recent months, there has been much discussion in the media and among academics about the skills acquired by Canadian university graduates. The issues being raised are threefold. The first concerns the question of whether Canada is facing a “skills gap”. While the Conference Board of Canada (2013a) has argued that we definitely are (and that the long-term economic consequences will be severe), reports by economist Don Drummond and TD Bank indicate that the skills gap is largely a
myth (TD Economics, 2013; Goar, 2013). Others have indicated that current discussions about a skills gap often lack an appropriate level of specificity, making it difficult to assess the merit of these arguments or to generate potentially necessary
solutions (Weingarten, 2013)
Businesses driven by data strategies are nothing new. The commercial sectors have been leveraging high volumes of information for decades. Amazon’s monumental growth is largely down to its personalised recommendations, directly complementing its novel business strategy.
Any university or college worth its salt is tracking and recording huge amounts of data per cycle. Applications, firm choices, insurance choices, acceptances, and open day figures are poised for interpretation, awaiting synthesis with other information – which schools drive the most students, how do different groups engage with communications, and why do first -year students choose that university?
The provision of blended learning strategies designed to assist academics in the higher education sector with the knowledge, skills, and abilities required for effective teaching with technology has been, and continues to be, a challenge for teaching centres in Canada. It is unclear, first, whether this is an ongoing issue unique to Canada; and, second, if it is not unique to Canada, whether we might be able to implement different and/or more effective strategies based on what others outside Canada are doing. Teaching centre leaders in Australia, Finland, Sweden, Denmark, Britain, Scotland, and the United States (n=31) were interviewed to explore how their units used blended learn- ing strategies. Findings suggest that, as in Canada,
there is a “value gap” be- tween academics and leaders of teaching centres regarding teaching development initiatives using blended learning strategies.
The provision of blended learning strategies designed to assist academics in the higher education sector with the knowledge, skills, and abilities required for effective teaching with technology has been, and continues to be, a challenge for teaching centres in Canada. It is unclear, first, whether this is an ongoing issue unique to Canada; and, second, if it is not unique to Canada, whether we might be able to implement different and/or more effective strategies based on what others outside Canada are doing. Teaching centre leaders in Australia, Finland, Sweden, Denmark, Britain, Scotland, and the United States (n=31) were interviewed to explore how their units used blended learn- ing strategies. Findings suggest that, as in Canada,
there is a “value gap” be- tween academics and leaders of teaching centres regarding teaching develop-
ment initiatives using blended learning strategies.
The Yekooche First Nation is a community of approximately 120 people, located about 85 km northwest of Fort St. James in British Columbia and approximately 990 kilometres from Vancouver. The community is remote, accessible only by logging road and since the mid 1990’s has been working progressively towards Final Agreement in treaty negotiation.1 In the fall of 2005, Yekooche First Nation asked Royal Roads University (RRU)2 and the B.C. Ministry of Aboriginal Relations and Reconciliation to assist them in developing an approach to community-based training that would enable members to assume self-government responsibilities once their treaty was ratified. During this same time, a Community Skills Inventory was conducted that identified a critical need for capacity-building in governance, focusing on a wide array of skills related to information and communication technologies (ICTs), administration, health, civil infrastructure, as well as basic job skills. The inventory identified these areas as priorities in preparing community members for carrying out the new governance-related activities.
Many higher education institutions use student satisfaction surveys given at the end of a course to measure course and instructor quality. But is that really a true measure of quality? All things being equal, an instructor who teaches a rigorous course will likely score much lower than an instructor whose course is a little less demanding. Then there’s the whole timing of the satisfaction surveys. For the most part, students are simply glad the course is over (even if they liked it) and put little thought or time into completing the survey. Unless of course they know they failed, in which case you will get a detailed assessment of how you are boring, inflexible, out of touch, or otherwise unfit to teach.
No wonder surveys get such a bad rap. If end-of-course evaluations are the only surveys you use, there’s a lot more you can, and should, be doing. Done correctly, surveys can deliver tremendous insight into what’s working, what’s not, and why. This special report features 10articles from Online Classroom, including a three-part and a five-part series that provides stepby-
step guidance on how to use surveys and evaluations to improve online courses, programs, and instruction. You’ll learn when to use surveys, how to design effective survey questions, why it’s important to ensure anonymity, and the advantages and disadvantages of Web-based surveys.
Articles in Online Course Quality Assurance: Using Evaluations and Surveys to Improve Online Teaching and Learning include:
• Online Teaching Fundamentals: What to Evaluate, parts 1-3
• Course and Instructor Evaluation: If It’s So Good, Why Does It Feel So Bad?
• Getting Evaluation Data through Surveys: What to Consider before Getting Started
• Using Surveys to Improve Courses, Programs, and Instruction, parts 1-5
If you’re dedicated to continuous improvement, this special report is loaded with practical advice that will help you create more effective surveys before, during, and after your course ends.
The 2012-13 Senate Academic Planning Task force was asked to explore "virtualization and online learning" at Queen's. In the early days, we became familiar with the history of the discussions and identified a number of controversies that had made it difficult to reach a consensus on the role of online learning at Queen's. As new and familiar themes emerged, we realized that the issue of online learning is far more complex than it had seemed, reaching into areas such as course quality, curriculum
planning, staffing, resource allocation, unit autonomy, and academic freedom. We hope that the report provided will address many of the issues about online learning that have been raised within the community. Recognizing that some of our recommendations will fall short of unanimous agreement from the community, we hope that the report will be received as balanced and progressive.
Canada does not have enough nurses with doctoral degrees. Such nurses fill important roles as researchers, educators, leaders, and clinicians. While a growing number of Canadian universities offer doctorate degrees in nursing, most institutions have only traditional on-campus programs, posing barriers for nurses who reside in places geographically distant from those institutions or who require more flexibility in their education. We describe our experiences as the inaugural cohort of the doctoral program by distributed learning at the University of Victoria School of Nursing. Since 2011, we have used a variety of electronic modalities and participated in several very short on-site intensives. Our experience indicates that distributive learning modalities improve access and deliver academically rigorous programs.
While an academic goes about her public online activities, someone calls her a stupid c*nt, tells her they hope she is raped and wishes her a gruesome death. Or maybe they just tell her she is dumb and should get back in the kitchen. Or that she should smile or exercise more. Perhaps they do this in response to an opinion she expressed, or a research paper she published, or perhaps it is simply because of her gender, race or sexuality.
The next new development is the dawning of the post-LMS era where both open and closed learning components and experiences will be crafted into courses to meet current and emergent student, teacher and learning needs.
The wide variety of "web 2.0" services, and especially those focused on disciplinary topics, will continue to expand. These will include open resources, web and networking sites, commercial products and institutional resources. It won't make sense for an institution to try to contain all these resources and networking opportunities within their own walled garden. Opening will allow
both students and teachers the opportunity, and the challenge, of developing their net presence and literacies.
Do we communicate more with students in writing than we used to? I think so. In addition to the course syllabus, the usual handouts, and written feedback on papers, projects, and performances, we now share all kinds of electronic messages with students. We exchange emails, post announcements on course management systems, and participate in online discussions. Those who use PowerPoint tend to make rather text-heavy slides. And if you happen to teach online, then virtually all your communication with students occurs via some written format.
The primary goal of this study was to identify a wide range of characteristics of college students that may influence their decisions to select online courses. The motivation underlying this study is the realization that online courses are no longer exclusively being taken by non-traditional students (for undergraduates, that would be students age 25 years and older with career, family, and/or social obligations). In fact, there are recent reports indicating that traditional undergraduate students (on-site students that are age 18-24) are now including online courses in their course curriculum. To accomplish the goal of this study, an ordered logit model was developed in which a Likert scale question asking students how likely/unlikely they were to take an online course was used at the dependent variable. The independent variables were based on a wide range of responses to questions regarding student demographic, experience, and preference information (these are the students’ characteristics). The data for this study is from a 2010 Oklahoma State University campus-wide student survey. The results of the study have identified a number of considerations that may be helpful to administrators wishing to improve and/or expand online course offering, as well as areas that can be further investigated in future studies. For example, undergraduate and graduate students enrolled in business majors were more likely than those in other majors to select online courses. On the other hand, undergraduate students(traditional and non-traditional) enrolled in engineering majors and graduate students enrolled in anatomy,biochemistry, biology, and botany major were the least likely groups of students to select online courses.Freshman and sophomores were found to be more likely than juniors and seniors to select online courses, and were much more likely than graduate students to select online courses. With respect to residency, out-of-state/non-residents (not including international students) were the most likely to select online courses, while international students were the least likely to select online courses. Finally, a significant and positive relationship was identified between some web 2.0 technologies, such as online social networking (e.g.Facebook) and live video chatting (e.g. Skype), and students’ likelihood of selecting online courses.
The demand for faculty development is ongoing, and many medical schools will need to expand their pool of faculty
developers to include physicians and scientists whose primary expertise is not education. Insight into what motivates
occasional faculty developers can guide recruitment and retention strategies. This study was designed to understand the
motivations of faculty developers who occasionally (one to three times each year) lead faculty development workshops.
The purpose of this study was to examine whether a set of instructional practices commonly prescribed to online faculty in the higher education setting were consistent with the expectations of a group of experienced online student participants. Online faculty performance conventions were collected from 20 institutions of higher learning located in the United States. The collective practices yielded three primary domains related to administrative faculty performance expectations in online instruction: Communication, Presence/Engagement,and Timeliness/Responsiveness. Undergraduate participants representing a cross section of colleges and universities in the United States were surveyed to determine their expectations for online faculty as compared to scaled items derived from the lists of participating institutions. The results of this investigation offer practitioners insight into how administrative instructional guidelines relate to the user demands of an informed group of undergraduate online studentsThe purpose of this study was to examine whether a set of instructional practices commonly prescribed toonline faculty in the higher education setting were consistent with the expectations of a group of experiencedonline student participants. Online faculty performance conventions were collected from 20 institutions ofhigher learning located in the United States. The collective practices yielded three primary domains related toadministrative faculty performance expectations in online instruction: Communication, Presence/Engagement,and Timeliness/Responsiveness. Undergraduate participants representing a cross section of colleges anduniversities in the United States were surveyed to determine their expectations for online faculty as comparedto scaled items derived from the lists of participating institutions. The results of this investigation offerpractitioners insight into how administrative instructional guidelines relate to the user demands of an informedgroup of undergraduate online students
Is there a tipping point at which students who take a blend of online and in-person coursework are doing too much online? That question goes to the heart of something called the online paradox.
The online paradox has inspired much debate, and it describes two seemingly contradictory things. The first is
that community-college student who take an online course are more likely to fail than are those who take it face-to-face. The second is that community-college students who take some online classes are more likely to complete their
degrees than are those who don’t take any.
While student data systems are nothing new and most educators have been dealing with student data for many years, learning analytics has emerged as a new concept to capture educational big data. Learning analytics is about better understanding of the learning and teaching process and interpreting student data to improve their success and learning experiences. This paper provides an overview to learning analytics in higher education and more specifically, in e-learning. It also explores some of the issues around learning analytics.
This article reports on findings from a scan of 465 policies relevant to the handling of cyberbullying in 74 Canadian universities. It first assesses the commonalities and differences in the policies. Second, it considers how their various lenses—a human rights perspective versus a student conduct perspective, for instance—can affect the directions and outcomes of university
responses. The majority of the policies reviewed were codes of student conduct and discipline, policies on electronic communication, and policies on harassment and discrimination. Most of the policies outlined complaint procedures and possible sanctions, but relatively few addressed prevention of unacceptable behaviours. Only about a third made reference to “cyber” behaviours, suggesting that the university policy environment is not current with the information and
communication technologies that permeate the daily lives of university students and faculty.
Abstract: This article describes the consequences for workplace e-learning of viewing organisations as political systems. Organisations tend to stratify, and potential conflicts develop between “top-down†or designer-generation of workplace systems, and “bottom-up†or learner- and practice-based approaches. The differences in the objectives, procedures, tacit knowledge and conceptions of the value of workplace e-learning between these orientations have led to conflicts that have damaged real e-learning projects in the past. Some cases from the literature are analysed to support this point. However, other examples show how these tensions may also be turned into opportunities for communication, learning and collaborative design by including a measure of operational proximity and organisational citizenship behaviour in workplace e-learning design. It is suggested that through initiatives like these, designer-generation and learner-generation of context may act as complementary checks or balances, each helping compensate for the deficits of the other, thus improving workplace e-learning effectiveness.
Keywords: workplace e-learning; professional development; learner-generated contexts; communities of practice (CoPs); conflict; co-ordination
At nearly all colleges and universities, online education is almost never mentioned in academic rules that judge faculty members and determine if they advance. If you teach online, you may do it for extra compensation -- called “overload,” pay above your basic salary -- or for the personal satisfaction of participating in what some believe is the next stage in the evolution of higher education. But teaching online may not be a wise move to further your academic career.
Teaching online can even be a dangerous career move, departing from the comfortable respectability of conventional classrooms for the exotic, suspicious digital world. In the hierarchy of status, if you teach online, do you compromise your position? Will your commitment to scholarship be questioned? Why would you go online when your future depends on publishing results of your research, not engaging in virtual instruction?
I might never have sought an online teaching assignment if my husband hadn’t been diagnosed with cancer. Faced with a foreseeable future of his multiple hospital stays, home recovery, and anticipated need for my amateur nursing — all while trying to care for our two children — I jumped at the chance to temporarily transition to an online teaching schedule.
Having the option to work remotely and asynchronously was a godsend. I figured my online students would have no idea if I were moderating online discussions or grading papers while sitting next to a spouse hooked up to an Oxaliplatin IV. During this family crisis, I knew I would miss being in the same room with students, and the instantaneous give-and-take of a physical classroom. I only ever envisioned online teaching as a short-term reassignment.