ACT defines readiness for college as acquisition of the knowledge and skills a student needs to enroll and succeed in credit-bearing, first-year courses at a postsecondary institution, such as a two- or four-year college, trade school, or technical school.
Simply stated, readiness for college means not needing to take remedial courses in college.
Today, college readiness also means career readiness. While not every high school graduate plans to attend college, the majority of the fastest-growing jobs that require a high school diploma, pay a salary above the poverty line for a family of four, and provide opportunities for career advancement require knowledge and skills comparable to those expected of
the first-year college student (ACT, 2006b). We must therefore educate all high school students according to a common academic expectation, one that prepares them for both postsecondary education and the workforce. Anything less will not give high school graduates the foundation of academic skills they will need to learn additional skills as their jobs change or
as they change jobs throughout their careers.
Getting students to take their reading assignments seriously is a constant battle. Even syllabus language just short of death threats, firmly stated admonitions regularly delivered in class, and the unannounced pop quiz slapped on desks when nobody answers questions about the reading don’t necessarily change student behaviors or attitudes.
This study investigates the validity, within an Ontario college, of the U.S.-based Community College Survey of Student Engagement (CCSSE) benchmarks of effective educational practices, formally referred to as the Model of Effective Educational Practices (MEEP). MEEP factors include active and collaborative learning; student effort, academic challenge, studentfaculty
interaction, and support for learners. The validity of CCSSE was explored for this study through analysis of the model fit of MEEP and analysis of its correlations and capacity to predict five academic outcomes based on a sample of Ontario students that completed CCSSE during the Winter 2009 semester. Results of the analyses reveal that MEEP exhibits good model fit and that three of the five benchmarks were consistently correlated with the five selected academic outcomes (self-reported GPA, semester GPA, cumulative GPA, cumulative credit completion ratio, and percentage of courses completed with a grade of 70 per cent or higher). After controlling for subject characteristics, two of the five benchmarks, active and collaborative learning and academic challenge were identified as predictors of most of the academic outcomes.
This eBook describes the ten most popular contemporary leadership theories and models. You can use thse as inspiration and a potential toolkit from which you can develop your own leadership style based on your own personality, the task at hand and the team that you are leading.
Every higher education institution today faces the complex challenges of serving increased enrollment levels within tight budgets. Adding to the complexity are new student expectations for the when, where and how of learning — where passive listening and doing classwork in isolation are no longer acceptable.
These challenges are prompting many colleges and universities to explore new approaches, especially blended learning, for delivering courses. Blended learning delivers higher levels of learning interactivity and collaboration and
— more importantly for student and institutional success
— higher levels of student engagement.
Motivating students to be enthusiastically receptive is one of the most important aspects of mathematics instruction and a critical aspect of any curriculum. Effective teachers focus attention on the less interested students as well as the motivated ones. Here are nine techniques—based on intrinsic and extrinsic motivation—that can be used to
motivate secondary school students in mathematics.
Canada is in the midst of unprecedented growth in the postsecondary education (PSE) sector. More students are availing themselves of college and university educational opportunities than at any other time in the nation's history. The students now enrolling bring a diverse set of characteristics rarely seen within the sector previously. They are immigrants, children of immigrants, first in their family to enrol in postsecondary, Aboriginal, visible minorities, and students with disabilities to name just a few.
College and university programs and services have grown to meet the needs of these increasingly diverse learners, and are largely referred to as student affairs and services, (SAS). One of the aims of this study was to develop a greater understanding of the scope of student affairs and services and describe the formal organizational structures of these divisions
within Ontario’s postsecondary sector.
We found no consistent title for the senior student affairs and services officer (SSASO) across the sample; titles ranged from Vice President, Student Services to Associate Vice Principal and Dean of Student Affairs. Despite the inconsistency of title, the reporting line was fairly consistent, with SSASOs reporting to the Provost and Vice President, Academic or directly to the President. In only a few cases, dotted line reporting structures existed between the SSASO and these senior administrators.
The portfolios for SSASOs tended to include new student orientation, student leadership programs and liaison with student government, campus involvement (clubs and organization recognition), community development (service learning and civic engagement initiatives), counselling services, health services, accessibility services (also called services for students
with disabilities), career and employment services (and in some cases, cooperative education), academic skills or learning services, and services for diverse students (such as Aboriginal student services, international student services, women centres, and mature student centres). Portfolios differed in terms of whether the registrar’s office and related enrolment management functions, residence, and athletics were included within the SSASO's portfolio. In general, we found the college SSASO’s portfolios to be more expansive than the portfolios of the university SSASOs.
The second aim of this study was to share the voices of the staff who work in student affairs and services divisions across Ontario. Staff shared their perspectives regarding the organizational structure of their institution and how they perceived these organizational structures as helping or hindering their ability to support student success. Staff depicted and described two types of images that correspond with how they perceived the organizational structure of their institution. Spider webs tended to represent institutions where the staff perceived the organizational culture as one where supporting student success was a shared commitment between staff and faculty; where the SSASO's leadership style was directed toward finding the synergy between divisional areas, open to ideas from all areas within the division, and advocated for the division in senior administrative meetings; and where staff understood the vision and mission of the division as it supported and contributed to the institutional mission. Silos tended to represent institutions 4 – Supporting Student Success: The Role of Student Services within Ontarios Postsecondary Institutions where the staff perceived the organizational culture as one in which people worked in their discrete units and were less committed to a shared focus on supporting student success; where the SSASO's leadership style managed departments within the division more as discrete units, less open to ideas from across the division, and with greater hesitation in advocating for the division in senior administrative meetings; and where staff were less clear about how the vision and mission of the division supported and contributed to the institutional mission.
This imagery was powerful in that it spoke to two different approaches to organizational structure: one was student-focused and the other was institution-focused. Student-focused structures were those that aligned organizational structures (proximal location of departments, sub-unit reporting portfolios, policies and protocols) with the student in mind. Institution-focused
structures were those that focused on the organization of the institution’s business first, and appeared to value it over how students would encounter the institution as they worked through successful completion of their program of study. The spider web and silo imagery and their relation to the student-focused and institutional focused approaches to structure appeared irrespective of the actual organizational structure of the institution. Institutions were typically centralized, decentralized, or federated (a combination of the two former models). A centralized structure tended to have the various units within the division (health and counselling, residence, registrar, and athletics, for example) headed by a director or manager reporting to the SSASO, and providing programs and services for the institution as a whole. Conversely, a decentralized structure was one in which programs and services were managed and provided for within multiple institutional units, typically within the faculties. Finally, the federated structure (or hub and spoke model) was found at institutions in which programs and services existed with some level of centralization, and customized versions of these central services also existed at typically the individual faculty level. A critical finding from this study was that student-focused or institution-focused approaches to organizational
structure could be illustrated by any of the three actual structures (centralized, decentralized, or federated). It is as possible to have a student-focused approach with a federated SAS structure as it is to have an institution-focused approach with a centralized SAS structure.
Business, political, and educational leaders are increasingly asking schools to integrate development of skills such as problem solving, critical thinking, and collaboration into the teaching and learning of academic subjects. These skills are often referred to as “21st century skills” or “deeper learning.”
At the request of several foundations, the National Research Council appointed a committee of experts in education, psychology, and economics to more clearly define “deeper learning” and “21st century skills,” consider these skills’ importance for positive outcomes in education, work, and other areas of life, address how to teach them, and examine related
issues.
The weakening of the global recovery in 2012 and 2013 has further aggravated the youth jobs crisis and the queues for available jobs have become longer and longer for some unfortunate young jobseekers. So long, in fact, that many youth are giving up on
the job search. The prolonged jobs crisis also forces the current generation of youth to be less selective about the type of job they are prepared to accept, a tendency that was already evident before the crisis. Increasing numbers of youth are now turning to available part‐time jobs or find themselves stuck in temporary employment. Secure jobs, which were once the norm for previous generations – at least in the advanced economies – have become less easily accessible for today’s youth.
The global youth unemployment rate, estimated at 12.6 per cent in 2013, is close to its crisis peak. 73 million young people are estimated to be unemployed in 2013.1 At the same time, informal employment among young people remains pervasive and
transitions to decent work are slow and difficult. The economic and social costs of unemployment, long‐term unemployment,
discouragement and widespread low‐quality jobs for young people continue to rise and undermine economies’ growth potential.
One of the many lessons learned from the early years of distance education is the fact that you cannot simply pluck an instructor out of the classroom, plug him into an online course, and expect him to be effective in this new and challenging medium. Some learned this lesson the hard way, while others took a proactive approach to faculty training. All of us continue to refine our approach and discover our own best practices.
Today, it’s possible to learn much from the mistakes and successes of those who blazed the trail before us. Faculty development for distance educators is a critical component of all successful distance education programs. Well thought-out faculty development weaves together needed training, available resources, and ongoing support, and carries with it the same expectations for quality teaching that institutions of higher education have for their face-to-face classes.
This special report, Faculty Development in Distance Education: Issues, Trends and Tips, features 12 articles pulled from the pages of Distance Education Report, including:
• Faculty Development: Best Practices from World Campus
• Developing Faculty Competency in Online Pedagogy
• A Learner-Centered, Emotionally Engaging Approach to Online Learning
• How to Get the Best Out of Online Adjuncts
• Workload, Promotion, and Tenure Implications of Teaching Online
• Four Steps to Just-in-Time Faculty Training
This report is loaded with practical strategies that can help you build a comprehensive
faculty development program, helping ensure that instructors stay current in both online
pedagogy and practical technical know-how. No matter what the particular character of
your program is, I think you’ll find many ideas you can use in here.
Christopher Hill
Editor
Distance Education Report
[email protected]
Over the past 20 years, more than 31 million students have enrolled in college and left without receiving a degree or certificate. Almost one-third of this population had only a minimal interaction with the higher education system, having enrolled for just a single term at a single institution. Signature Report 7 examines the "some college, no degree" phenomenon to better understand the value of some college in its own right and as well as the contribution the "some college, no degree" population can make to achieving college completion goals.
Ensuring access to postsecondary education (PSE) for all qualified individuals is key to Ontario’s future competitiveness and equally critical from an equity perspective. This paper provides an empirical analysis of access to PSE among a number of under-represented (and minority) groups in Ontario, including comparisons to other regions. Having parents that did
not attend PSE is the most important factor across the country, and the effects are even greater in Ontario than in some other regions. Being from a low-income household is considerably less important than parental education, and the income effects are even smaller in Ontario than in certain other regions. Aboriginal and disabled youth are also strongly under-represented groups in PSE in Ontario, driven entirely by their lower university participation rates, offset to different degrees by higher college participation rates . Rural students are also significantly under-represented (though to a lesser degree) in university, but again go to college at somewhat higher rates. Furthermore, for these latter groups, Ontario does not compare favourably to other regions. The children of immigrants are much more likely to go to university but somewhat less likely to attend college almost everywhere.
Being from a single parent family has little independent effect on access to PSE, as is also the case for being a Francophone outside of Quebec, the latter effect in some cases actually being positive. Intriguingly, although females generally have significantly higher PSE (especially university) attendance rates than males, females in under-represented groups are generally more disadvantaged than males. This research was funded by the Higher Education Quality Council of Ontario (HEQCO), which also provided useful feedback throughout the project. This work is based on earlier research carried out for the Canada Millennium Scholarship Foundation through the MESA project, including a series of papers involving Richard Mueller. The authors gratefully acknowledge the ongoing support provided for the MESA project by the University of Ottawa.
Social Media Usage Trends Among Higher Education Faculty
The numbers surrounding social media are simply mind boggling.
750 million. The number of active Facebook users, which means if Facebook was a country it would be the third-largest in the world.
90. Pieces of content created each month by the average Facebook user.
175 million. The Twitter accounts opened during Twitter's history.
140 million. The average number of Tweets people sent per day in February 2011.
460,000. Average number of new Twitter accounts created each day during February 2011.
120 million. LinkedIn members as of August 4, 2011.
More than two per second. The average rate at which professionals are signing up to join LinkedIn as of June 30, 2011.
All of these stats, which come from the respective companies’ own websites, serve as proof points to what we already knew: social media is growing at breakneck speed. Yet the story of social media is still being written as organizations and individuals alike continue to evaluate the benefits and drawbacks of social media in the workplace. When that workplace is a college or university, there’s a cacophony of opinions in terms of the most effective uses, if any.
For the past two years, Faculty Focus conducted a survey on Twitter usage in higher education, this year we expanded the survey to include Facebook and LinkedIn, while changing a number of the questions as well. Twitter, Facebook, and LinkedIn are considered "the big three" in social media, and we thank those who recommended we take a
broader look at the landscape.
All three platforms have their strengths and weaknesses, and are better used for some things than others. But how are the three being used in higher education today? It’s our hope that these survey results provide at least some of the answers while lending new data to the discussion.
In order to close the growing achievement gap, higher education institutions need to focus on innovation, scale and
diffusion, according to Bridget Burns, executive director for the University Innovation Alliance, a coalition of 11 public research universities committed to improving graduation rates and sharing best practices. And most important, institutions need to communicate about what works and what doesn't. "Otherwise we are sentencing other universities to repeat our mistakes and our failures — and students deserve better," she exhorted.
Abstract
The demands on academic staff in all sectors to adopt best ODL practices to create effective and efficient models of learning in the face of increasing external pressures show no signs of abating. The massification of higher education, diversified access, and pressures to meet institutional visions and research objectives demand of teaching staff an increasingly public design process subject to peer review in numerous forms. Expectations of systematized pedagogical planners and embedded templates of learning within the institutional virtual learning environments (VLEs) have, so far, failed to deliver the institutional efficiencies anticipated. In response, a new model of learning design is proposed with a practical, accessible, and freely available “toolkit” that embodies and embeds pedagogical theories and practices. The student-owned learning-engagement (SOLE) model aims to support professional development within practice, constructive alignment, and holistic visualisations, as well as enable the sharing of learning design processes with the learners themselves.
Keywords: Learning design; constructive alignment; pedagogical planners; toolkit
International Review of Research in Open and Distance Learning
Embodied and Embedded Theory in Practice: The Student-Owned Learning-Engagement (SOLE) Model
Simon Atkinson
London School of Economics and Political Science, UK
• Each year, more than 500,000 students and clients are served by ontario’s colleges of applied arts and technology (caats) . of this group, approximately 200,000 are full-time students .
• there were 197,433 distinct applicants for the 2012-13 academic year .
• Fifty-eight per cent of new fall 2013 entrants to ontario post-secondary institutions enrolled in a college .
• Sixteen per cent of surveyed college applicants were not born in canada; 22 per cent of these individuals came to Canada from 2002 to 2006, while another 40 per cent arrived since 2007 .
• more than one-quarter of college applicants reported a household income of less than $30,000
and 55 per cent had incomes of less than $60,000 .
• total funded full-time equivalent (FtE) post-secondary enrollment in the colleges was 220,721 (including funded full-time, part-time and tuition-short programs) .
• more than 23,000 international students enrolled in Ontario colleges in 2013 .
• Fourteen per cent of ontario college students indicated use of special needs/disability services, almost half of whom reported high usage .
• colleges delivered 87 per cent of the apprenticeship in-school training in 2012-13 .
• last year, more than 82,000 students graduated from post-secondary programs, representing a 4 .8 per cent increase over the previous year .
• Eighty-three per cent of 2011-12 graduates in the labour force were working six months after graduation .
• twenty-four per cent of graduates continued their education with full- or part-time studies within six months of graduation .
The purpose of this qualitative grounded theory study was to assess multilingual models of education by investing how and when to incorporate second and third languages into the curriculum to improve language acquisition.
Helping individuals obtain a college or university education, regardless of background, remains a key priority for provincial and federal governments in Canada. More and more postsecondary education (PSE) students, however, struggle academically. While PSE enrolment has increased, completion rates have fallen. Within Canadian universities today, about 70 per cent of entering students eventually graduate, and some schools face completion rates of as low as 50 per cent. Average grades have also fallen or been inflated. Administrators’ efforts to reverse these trends by offering additional support services such as advising, time management workshops and remedial education have been generally unsuccessful. Another explanation for worsening academic performance is declining study time. Recent evidence shows a substantial fall in average study times among postsecondary students over the last four decades. Greater financial constraints on today’s students and an increased need to work part time may prevent them from spending more time on school. On the other hand, poor-performing students may simply see less need to achieve better grade performance because they perceive obtaining an undergraduate degree as the primary benefit from postsecondary education. Or it is possible that more PSE students are myopic. Students invest time and effort for uncertain returns that are not realized until many years later. This uncertainty may lead students to focus more on immediate gratification and present opportunities and spend less time on school work. Many stakeholders are interested in how to motivate students to overcome these difficulties and perform better in school.
The goal of the Opportunity Knocks (OK) Project was to effectively learn more about the potential for merit-based scholarships to provide both additional financial support and more motivation for improved academic performance. OK was a randomized field experiment that involved first year and second year students receiving financial aid in 2008/09 at the University of Toronto Scarborough (UTSC). Students on financial aid were chosen because monetary incentives should be more meaningful to them. The campus includes a diverse student body, most of whom commute from home. About ten thousand full-time students attend each year. All first year and second year students on financial aid were invited to participate in OK. Those selected by lottery into the treatment group were offered merit scholarships for obtaining course grades above 70 per cent, as well as regular peer advising services. More specifically, for each one-semester course (with a full course load being 5 courses worth 5 2.5 credits), students received $100 for obtaining a grade average of 70 per cent and $20 for each percentage point above 70 per cent. For example, a student receiving a grade of 76 per cent would have received $220. If a student received 76 per cent in all of her or his 10 courses over the school year (5 each semester), she or he would have received a total of $2,200 (equal to 10 × $220).
OK participants selected for treatment were also assigned a peer advisor of the same gender and were offered opportunities to engage in e-mail correspondence with that advisor to discuss academic matters, as well as issues arising from campus life. Peer advisors were enthusiastic, paid upper year students or recent graduates with successful academic achievement. Each peer advisor was assigned to 50 students who had been selected for the OK treatment program. Advisors were the key front-line service and information providers for OK participants. They proactively sent e-mails to advisees approximately once every two to three weeks, whether or not a response was acknowledged. These e-mails offered advice on upcoming academic events and workshops and on how to approach particular periods in the academic calendar such as midterms and finals. Advisors also provided information about the Opportunity Knocks scholarships, including payment schedules and reminders of how scholarships were calculated.
Concerns over the usefulness and validity of student ratings of instruction (SRI) have continued to grow with online processes. This paper presents seven common and persistent concerns identified and tested during the development and implementation of a revised SRI policy at a Canadian research-intensive university. These concerns include bias due to insufficient sample size, student academic performance, polarized student responses, disciplinary differences, class size, punishment of rigorous instructor standards, and timing of final exams. We analyzed SRI responses from two mandatory Likert scale questions related to the course and instructor, both of which were consistent over time and across all academic units at our institution. The results show that overall participation in online SRIs is representative of the student body, with aca-demically stronger students responding at a higher rate, and the SRIs, them-selves, providing evidence that may moderate worries about the concerns.
n this two-part consideration of the future of online learning, we look at the patterns and trends which will shape online learning in the future and how the various components of the post-secondary education system, such as student population, course design and delivery, assessment, resource bases, teaching and learning models, and partnerships will be different from what we have now.
The first part, A 2016 Look at the Future of Online Learning: Advancing Technology and Online Learning – An Ideal Match for the Future, looks at developments in technology and what potential they offer for better learning, teaching, collaboration, mobility and other key aspects of online learning.
The second part, A 2016 Look at the Future of Online Learning: Transformations in Learners, Programs, Teaching and Learning, and Policy and Government, is a more in-depth consideration of the inter-related changes we see taking place across online learning and the implications of this for post-secondary education.