Abstract
Articulation agreements between colleges and universities, whereby students with two-year college diplomas can receive advancement toward a four-year university degree, are provincially mandated in some Canadian provinces and
highly encouraged in others. In this study, we compared learning in collegetransfer and direct-entry from high school (DEHS) students at the University of Guelph–Humber in Ontario, using eight factors related to learning: age, gender, years of prior postsecondary experience, learning approach, academic performance, use of available learning resources, subjective course experience, and career goals. Our results show that while college-transfer students tend to be older than DEHS students, they do not significantly differ in either learning approach or academic performance. This is an important finding, suggesting that college-transfer programs are a viable option for non-traditional university students. We conclude that the academic success of college transferstudents is attainable with careful consideration of policies, such as admissions criteria, and the drafting of formal articulation agreements betweeninstitutions.
Résumé
Les ententes d’articulation entre les collèges et les universités (qui permettent aux étudiants de programmes d’études collégiales de deux ans d’être admis dans un programme universitaire de quatre ans) sont prescrites dans certaines
provinces canadiennes et fortement encouragées dans d’autres. Chez des étudiants de l’Université de Guelph-Humber en Ontario, la présente étude a comparé huit facteurs liés à l’apprentissage, entre les études universitaires après un séjour au collège et les études universitaires directement après les études secondaires (DEHS), soit l’âge, le sexe, les années d’expérience postsecondaire, la méthode d’apprentissage, le rendement scolaire, l’utilisation de ressources d’apprentissage disponibles, l’expérience subjective en matière de cours et les objectifs de carrière. Nos résultats démontrent que, tandis que
les étudiants qui passent par le collège ont tendance à être plus âgés que les étudiants DEHS, leurs méthodes d’apprentissage et leurs résultats scolaires restent sensiblement les mêmes. Cette constatation est importante et suggère que les programmes avec transfert collégial sont une solution acceptable pour les étudiants non traditionnels. Nous concluons que la réussite scolaire des étudiants qui transitent au collégial est réalisable si on étudie attentivement les politiques, comme les critères d’admission et la rédaction d’ententes d’articulation formelles entre les institutions.
Audience response systems (ARS) are electronic applications in which a receiver captures information entered by students via keypads or hand-held devices. Students’ responses can be displayed instantly, usually in the form of a histogram. Professors typically use ARS to increase student interaction and for formative assessment (to measure students’ understanding of material during a lecture; Micheletto, 2011). In some cases, audience response systems have also been used to pose
real research questions and follow an interactive sampling approach (not to be confused with experiment data collection). For example, imagine that a research study concluded that females respond more quickly to red stimuli than do males. An interactive sampling session in the classroom would present students with coloured stimuli, and the instructor would ask students to respond, as quickly as possible and using the ARS, when they see the red stimuli. The instructor would then
display the students’ responses and compare the students’ data to results from the published research study. Barnett & Kriesel (2003) propose three criteria that classroom interactive sampling should meet if it is to stimulate discussion among students:
1. Interactive sampling should be conducted to demonstrate class concepts.
2. Students should be providing responses in a controlled setting.
3. Students’ responses should be compared to behavioural hypotheses derived from theory.
The retirement patterns of senior faculty are an issue of ongoing interest in higher education, particularly since the 2008-09 recession. If a significant share of tenured faculty works past “normal” retirement age, challenges can arise for institutional leadership focused on keeping the faculty workforce dynamic for purposes of teaching, research and service. Buyout packages and phased retirement programs have been common responses to encourage faculty retirement, but colleges and universities are increasingly interested in alternative and complementary strategies to manage faculty retirement patterns.
Tenured faculty age 50 or older can divided into three groups—35% expect to retire by normal retirement age; 16% would prefer to retire by normal retirement age, but expect to work longer (i.e., they are “reluctantly reluctant” to retire); and 49% would like to and expect to work past normal retirement age (i.e., they are “reluctant by choice”). The key drivers differ between those reluctantly reluctant and those reluctant by choice.
What sources and resources do college students utilize to assist them in the transfer process? What factors influence students’ transfer decisions? What information do students possess about transfer and of what quality is the transfer information students receive? This investigation interviews students of two-year College of Applied Arts and Technology (CAAT) and Institute of Technology and Advanced Learning (ITAL) programs in the province of Ontario, Canada who identify intentions to transfer to university within their first semester in college. Grounding all analysis in Spence (1973), Akerlof (1970) and Stiglitz’s (1990) work on asymmetric information, adverse selection and signaling, this study examines students’ knowledge of transfer and their attainment of that knowledge. Policy recommendations for the further development of transfer assistance mechanisms and timing of implementation are provided.
Keywords: transfer credit; seamless education; asymmetric information; signalling.
Drawing from the National Survey on Drug Use and Health (NSDUH; N 611,880), a nationally representative survey of U.S. adolescents and adults, we assess age, period, and cohort trends in mood disorders and suicide-related outcomes since the mid-2000s. Rates of major depressive episode in the last year increased 52% 2005–2017 (from 8.7% to 13.2%) among adolescents aged 12 to 17 and 63% 2009–2017 (from 8.1% to 13.2%) among young adults 18–25. Serious psychological distress in the last month and suicide-related outcomes (suicidal ideation, plans, attempts, and deaths by suicide) in the last year also increased among young adults 18–25 from 2008–2017 (with a 71% increase in serious psychological distress), with less consistent and weaker increases among adults ages 26 and over. Hierarchical linear modeling analyses separating the effects of age, period, and birth cohort suggest the trends among adults are primarily due to cohort, with a steady rise in mood disorder and suicide-related outcomes between cohorts born from the early 1980s (Millennials) to the late 1990s (iGen). Cultural
trends contributing to an increase in mood disorders and suicidal thoughts and behaviors since the mid-2000s, including the rise of electronic communication and digital media and declines in sleep duration, may have had a larger impact on younger people, creating a cohort effect.
Eighteen months ago we set off on a path that would lead Ferris State University collectively to a new university-wide strategic plan. Just a bit of background: The last strategic plan was put in place in 2008 and served the university well. Over the past five years we saw record breaking enrollment, big increases in retention and graduation rates, exceptionally high infield job placement rates, and a strong financial position for the university. We also saw the creation of fifty-seven new programs, certificates, majors and degrees, while we eliminated or redesigned thirty-two programs. By almost any measure, the 2008 strategic plan was instrumental in providing the university community with a framework for moving forward in some very exciting directions.
For several decades, policymakers have embraced the goal of preparing students for college and careers, particularly for careers in the area of mathematics and science. The recent emphasis on these STEM (science, technology, engineering,
and mathematics) subjects is due to the growth of STEM occupations and the perceived shortage of qualified workers to fill these positions. There is a concern that many students do not currently have the level of STEM capabilities necessary for high-skill STEM professions such as engineering or even for low-skill STEM positions in fields such as manufacturing.
If you’re interested in using technology tools to enhance your teaching, it’s easy to get overwhelmed by the mountain of information out there. To make matters worse, much of it is either highly technical or simply not very practical for the college classroom. Teaching with Technology: Tools and Strategies to Improve Student Learning approaches teaching technologies from your perspective — discussing what works, what doesn’t, and how to implement the best ideas in the best ways.
These articles were written by John Orlando, PhD, program director at Norwich University, as part of the Teaching with Technology column on Faculty Focus. You’ll find the articles are loaded with practical information as well as links to valuable resources. Articles in the report include:
• Using VoiceThread to Build Student Engagement
• Wikipedia in the Classroom: Tips for Effective Use
• Blogging to Improve Student Learning: Tips and Tools for Getting Started
• Prezi: A Better Way of Doing Presentations
• Using Polling and Smartphones to Keep Students Engaged
Whether the courses you teach are face-to-face, online, blended, or all of the above, this report explains effective ways to incorporate technology into your courses to create a rich learning experience for students, and a rewarding teaching experience for you.
On the surface America’s public commitment to provide access to any individual who seeks entry to postsecondary education seems to be working. Our higher education system enjoys one of the highest participation rates in the world. More than 16 million students currently enroll in public and private two and four-year colleges and universities in the United States. In the past 20 years, enrollments have grown over 25 percent; the proportion of high school graduates entering college immediately after high school has increased from 49 percent in 1980 to over 68 percent today. More importantly, the gap in access between high and low-income youth has shrunk as greater numbers of economically disadvantaged students have enrolled in college; the number entering college immediately after high school having increased by over 60 percent since 1970. By any count, access to higher education for low-income students is greater today than ever.
In 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.
What are digital textbooks?
Today’s K-12 students have grown up with technology. Most wouldn’t dream of looking up information in a hardbound dictionary or encyclopedia; they turn to Internet search engines when they have questions, perhaps using a smartphone or tablet. News comes not on newsprint, but from Google News; writing to friends means Facebook, not a letter (what’s that?); phone books and watches are artifacts from another age. Yet such digital natives are often expected to attend schools equipped with aging, heavy, hardbound textbooks — some a decade old and outdated (history texts that remind them that the U.S. has never elected an African-American president, for example). They then are asked to tote five or six or more such books from school to home each day.
Enter the digital textbook, defined as anything stored on a digital medium that can be transmitted through various
digital devices over computer networks, including the Internet. Students can access digital books on e-readers, tablets and smartphones; and on netbooks, laptops or desktop computers. Because the books can be read on mobile devices, the materialcan travel with students just as a physical textbook can, but in a much lighter and more compact way (no more overstuffed backpacks). Textbooks displayed on digital devices can take advantage of Web 2.0 tools: multi-media features (video and audio clips); interactivity (quizzes, games); the ability to search and annotate text; text-to-speech functionality; and customizable (and current) content. In the classroom, teachers can project digital content from these books onto interactive whiteboards and engage the class in viewing material together. Notes taken on the interactive whiteboard can be stored and saved to each student’s laptop, tablet, netbook or smartphone, while students can use their digital devices to submit answers to quizzes or problems. All of these features make digital textbooks more relevant to today’s students, who then become more engaged in learning.
In an effort to measure the effectiveness of faculty development courses promoting student engagement, the faculty
development unit of Penn State’s Online Campus conducted a pilot study within a large online Bachelor of Science in Business (BSB) program. In all, 2,296 students were surveyed in the spring and summer semesters of 2014 in order to seek their perspectives on (1) the extent of their engagement in the courses and (2) the degree to which their instructors promoted their
engagement. The survey comprised three sub-scales: the first and third sub-scales addressed instructional design aspects of the course, and the second sub-scale addressed attitudes and behaviors whereby the instructors promoted student engagement. The results showed a significant difference on the second sub-scale (sig = 0.003) at the .05 level, indicating that students rated instructors with professional development higher on instructor behaviors that engaged them in their
courses than those instructors who received no professional development. There were no significant differences found for the first and third sub-scales indicating that the instructional design aspects of the courses under investigation were not influenced by instructors’ professional development. Qualitative data showed that three quarters of the students who had instructors whose background included professional development geared to encouraging student engagement felt that their courses had engaged them. Future research will focus on increasing the response rate and exploring in more depth both the instructional design and qualitative aspects of student engagement.
For most educators, writing a philosophy of teaching statement is a daunting task. Sure they can motivate the most lackadaisical of students, juggle a seemingly endless list of responsibilities, make theory and applications of gas chromatography come alive for students, all the while finding time to offer a few words of encouragement to a homesick freshman. But articulating their teaching philosophy? It’s enough to give even English professors a case of writer’s block.
Traditionally part of the teaching portfolio in the tenure review process, an increasing number of higher education institutions are now requiring a philosophy of teaching statement from job applicants as well. For beginning instructors, putting their philosophy
into words is particularly challenging. For one thing they aren’t even sure they have a philosophy yet. Then there’s the added pressure of writing one that’s good enough to help them land their first teaching job.
This Faculty Focus special report is designed to take the mystery out of writing teaching philosophy statements, and includes both examples and how-to articles written by educators from various disciplines and at various stages of their professional careers. Some of the articles you will find in the report include:
• How to Write a Philosophy of Teaching and Learning Statement
• A Teaching Philosophy Built on Knowledge, Critical Thinking and Curiosity
• My Teaching Philosophy: A Dynamic Interaction Between Pedagogy and Personality
• Writing the “Syllabus Version” of Your Philosophy of Teaching
• My Philosophy of Teaching: Make Learning Fun
As contributor Adam Chapnick writes, “There is no style that suits everyone, but there is almost certainly one that will make you more comfortable. And while there is no measurable way to know when you have got it ‘right,’ in my experience, you will know it when you see it!”
Mary Bart
Content Manager
Faculty Focus
Remember how you felt during your first semester of teaching? Excited? Nervous? A little over-whelmed? At times you even might have wondered how the school could give you a job with so much responsibility and so little training.
Now you’re a seasoned educator making the move from faculty to administration. And guess what? You’re excited, nervous, and a little overwhelmed. And, once again, you wonder how the school could give you a job with so much responsibility and so little training.
While budgets are being cut and positions not being refilled, it is no surprise that universities are also beginning to feel the effects of a weakened economy. Student retention has remained a prominent issue in the literature for several decades now, still with no definite answer on why students fail to persist and graduate (Morrow & Ackerman, 2012). In an effort to gain more
insight into this phenomenon, the purpose of this study is to understand retention by assessing resiliency in students who have experienced adverse childhood events. The goal of this study is to identify if resiliency, as a psychosocial factor, influences student persistence in the first year at a university when the student is identified as at-risk (i.e. the student has dealt with an identified past trauma). An agglomeration of Tinto’s Student Integration Model and the Diathesis Stress Model will be used to understand how resilience and psychopathology can affect persistence decisions in the first year. If services can be implemented for students in their first year, it is possible that more students would persist and graduate.
• Ontario has the world’s third-highest post-secondary attainment rate for young adults (ages 25 to 34). It produces more degrees per capita than the U.S. and most other countries and up to three times as many career-oriented diplomas and trades certificates. Nonetheless, those with disabilities and aboriginal people have a lower share of degrees.
• While 28 per cent of Americans who attend post-secondary institutions eventually drop out without a credential, the Canadian rate is much lower (seven per cent).
• In 2012, Ontario certified 57 per cent as many trades persons as a share of employment as the rest of Canada.
• Canada’s essential skills ratings for young adults are better than the advanced country average, but behind the Nordic countries, Japan and Korea. However, only 15 per cent at the lowest literacy level are engaged in job-related adult education each year.
Matching skills to jobs
• Ontario’s trades and diploma graduates play a key role in exports (manufacturing, resources and tourism), energy, infrastructure, real estate and health care. Typically, smaller communities rely more heavily on diploma and trades certificate holders – as business owners and employees.
• Ontario’s ability to match skills to job opportunities is above the advanced country average. But it is behind three provinces and 10 countries, notably Switzerland and Germany, which are highly regarded for their ability to match educational programs with employer requirements.
In 2013, the Poverty and Employment Precarity in Southern Ontario (PEPSO) research group released the report It’s More than Poverty: Employment Precarity and Household Well- being. Based on 4,165 surveys collected in late 2011 and early 2012, and 83 interviews conducted in 2011 with workers in different forms of precarious employment, It’s More than Poverty examined the
characteristics of employment in the Greater Toronto-Hamilton Area (GTHA). It documented the range of employment experiences and it revealed the extent of insecurity associated with insecure employment relationships. Equally important, it showed the impact of insecure employment relationships on individual and household well-being and community participation.
This report focuses on recent Ontario education policies. It is a policy audit of the present state of the public school system in Ontario and a proposal for provincial education policies that will best serve the students of Ontario. Following the most tumultuous decade in Ontario educational history, and seven years after the release of the report of the Royal Commission on Learning,1 we believe it is necessary to examine where Ontario education is now and where the province should be headed in the future.
Every developed country is racing to keep up with profound and fundamental changes in the 21st century. The new knowledge economy is creating unprecedented demands for higher levels of expertise and skills, while, at the same time, changing demographics will significantly reduce the numbers of qualified people available in the economy.
The cumulative impact presents great opportunities and great challenges to Ontario.
The scientific study of human learning and memory is now more than 125 years old. Psychologists have conducted thou- sands of experiments, correlational analyses, and field studies during this time, in addition to other research conducted by those from
neighboring fields. A huge knowledge base has been carefully built up over the decades.
Given this backdrop, we may ask ourselves: What great changes in education have resulted from this huge research base? How has the scientific study of learning and memory changed practices in education from those of, say, a century ago? Have we succeeded in building a translational educational science to rival medical science (in which biological knowledge is translated into medical practice) or types of engineering (in which, e.g., basic knowledge in chemistry is translated into products through chemical engineering)?