Accelerated courses continue to be part of the changing academic landscape at Canadian universities.
However, there is limited evidence to support their efficacy in relation to knowledge retention. A greater understanding of knowledge retention associated with accelerated courses (i.e., intensive full-day course for a one- or two-week duration) as compared to traditional courses (i.e., one three-hour lecture once a week for 12 weeks) will provide university stakeholders and
administrators with evidence to determine whether quicker courses should be pursued in the postsecondary education environment.
Accelerated courses continue to be part of the changing academic landscape at Canadian universities. However, there is limited evidence to support their efficacy in relation to knowledge retention. A greater understanding of knowledge retention associated with accelerated courses (i.e., intensive full-day course for a one- or two-week duration) as compared to traditional courses (i.e., one three-hour lecture once a week for 12 weeks) will provide university stakeholders and administrators with evidence to determine whether quicker courses should be pursued in the postsecondary education environment.
Most of the time, instructors use activities as a way for students to demonstrate their mastery. But activities can be used differently — to spark curiosity and get students thinking, before they know much of anything about a particular topic. That was the premise of “The Power of the ‘Naïve Task,’” one of the most interesting sessions I attended at the Designing Effective
Teaching conference in Bethesda, Md., last week.
Ontario ranks among Canada’s top-performing provinces on equity of outcomes in kindergarten to Grade 12 education and high school attainment.1 The province also earns an “A+” for college attainment in the Conference Board of Canada’s How Canada Performs rankings.2 What makes Ontario such a strong performer in these areas?
In part, these good results are due to special programs targeting individuals who are at high risk of dropping out of school. One such initiative is the School Within a College (SWAC) program. SWAC helps struggling students complete high school and get a head start on a college or apprenticeship credential. Other jurisdictions can take a page from the SWAC program’s model of transitioning struggling students into college-ready learners.
Future teachers are likely to teach as they were taught—which can be problematic, researchers wrote in a recent
study, "because most teachers experienced school mathematics as a set of disconnected facts and skills, not a
system of interrelated concepts."
But even when prospective teachers are taught to teach math conceptually, a good content knowledge base is still
important, the study found.
Future teachers are likely to teach as they were taught—which can be problematic, researchers wrote in a recent study, "because most teachers experienced school mathematics as a set of disconnected facts and skills, not a system of interrelated concepts."
You’ve probably heard "ivory tower" jokes or other ways of lampooning academic researchers and scholars. Here’s
one: How many college professors does it take to change a light bulb? Answer: Eight. One to secure funding for the
light bulb, one to observe and record the changing of the bulb, one to consider the theoretical implications of the
change, one to write the research paper, two to edit the journal to which the research paper is submitted, and two
more to serve as blind peer-reviewers for the manuscript. (The actual changing of the bulb will be done by a
graduate student.)
It will be some time before we know the full impact of the COVID-19-induced shift to remote learning this spring -- how it altered the arc of students' academic careers, for example, or affected the extent and nature of their learning.
But we now have some early data on how it reshaped instructors' teaching practices.
A survey released today by Bay View Analytics (formerly the Babson Survey Research Group) and its president, the digital learning researcher Jeff Seaman, offers some insights into the transition that virtually all colleges, instructors and students undertook this spring as the novel coronavirus shut down campuses across the country.
Problem: you are a highly trained, skilled professional, but the academic job market is less than rosy.
Solution: the market for online, nonacademic courses is large and growing. For “academic entrepreneurs” willing to
retool their courses, this market represents an opportunity to build an independent business or supplement income
from teaching.
According to some estimates, by 2020 the worldwide market for self-paced online learning will be between $27.1 billion and $47.9 billion. The trends driving this growth in the United States involve shifts in the ways that companies hire and train employees, as well as changing expectations about the role of educational institutions.
This document attempts to provide useful advice for graduate students, particularly Ph.D. students, just starting out on their research careers at the Autonomous Networks Research Group, Dept. of Electrical Engineering-Systems, USC. It should also be useful for graduate students at other institutions working in similar research areas.
Students with no prior experience often have several misconceptions about the nature of research. For example, they may think that doing research is similar to or requires the same skill as acing courses; that research projects are like homework sets - the advisor will assign well-formulated problems and provide the student with the tools to solve them. Hopefully, this document will help clear some of these misconceptions and help them get started on the right foot in their research.
Many of the pointers here may seem like common sense, but as they say, common sense is by no means common… and very little of it is taught in a classroom.
This is an active document, and as such is subject to modifications. To begin with, I have just listed my main points under each heading. I will be working to convert this into a coherent narrative over the course of the next couple of months.
Think back to your time as a student. How did you experience feedback from your own instructors? Did reading their comments on your work bring moments of elation? Pride? Disappointment? Bewilderment? Do you still have a visceral reaction to a lot of red ink?
Feedback can be a powerful force in college classrooms, and there are ways to make the experience of providing and receiving it even stronger. That’s especially important as students continue to report dissatisfaction with the feedback they get on assignments and tests — calling it vague, discouraging, and/or late.
Critical thinking is no longer a strange concept in this world. It is being talked about all over, from university to the
workplace, from developed countries to poor ones. The importance of thinking critically has never really been
considered properly until recently. In fact, critical thinking is believed to be the new intellect of the modern era that
reflects a person’s ability to analyze daily problems and make the right decision.
As it’s not a specific talent that people are born with, critical thinking requires practice and effort. Ironically, while
critical thinking has become popular all over the world, not many people know how to develop their critical thinking
skills effectively. Therefore, we are about to show you how you can effectively develop these skills.
If you’re teaching in the hybrid model, as I am, you’re likely facing an array of challenges as you try to keep students who are in the physical classroom and those who are remote on track.
I see it every day: Students receive an overwhelming amount of emails and other digital communication throughout the day that need to be organized, and students who work remotely don’t have the benefit of reminders posted around the classroom, in-person reminders from their teacher and peers, or the bells ringing to tell them it is time to transition from one class to the next. Further confusion can be introduced when some are at school one day and at home the next, and among students who shuttle among parents, babysitters, and other caregivers throughout the week.
As a result of the new coronavirus epidemic most universities in China have encouraged their professors to apply online teaching instead of in-class teaching and this is likely to continue for the indefinite future. Some professors and students have complained about problems with online teaching and lack confidence in its effectiveness, but many are still new to the whole online experience. Here are some of the problems and some potential solutions.
I’ll get right to the point because I know you don’t have much time. A new semester is looming, and you are overwhelmed. It could be because you’re early in your teaching career and still feeling your way. Or it could be related to the impossible amount of work you are facing, as teaching loads grow ever heavier. But some of it arises from a common problem that you can help to alleviate yourself: You are overpreparing for class.
In February 2014, Getting Smart and Fuel Education™ (FuelEd™) came together to release Fueling a Personalized
Learning Revolution in Secondary Education. The paper highlighted how personalized, blended learning can improve access to high-quality learning opportunities by focusing on various experiences of high school students in districts across the country.
Our first paper contended that the ultimate goal of blended learning is to create opportunities for student learning to be personalized along unique pathways. We described the way in which personalization revolutionizes how students learn and teachers teach in schools and districts across the country. Benefits include increased engagement as a result of powerful learning experiences, access to tools that support quality work products, and choices in learning opportunities beyond the traditional school day. This personalized approach provides students ownership of the learning experience, flexibility in path, and opportunities to progress at an individual pace.
In this follow-up paper, we shift our focus from individual classrooms and courses to explore the question of scale. Specifically, we were interested in learning how schools and districts successfully scale online and blended programs so that a growing number of students have access to the potential of personalized learning.
I am a white tenure-track faculty member, and I consider myself a progressive. I want to be an ally to my students of color, but I’m not sure how. I don’t want to make mistakes and offend anyone. Is it better for me to say nothing, if I’m not an expert on race? I feel so helpless. Do you have any advice?
I will answer this as best I can, with the goal of opening up further dialogue. I want to be clear that I am a white person addressing this column to other white people who are teaching. I do not mean to exclude anyone, or to claim authority about the experiences or needs of people of color. It is my firm conviction that the time has come for white people to speak up about racism, and to educate one another about anti-racist activism, and not leave the burden of this work on the shoulders of people of color. I am drawing inspiration here from a group I am involved with, Showing Up for Racial Justice, a national organization dedicated to mobilizing white people in anti-racism work. You can probably find a local chapter in your town, and I urge you to do so, as SURJ is not only a resource for training and information but also a location to connect with like-minded people, which is essential at a time when faculty are increasingly called upon to protect vulnerable students.
As I've mentioned before, my 7-year-old daughter takes piano lessons. One of the biggest challenges has been getting her to play for herself, not for her parents. Often I'll ask her how she thought she played a song and I'll get a shrug in return. She plays, but she doesn't listen to herself play. That lack of listening, I fear, is a sign that she's just playing because we're making her.
Many of the teaching tips I've suggested in this column have been meant to encourage your students to take responsibility for their learning. For active-learning strategies to really work, I've argued, we need students to buy in completely to our courses. They need to want to learn for themselves — not for us or a grade. To accomplish that, we can invite students to take some control over the syllabus. We can turn course policies into collaborative projects, in which students have an equal say in determining important aspects of the course. We can encourage students to articulate their goals for the course, rather than just expect them to meet ours. And we can design our courses to make sure we haven't foreclosed any of those possibilities.
This report is a companion to a study that found that high school grade point average was a stronger predictor of performance in college-level English and math than were standardized exam scores among first-time students at the University of Alaska who enrolled directly in college-level courses. This report examines how well high school grade point average and standardized exam scores predict college grades by the urbanicity of students’ hometown and timing of college entry. Among recent high school graduates from both urban and rural areas of Alaska, high school grade point average was a better predictor of college course grades than were SAT, ACT, or ACCUPLACER scores. It was a more powerful predictor of college performance among students who entered college within a year of high school graduation than among students who delayed college entry. For students who delayed college entry, high school grade point average was a better predictor than were standardized exam scores in English, but that was not always the case in math.
Education has lost its soul. The idealism of the 70s was crushed upon the rocks of the back-to-the-basics movement of the 80s. In today’s hyper-testing environment, there is little room for real learning, creativity, innovation, passion, and curiosity. Today, education today is more about what we do to students than what students do. Adopting a humanistic approach to education is one way to find our way back.