By Lavonne Cloke
Have you ever wanted to learn new software, design or business skills to enhance your personal or professional goals but don’t have the money for expensive courses?
U of S faculty, staff and students now have the opportunity to fully access thousands of unlimited, free tutorials, seven days a week, day and night with lynda.usask.ca – a valuable online training resource.
Lynda.usask.ca is an online training library that contains thousands of professional grade Windows and Mac tutorials accessed through streaming video. In these videos you will find information that covers many software titles, scripting languages, design and web development platforms as well as popular online sites. The video tutorials range from topics such as:
Microsoft products (Word, Excel, PowerPoint)
Adobe Suite (Acrobat, InDesign)
Apple products (iPhone, iPad)
Development and programming
Web and mobile app design
Time management and business skills
The site employs expert instructors that are true masters in their fields. They can answer all your questions and will offer useful advice. Their mission is to impart knowledge regarding correct workflow and they will also teach you how to develop skills.
Visit Lynda.usask.ca now to discover the training opportunities available to you.
In addition, a free Webinar about Lynda.com will be held on April 30 from 2 – 3 PM Saskatchewan time. If you are on campus you are welcome to join us in the Collaborative Learning Lab located on the first floor of the Murray Library. You may also join in from your own computer through https://www3.gotomeeting.com/join/664691710.
The smell of popcorn wafts by, the lights dim, the audience stills, the screen darkens then comes to life…ready for a movie?
Cues signal the activity we are about to engage in and prepare our minds and bodies. We look, listen and wait for cues that tell us to wash our hands and fell hunger because dinner is about to happen, to get comfortable and be swept away by music, to wait in anticipation then yell surprise to a friend, to get warmed up and ready for a sports game…
What cues are there in your class? When I teach statistics, the first slide students see includes a toolbox suggesting an analogy through which to frame the upcoming content, the lighting may be necessarily dark by the screen but overall bright, I start by walking to the middle of the front and when stepping towards them start with why I find statistics interesting and useful.
The cues of lighting, imagery, voice, body positioning etc. highlight the value I place on the topic and signal students to be prepared to meet me part way, engage in a conversation about statistics, perhaps respect the effort required but not concerned, and see value in learning the topic.
After this initial step of BOPPPS, I often proceed to define means and other foundational content, but I continue the message of usefulness and dialogue through a pre-assessment that serves multiple purposes including: don’t get too comfortable passively listening…this class requires more than just watching the show.
For several years, the GMCTE has offered the Course Design Institute (CDI), a four to five-day intensive workshop that walks instructors through the development or redevelopment of one of their courses. This May, the CDI we be delivered in an entirely different format than in the past by “flipping” it to provide participants with more hands-on work time.
While in the past, participants attending all day for the four to five days during a single week, this offering will require participants to attend three Thursday mornings over three weeks in May. They will also watch videos and complete assignments outside of these meeting times. They will post their assignments to the discussion forum where they will receive feedback from the facilitators and fellow-participants.
The CDI is built around the resources on our Course Design Process web page and includes videos and other materials related to learner and context analysis, developing learning outcomes, creating assessments, deciding on teaching strategies and evaluating and revising the course that they develop.
Participants who qualify are also eligible for a $1,000 grant to assist in the development / redevelopment of their course.
Spots in the CDI are limited to 10 participants and applications are now being accepted. For more information about the CDI, the application and the grant, please see the CDI Web site.
I am extremely pleased to promote and encourage participation in the 4th annual Scholarship of Teaching and Learning (SoTL) symposium. The day will be strengthened by a diversity of perspectives so we welcome all who would like to attend, no experience of undertaking SoTL is necessary.
The event will be held on the 1st and 2nd of May on the University of Saskatchewan campus. In addition to plenary presentations, there will be various opportunities to present your SoTL work or ideas. We invite participation from those interested in dipping a toe in the SoTL waters, those part way through a SoTL project, as well as those experienced with and wishing to present results of their SoTL research. We hope the event will be a chance to gather and learn from colleagues interested in improving teaching and learning at the University and beyond.
In an effort to open up the event to individuals at all points in their exploration of SoTL, we have created 4 different types of presentations:
Watercooler chats – these sessions will be appropriate for those wanting to discuss a new area of teaching and learning research. This is an opportunity to share ideas in a more informal way with a small group of colleagues, discuss options, and get feedback from fellow participants.
World Café – these sessions will be appropriate for those with an interest in sharing and discussing approaches or issues with their SoTL work with colleagues at the conference. The World Café begins with a short (5 to 10 minute) presentation on your topic to the whole group followed by table-based small group discussions with colleagues who wish to hear more and discuss your project, approach or issue in more detail.
Poster session – these are appropriate for presentation about a completed SoTL project they would like to share via virtual poster with colleagues. There will be time during the symposium for attendees to view and ask questions about each poster.
Research Presentation – these sessions will be appropriate for sharing completed SoTL projects with results. We would welcome participants presenting research to include a few minutes spent sharing lessons learned in undertaking the research.
This year we have added a writing retreat to the end of the SoTL symposium. We invite you to join us for this part of the event at Boffins on Friday afternoon. The retreat will provide some time to share your writing project and aspirations for it with colleagues and, most importantly, give you time to work on your project in a supportive and comfortable environment.
We teach so that students engage in actions to continue to learn including completing assignments, readings and answering questions in class. But does our teaching increase such behaviours or decrease them?
As Thorndike’s Law of Effect and B.F. Skinner’s operant conditioning notes we are influenced by the consequences of our actions. Good consequences encourage more of this activity, while unpleasant (or unhelpful) consequences encourage less of this activity.
Positive reinforcement increases the frequency of behaviours through either the addition of a pleasant stimulus or the removal of an unpleasant stimulus. If we want students to answer more question in class, we could:
add an indication that their answer is correct, stating which parts are correct if answer is not correct, or secondary rewards of praise
remove something unpleasant such as provide relief from uncertainty by confirming they understand the topic or the ending of our mastered silent stare.
Negative reinforcement decreases the frequency of valued behaviours through either the addition of an unpleasant stimulus or the removal of an unpleasant stimulus, including answering questions in class when we:
add a dismissing or disparaging comment from the explicit “incorrect” to the implicit asking “any other answers” only when the initial student response is incorrect
remove something pleasant such as a change in posture to be more removed, stop smiling, or change in the amount you pick them to answer questions.
Try seeing how the number of students’ answers increases (or decreases) with different responses. Predict via the lens of operant conditioning. For example:
What happens if I ask questions that are too easy? Students likely not rewarded by answering
What happens if I ask questions that are too hard? Students might not be able to answer and receive the explicit or implicit feedback that they are wrong
What happens if I present my answer(s) on a slide after I ask them? Students might not be rewarded by answering
But what if I skim by pointing out all the parts they identified and building on their answer? -> Students might be rewarded and increase participation.
Applying operant conditioning is not about “coddling” or saying “good try” without correcting flawed knowledge, but creating a learning experience that is encouraging of participation, reading and incorporating feedback into later performance. Even when a students’ answer is incorrect there are ways to reward behaviours that lead to improvement (e.g., asking questions) and provide feedback to modify that knowledge by “rewarding” the correct bits, “punishing” incorrect parts, and because we can speak better than pigeons suggesting how to improve.
While it is useful to be cognizant of how our actions may act to encourage or discourage specific student behaviours, self-determination is still valued and people may not want themselves or others to be treated as treating people like lab rats such as by Sheldon on Big Bang Theory:
I recently spent some time on a project to move a learning log used by a non-profit organization to track the progress of their young participants into an online environment. I have since learned a lot about the various tools available to create and publish such documents online, but I remained curious about the rationale behind creating an online learning log or, as it is commonly called, an ePortfolio.
Luckily, the TOOC (Introduction to Learning Technologies) currently running through the GMCTE covers e-portfolios extensively in week 11. My goal with this post is to provide a summary of what I have learned about ePortfolios, some of which draws on the resources you can find in week 11.
What is an ePortfolio?
An ePortfolio is a collection of ‘artifacts’, which can be photos or text documents – anything that represents a task or a step in the learning process. The sort of material that composes an e-portfolio can be representative of either educational or professional development.
How is an ePortfolio used?
An ePortfolio is also a map of the learning process and a means of reflecting back on what one has learned or accomplished. As such, it is a means not only of demonstrating what you have learned or accomplished, but can itself become a means to better identify goals and more intentionally direct one’s path.
How do I put an ePortfolio together?
There are many tools available online to help you build a visually appealing ePortfolio. Before you choose a tool, it is important to remember that, as pointed out in an article by Suzanne Bowness for University Affairs, “Even fans acknowledge it’s not so much the tool as the philosophy that makes e-portfolios compelling.”
If it is the case that the ideas underpinning an ePortfolio are more important than the tool used to build it, then it is with this step that you should ideally begin. Bowness also claims it is the “dual function of reflection and record keeping that is one of the e-portfolio’s most compelling features.” I believe this dual function applies to both learning and professional ePortfolios. As such, a portfolio should contain artifacts as well as some context, or reflection on the artifacts.
I also believe that there is no set recipe that needs to be followed when putting together a portfolio, since the ideas underpinning each different portfolio will themselves differ. That said, if you are having a tough time getting started, do your homework on the topic of ePortfolios first. For instance, you can review the resources in week 11 and the University of Waterloo’s excellent summary of ePortfolios.
This post originally appeared on the blog Petragogy on March 23, 2014.
I’ve wondered before about the feasibility of creating an open textbook for introductory physical geology. I got as far as sketching out some of the ideas and stopped when it became clear that a lot of work would be involved.
My most recent thinking about open textbooks was motivated by learning some startling facts from my students: (1) At sea level, water boils at 1007°C. (2) In areas on the ocean floor where new ocean crust is produced, water can be heated up to 10,007°C.
Setting aside for a moment the fact that that my students didn’t see anything wrong with water boiling at 1007°C, or with water on the ocean floor being a little shy of twice the sun’s surface temperature, what bothered me is that they encountered this information in their textbook. I get that typos happen. I’ve made some in my own course materials. The issue is that they are very hard to fix. Ideally, I should be able to go into a document, change 1007°C to 100°C, and hit “update.” Voila. Problem solved. Instead, I emailed the publisher’s salesperson for my region and told him about the error. If he passes my email on to the right person, then in two years when the new edition comes out, water might once again boil at 100°C.
This is why writing my own textbook has a certain appeal. Because no one is going to pay me to do it, I might as well make it freely available online. It is free and relatively easy to make the textbook look pretty and to put it in places and formats that allow convenient student access. The main difficulties are twofold: First, I have to write it and find appropriate images that I am legally entitled to use. Second, if done properly, I will have made use of online open education resources, and that means continually monitoring those resources to make sure they haven’t changed in unacceptable ways, or disappeared altogether.
When looking at a task requiring this much work, it is wise to see if someone else has already done the work for you, or is in the process of doing so. Sadly, it appears no one has seen fit to build what I need. It is also wise to see if others are interested in accomplishing the same task. Ideally, a project like this would involve a number of contributors with a wide range of expertise. Perhaps a book sprint could be organized. These are remarkable events during which a group of cloistered writers spends three to five days working on the book, facilitated by a company which organizes and feeds them. At the end of five days a finished product is ready to upload… and apparently it is a good one.
Who knows—after years of writing fixes for course materials, I might have enough for a textbook anyway.
While the report has always included what these groups see as the “important developments” that will be adopted in this area in three time frames (within one year, in two to three years, and in four to five years), this year’s report also includes “Key Trends Accelerating EdTech Adoption in Higher Education” and “Significant Challenges Impeding EdTech Adoption in Higher Education”.
The “key trends” are broken down by likeliness and the expected time frame until they “create substantive change”, while the “significant challenges” are in categories of “solvable”, “difficult” and “wicked”.
Both of the “important developments” that they see as being adopted within the next year are already happening here at the University of Saskatchewan – flipped teaching and the use of learning analytics. Contact the GMCTE for more information on these initiatives.
You can read the entire report or a shorter “Preview” version on the NMC Website.
The following is a brief video summary of the report.
High impact practices have these elements in common:
1. EFFORTFUL is not a bad thing. In fact, “effortful” stimulates learning and increases retention of that which is learned. “Effortful” is also engaging and focuses attention for an extended period. One of the greatest disservices we can do for students is to reduce the required effort and make things easy.
2. INTERACTIVE strategies provide students with the opportunity and incentive to talk with each other, with faculty, and with staff—and they talk about substantive matters over an extended period of time.
3. By ENGAGING ACROSS DIFFERENCES students have an opportunity to encounter a wide variety of perspectives that stretch their understandings. Developing approaches of “many-sidedness” and pluralism increases the potential for complex problem solving.
4. When students receive formal and informal RICH FEEDBACK that is timely and meaningful, they can adjust their practices in real time. Think how effective quick feedback is in the gaming world! It is motivating and increases learning rapidly.
5. Providing opportunities to try out learning in NEW SITUATIONS is a way of playing “concept attainment.” (More information about this strategy can found here and here). Students take what they learn and apply it in new ways and in new situations.
6. Students also have an opportunity to REFLECT on what they are learning and the people they are becoming. They have the foil of stimulating learning situations to hone their own thoughts and conceptualizations.
Once you are familiar with these qualities you can assess the efficacy of practices you might be integrating in your program design and others you might be weaving into individual courses through assignments and teaching methods.
My top three picks for classroom teaching strategies that have these qualities built right in are: (1) cooperative learning, (2) the inquiry-based learning family (i.e. case-based, project-based, scenario-based, and problem-based learning), and (3) undergraduate research.
For more information on these, and to brainstorm ways in which these can be used in your courses, please contact the GMCTE.
“Lecture Capture describes technologies instructors can use to record voice and data projector content and make those recordings available digitally” (ICT University of Saskatchewan). At the University of Saskatchewan, many rooms are equipped to allow instructors to easily record their live lectures and distribute these recordings to their students.
Now that I’ve defined what lecture capture is, let’s explore why you should consider using it. Research has shown numerous benefits. A study found that, after using lecture capture across a variety of disciplines, class sizes, and teaching styles, students and faculty were both in favor of using lecture recordings. Benefits for students included:
being able to review material that was confusing,
study for quizzes and exams, and
pay closer attention in class rather than frantically scribbling notes (May, 2008).
A recent series of interviews with instructors on our campus explores these and additional benefits of using lecture capture:
These additional benefits included:
support for DSS and ESL students who struggle with the speed of the lecture.
support for sick and injured students who cannot attend class.
ability to view your classes as a way to critically reflect on your teaching.
ability to share your videos with other instructors who teach the same course or complementary courses.
ability to share the videos with your teaching assistant(s) to help them prepare for grading, tutorials, or labs.
When it comes to lecture capture, there is always the concern that students will stop attending class. Research around this issue has been inconclusive (Bond & Grussendorf, 2013). The interviewed U of S instructors noticed no difference in attendance between lecture captured classed and their other classes:
With all these benefits in mind and the major concern set aside, what reasons remain to not try lecture capture? The system is in place—give it a try!
For more information on Lecture Capture at the University of Saskatchewan please visit: