Over the past two years, I have been attending a lot of webinars, presentations, conferences, dialogues and online courses. I’ve also been reading blogs and articles as well as doing presentations and writing blogposts. I’ve gained knowledge and collected remarkable resources. Tools like the ones below can help us design tasks that will engage and motivate our learners.
In this article, I am going to share some of my ideas about how to keep Google Classroom neat and organized, as well as how to use Jamboard as an effective whiteboard.
Google Classroom
Google Classroom (GC) has become the primary instructional platform for most teachers in Ontario since the beginning of the COVID-19 pandemic. I like it and I hate it. I like it because it is such a powerful platform for teachers to deliver content to students. I hate it because it can sometimes be messy and challenging when it comes to organizing content. It took me a while, but I found a way to organize it.
It is a new year and some of us may need some fresh ideas to add energy, motivation and tasks to our classes. One possible means of accomplishing this is to include relevant project work into the syllabus.
The tools listed below are just that – tools. As the instructor, you can guide the learners to themes as focal points for project content. These free, digital tools include how-to guides, an online example, and orientation blogs for the instructors to read and consider before embarking on a digital venture with their learners.
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As Eva Hoffman quipped, “We live forward, but we understand backwards.” Hence, I’ve done a recount of my experience as a LINC instructor of advanced online classes during the pandemic and a student myself of different online courses from Additional Basic Qualification courses at OISE, to my own French lessons, transformed during the pandemic into Zoom meetings. An issue that captured my special attention was the rationale for the hybrid mode of the remote ESL teaching.
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As the transformation to full online teaching continues, many instructors are unwittingly becoming instructional design-developers. Some are adding study sets to Quizlet, others are hastily making Kahoots, while still others are using more ambitious tools such as H5P, Hot Potatoes and ScreenCastify to create more complicated learning experiences that enhance their online lessons. To generate timely, interactive, engaging and diverse learning opportunities for our students, many of us are creating digital learning objects on the fly.
I am currently part of the team working on Avenue, an online portal that is the right thing at the right time! It has been a pleasure to work with an amazing team of Canadian educators, administrators and developers to create Avenue under the management of New Language Solutions charity. This IRCC sponsored Avenue national learning repository for adult newcomers and language instructors launched in mid-August. The majority of Avenue’s courses, learning activities, resources, and training are focused on fully online teaching and training. Avenue is a timely solution for language and settlement instructors and students as LINC classes continue online. I consider Avenue the principle online resource for IRCC language instructors across Canada.
When coronavirus hit, we all had to adjust. For many ESL teachers, this meant navigating uncharted territory – teaching online. Continue reading
At the recent TESL Toronto’s T4T mini conference at York University, I was inspired to take 4C integration into my instruction to a new level. Specifically, I was spurred on by James Papple and Tabitha Lewis’s session called Connections to Learning through Makerspaces. They provided a myriad of potential activities that extend and enhance learning beyond what is expected in a language learning class. Tabitha and Jim highlighted resources that are available through the Brock University’s Makerspace room.
In Brock’s Makerspace, learning opportunities include tools to create high quality audio, shoot and edit digital video, create and edit images, print 3D models, create moving LEGO structures, scan objects into digital 3D models, cut materials with lasers, interact with virtual reality, record video against a green screen, control a Sphere ball with a smartphone app, build robots, paint 3D objects, and more.
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