Visual Journal 5

On November 7, I had the opportunity to team teach a Biology 11 class with Thomas. We pitched the idea to the teacher, and she was kind enough to hand over the whole 80 minute block to us to teach exactly what we wanted. We planned a class that was multimodal, engaging, and included the principles of multiliteracy learning.

For our lesson, we started with a powerpoint presentation in order to review the previous classes information, and confirm that all students had the necessary information to participate in the lesson. Throughout the powerpoint we asked many questions and had time for casual conversation and discussion. This stage of the lesson was what we considered the overt instruction, which “guide[d] students to the systematic practices of learning processes with tools and techniques.” (Biswas, S, 2014). Once we made it through that information, we invited the students to join us at the back of the room for story time. As we learned in class, teaching through stories is a great way to introduce a new modality. We decided that having a physical change of location would increase engagement, and it seemed to work well. The students then returned to their seats for instructions for the activity, and to be separated into groups. They were to work in groups of four to create a sasquatch that survived 1000 generations after a major event changed their lifestyles. They had several tasks to complete, and were very creative. This activity allowed the students to apply what they learned creatively. Applying Creatively is important because it is a way of assessing how much students understood from the lesson, it “is a Knowledge Process which takes knowledge and capabilities from one setting and adapts them to quite a different setting” (Cope and Kalantzis, 2009). Learning about adaptations and evolution in real organisms, and applying that to an imaginary creature is fun and informative.

Once they did that, they shared their sasquatch with the class, and returned to their seats. We then took some time to talk about natural selection and evolution, and had the students discuss with a partner how likely the adaptations for their sasquatch would be. We finished the lesson with a casual debate, having the students try to convince their classmates if the sasquatch is fictional or real.

We planned this lesson to be multimodal. First of all, we had the visual of the powerpoint presentation. We taught through story-telling (insert source on storytelling). We had overt instruction by clearly explaining expectations and instructions, and then allowed the students to apply creatively in by inventing a fictional character. After they applied creatively, we had the students explain why they had the adaptations, applying creatively. The class experienced the known by talking about real life examples of mutations (redheads, specialized birds and insects, cancer, etc), and then some students experienced the unknown as we had students in the class who had never heard of the sasquatch.

In the end, we had a lot of fun. The students seemed to understand our goal, and did well with the review questions at the end, as well as having very creative sasquatches, and being able to explain and justify the adaptations. Although they seemed shy at the beginning, the lesson went well and we had great feedback from the teacher.

By teaching this lesson, I learned a lot. First, I learned firsthand how teaching with multiliteracies in mind was successful. Even the students in the class who may not be traditionally academic, and the ELL students with low English abilities were able to participate fully in the creative aspect of the lesson. They had to write a description, but because they were in a group, the person who was most comfortable wrote while the other students told them their ideas. Most of the class participated well, which I felt very happy about. Second, including different activities and modalities increased student engagement visibly – different students excelled in different aspects of the lesson. During the powerpoint part, a few students were very engaged, and answering all of the questions, during the story time it was other students who sat at the front and participated in the story. The drawing involved a different group again, and in the debate almost ALL of the students had something to say. We picked a topic that was silly and fun, yet still relevant to end the class on a high note! Not everything went as planned, though. We had a lot of questions prepared, most pretty easy to keep the class participating, but the students seemed very shy they weren’t overly interested in answering us. After talking to some teachers, they recommended starting the class with a little ice breaker, something to help the students be a bit more comfortable with us. We also forgot to provide the students with a plan for the day, and learning intentions. As a student, I always like knowing what the class will look like, and in the future, I will remember to include that in my lesson. Overall, teaching the class made me excited for our future!

References:

Biswas, S. (2014). How to teach multiliteracies. Canadian Journal for teacher research. 1, 38-46

Cope, W. and Kalantzis, M. (2009) “Multiliteracies”: New Literacies, New Learning. Pedagogies: An International Journal, 4:3, 164-195, DOI: 10.1080/15544800903076044

Google Apps for Education and Twine

Google Apps for Education

Classroom: A place for teachers to put up assignments and communicate with all of their students about upcoming events and due dates

Docs: A word processing platform. Users are able to share the doc, and collaborate on assignments together

Slides: A presentation platform, where users can create visual presentations for free. They can also share the presentation to collaborate with other contributors.

Sheets: A platform to make spreadsheets where users can share and collaborate together.

Google read and write: Plug-in that reads the text on the page user is currently viewing.

Helps struggling readers and language learners. This could be used as a tool for teachers with many language learners in their class!

 

Twine

Twine is an online, free resource that allows users to write interactive, nonlinear stories. It can be used in many different classes as a creative way to assess student understanding. By having students create a choose your own adventure style story, teacher can assess how well they understand the material, and having them change and add to their twine story.

It can also be used by teachers to create interactive quizzes, or as a fun way to learn new material.

Users can embed video, image and sound to set the mood of the story, and make it more interesting. The story is saved in the browser. Twine works best with chrome and firefox.

Some ideas for use in the classroom:

Biology: Create a key for students to use in identifying plants and animals

History: Create a choose your own adventure story using historical event from class

Math: Have students create a quiz to share with classmates.

English: Creative writing, guided interviews

Image from: http://twinery.org/

 

Check out this example quiz made by Sam!

https://studentweb.uvic.ca/~samgav/mathfun.html?fbclid=IwAR3l18b4rO2GWoYdK6LmhtcAxlTh1Sscg7FkyU6Cc6DZ_zD7_jZ7Njx0p6I

By uploading the video onto the network using Cyberduck, I also completed the network literacy competency!

PSII

Today, we visited the Pacific School of Innovation and Inquiry.

PSII

It was such a cool experience to not only hear first hand the process of opening a school, but to see an “ideal education model” in practice. Throughout the first few months of the PPD Program, and over arching theme has been that the system is broken, but we are slowly trying to fix it. It seems as though PSII is on the right track for what education SHOULD be, in a perfect world.

I had the opportunity to sit with a student as he walked me through his inquiry project. It was amazing to hear how many “subjects” he was covering by exploring something he truly WANTED to explore. BINGO. Relevant, interesting, engaging.

So, why aren’t we all doing this?

Because – it’s not so simple.

  1. To have an inquiry based school, the school needs to stay small. There is a maximum size cap in order to maintain the integrity of student driven learning.
  2. Students need to be intrinsically motivated. This model isn’t for everyone.
  3. It takes time to change the “system”

It was an honour to be welcomed into such an innovative learning environment. Although I may never open my own school, its possible to weave these practices into my own class.

Science Labs!

As a future science teacher, I was so excited today to see a class that fit SO perfectly into the readings from our multi-literacy learning class – a chemistry lab. In the reading by Cope and Kalantzis, Knowledge processes: the pedagogical moves of Learning by Design they describe the idea of learning by design. Learning by design encourages teachers “to reflect up the range of activity types during the design process, to supplement existing practice by broadening the range of activity types, and to plan the sequence carefully.” (Cope and Kalatzis, 2009). This lab let students experience the know, unknown, analyze, apply, AND conceptualize. It seems perfect. Screen shot 2018-10-04 at 6.58.05 AM

 

The class began with a LITTLE didactic instruction, which, in my opinion was completely necessary. In order to know what to do, and what they were looking for in the lab, the teacher used overt instruction. “Overt instruction helps learners focus on important features and gain experiences that allow them to understand systematic, analytic, and cognizant explanations of different modes of meaning” (Biswas, 2014) The students were to perform a lab to discover if a known, household product was an acid or a base, based on what colour purple cabbage juice turned when dropped into the substance. They would then have to find out two UNKNOWN substances, by using the information from the lab. The teacher spent the first 10 minutes or so of the class, reviewing the necessary background information about acids and bases with the students to give them the foundation for the lab. She also wrote the day plan on the board, to show the students EXACTLY what to expect for the block (sit and learn, go and do, come back and reflect – it seems to cover many different learning styles in one class).

dav

The lab itself was quite simple, but it gave all the students an opportunity to “do” science with common, every day items. Every person in the group could participate equally, and there was enough time given for the students to think about why the reaction occurred.

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Before the students mixed any “chemical”, they first predicted whether they thought each thing was an acid or a base (hand sanitizer,  lemon juice, apple juice, vinegar, baking soda, shampoo, conditioner). They then put a little of each thing into their test tubes, and added some cabbage juice. The sounds of pleasure emanated through the class, “oohs and aahhhhhs” as the students saw bright pink, and blue/green colours appear.

Once they tested all of the items that they had hypothesized about, they tested two unknown items.

dav The unknown items made the students think. They had to take the knowledge gained during the class, and use it to discover/apply it in an unknown situation.

After the lab, the students cleaned up, and returned to their desks to finish their work. They had to look up the actual pH of the chemicals they discovered, and answer a few questions about the reactions that occurred.

The only flaw that I saw, was that the work was assessed on paper. Perhaps a student who struggles with reading/ writing could be  “quizzed” on the information orally to ensure everyone had an equal opportunity to succeed.

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References:

Biswas, S. (2014). How to teach multiliteracies. Canadian Journal for teacher research. 1, 38-46

Kalantzis, M. and Cope, W., (2009) Knowledge processes: the pedagogical moves of Learning by Design. Pedagogies: An International Journal. 164-195