Learning in a Real Life Context

May 3, 2019 Michelle Fenn 21st Century Learning, Advocacy for change, Building Inclusion, Coding, Constant Learning, Equity, Gender Equity, Gender stereotypes, General, Genius Hour, Inquiry, Inspiring Students, Inspiring Teachers, Integration, Learning in a Real Life Context, Making a Difference Through Education, Math, Mentorship, Modern Learning, Planning, Professional Learning and Growth, Resilience, Resources, Robotics, Technology, Technology in school, The Global Competencies, Use of Technology, Using technology well, Women at Work

The Gender Gap in Technology

According to a recent report* by ICTC (the Information and Technology Information Council) Canadian women represent about 50% of the overall workforce but represent only 25% of the technology industry workforce. Of the 100 major tech companies in Canada only 5 have female CEOs and 1 Co-CEO. 26% of the tech companies have no women in senior leadership at all. There is a gender wage gap in the industry of $7,000-$20,00 per year. When I read these statistics I wondered as educators, what can we do about the gender gap in technology? This is not an exhaustive list, but it is a place to begin:

1. Build her confidence in her abilities.

2. Cultivate a community of supportive peers.

3. Provide a STEM/STEAM club for girls.

4. Ensure that access to technology and computer experiences is encouraged and inclusive.

5. Foster interest in computing careers.

6. Be a role model as a LEARNER.

May 11th is National Girls Learning Code Day. If you are looking to encourage coders in your school, why not begin on May 11th? Below you will find links to resources for beginning coding. Many students code on their own at home and may appreciate the opportunity to mentor fellow students. The resources attached will get you started. There is no special equipment or robotics required. Teachers do not have to be expert coders to encourage their students. Teachers can be role models of resilience, risk taking and problem solving by learning alongside their students. Teachers only need to open the door and expose their students to the opportunities.

Girls Who Code Canada

National Girls Learn Code Day

*Cutean, A., Ivus, M. (2017). The Digital Talent Dividend: Shifting Gears in a Changing Economy. Information and Communications Technology Council (ICTC). Ottawa, Canada.

Elaborated and written by Alexandra Cutean (Director, Digital Innovation Research and Policy). and Maryna Ivus (Senior Analyst, Research and Policy) with generous support from the ICTC Research and Policy Team.

February 28, 2019February 28, 2019 Arianna Lambert Curriculum Planning, Learning in a Real Life Context

Authentic Learning

One question that has been on my mind is how do we ensure that we are honouring diverse learning styles and interests within the constraints of the curriculum? I’ve always thought that when students are excited about what is being taught, they’ll be engaged in the process but I wonder if it might be more than that. I’ve been taking some time to reflect on where the idea of authentic learning and student engagement.

So far, I’ve gathered that the following 3 things are important when speaking on the subject of student engagement:

Ensuring that multiple learning styles are honoured so that student needs are met during the learning process.
Students being able to see themselves within what is being taught.
Students seeing the relevance of what is being taught to their daily lives.

When these 3 things are a part of the learning experience for students, true engagement can take place. I would like to take some time to reflect on the third point during this post because I believe this might be the sweet-spot for authentic learning.

Earlier on I spoke to the fact that we have a curriculum from which to guide the learning in our classrooms. While this is static, we have the opportunity to be innovative in the way in which we choose to unpack the curriculum with students. I strongly believe that gone are the days where the educator is the content deliverer and that the role of the student is to be the receiver of said content. We’ve moved away from the Sage on the Stage and into the role of being the Guide on the Side. With that in mind, the question becomes, how do we ensure that students are learning based on what the expectations are? Furthermore, how do we ensure that what is being learned is relevant to the lives of students? In other words, how do we ensure that the learning is authentic for the students in front of us?

As much as possible, when introducing a topic or subject area, I focused on finding a real world problem that would speak to what we would be learning about. In Math we investigated angles through the stability of structure in interesting buildings in the world around us while taking some time to identify angles through images in everyday life. In Science we dug into user-centered design when considering hurricane solutions while learning about the forces acting on structures and mechanisms. In Language, we dug into the impact of words and their meaning through song. In every instance, a question framed what students were going to be learning about. I tried to create a question that was as open as possible so that students would be able to explore the topic based on their own interest. While working on hurricane solutions, some students focused on creating new infrastructure while others worked to communicate their learning through the creation of a program. For both students, the learning was authentic in that it spoke to their interest and allowed them to consider how they might have an impact in a real way.

I’m learning more and more about the value in this type of learning for students. As they learn, they are developing transferable skills and are able to set the pace for their learning and how they wish to share what they are learning with others. The curricular content is being discovered while students are making connections to the real world and understanding why the learning might be important.

Thinking about how to boost authentic learning in your classroom? Perhaps start by considering a real world problem that connects to the curricular area that students are learning about and posing an open question that gets them thinking.

February 28, 2019February 28, 2019 Arianna Lambert General, Learning in a Real Life Context, Resources

Inference Building

Inference: A conclusion reached on the basis of evidence and reasoning. An important skill to have and to be able to utilize in a variety of situations. How do we help students develop this skill? Recently, a friend reached out and wondered if there was a unique or interesting way to help students both develop and effectively utilize this skill. While I know that there are a variety of different ways in which to develop this skill in students, I was really excited to share about something that I’ve done for a couple of years that actually got students excited about stretching their inference skills!.

Once a week, I would post the New York Times’ What’s Going On in This Picture? And sometimes if I didn’t there would be questions about why I had forgotten. Without fail, students would be excited to see if they could determine exactly what what going on based on the clues provided within the picture. After taking some time to examine the picture, I would ask students to independently answer the following questions:

What’s going on in this picture?
What do you see or notice that makes you say that?
What more can you find?
What connections can you make to your own experiences?

The reason for their independent answers first was that I wanted them to take some time on their own to process what might be happening in the picture and to draw their own conclusions. Usually this took about 15 minutes and students were ready to share and consider the perspectives of others. Once finished digging-in on their own, I asked them to form a group of 3 and to share the answers to their questions. While answering the questions, the other 2 students in the group would be critical friends and really push the speaker to tell them more about how they made the inferences. We used the following questions to push that thinking:

How do you know that?
Why do you think that?
Tell me more about what you know about…
What might have caused this?
What might have happened before or after?
Why might this matter and to whom?
What message or story is this image telling? Why might it be important?

Thursday afternoons became a popular time for finding out the answer and determining the accuracy of the conclusions made. Students were eager to see how close they were to the actual description of what was happening and to understand what additional information may have been missing in order for them to get a more complete picture.

When writing this post, I stumbled upon the New York Times’ What’s Going On in This Graph? and got so excited about the implications of using something like this in Math. I noticed that on the site, they have their own questions to guide the discussion for students:

What do you notice?
What do you wonder? What are you curious about that comes from what you notice in the graph?
What might be going on in this graph? Write a catchy headline that captures the graph’s main idea. If your headline makes a claim, tell us what you noticed that supports your claim.

I shared these sites with my friend and thought they might be of benefit to share with you. What are some of the ways in which you are working towards developing inference skills in students? Would love to hear about the innovative ways in which you might be engaging students on building real skills that are transferable and essential.

What do you think is going on in this picture?

WGOITP

February 3, 2019 Michelle Fenn 21st Century Learning, Classroom Management, Combined Grade Classes, Curriculum Planning, Inquiry, Inspiring Students, Integration, Learning in a Real Life Context, Literacy

Non Fiction vs. Fiction?

The majority of what I read and write daily is non fiction. If I were to attach a statistic to it, I would hazard to say that 95% of what I read and write on a daily basis is non fiction. I like to write poetry and narratives too but I seldom have the time to do that and it is only for pleasure. I read fiction daily too. I read about 2 to 10 pages each night before falling asleep with my kindle on my chest. Many years ago I was introduced to the work of Tony Stead at a Reading for the Love of It conference. It changed my practice as a teacher forever. Tony made me realize that almost all of my classroom library was filled with fiction, all of my class read alouds were fiction and the majority of the writing that my students were doing was fiction in some form or another. I was not exposing them to enough non-fiction text and I was not preparing them for adult literacy. Using “Is that a Fact?” by Tony Stead and “Reading with Meaning” by Debbie Miller I began to create a literacy program for my primary classroom that had a much stronger focus on non fiction. I also began using my Scholastic book order money to augment my classroom library with nonfiction texts whenever possible.

I began explicitly teaching how to not only use, but to create non fiction text. This focus engaged those readers who had struggled most. There is far more information that can be read and synthesized through pictures in non fiction texts which enables all students, including the struggling readers, to contribute to discussions and make sense of text. Curiosity drove students to have a purpose for reading and authentic purpose is everything. We created “Wonderboxes”, an idea from Debbie Miller of small recipe boxes filled with index cards where students wrote down their questions and wonders. It wasn’t labeled inquiry teaching at that point, but in retrospect it is what we were doing. The students also created “Non Fiction Text Feature Notebooks” in which they designed illustrations that demonstrated the function of the various non fiction text features. More recently my grade 4 and 5 students used a screen casting app called Explain Everything in order to create short videos explaining non fiction text features. After learning what these text features were used for, students were able to interact with non fiction texts more efficiently to find what they needed. In addition, they began using these text features in their own writing, especially when uploading to blogs and creating Google Slide presentations.

I still value the world of fiction-especially for read alouds. I know the magic of getting lost in a book or a better yet a book series and I want my students to have that experience too. Being able to connect with another person over the topic of a book that has been thoroughly enjoyed is why book clubs and literature circles exist. However, I am also aware that it isn’t for everyone. A few years ago a colleague admitted to me that she had never enjoyed novel read alouds as a student because she just couldn’t visualize what was happening in the story in her own head. For whatever reason she was unable to provide the running movie that went along with the narration from the teacher. My first reaction was, “How sad!” but then I began to wonder just how many students I have taught over the years that felt exactly the same. My literacy program became a more balanced diet of fiction and non fiction. I encourage you to look through your own classroom library and review the read alouds that you have planned for the school year and take stock of how much of it is non fiction. You just may want to augment your classroom literary diet with something that includes diagrams, labels and a glossary.

February 3, 2019 Kelly.McLaughlin 21st Century Learning, Celebrating Success, Inquiry, Inspiring Students, Learning in a Real Life Context, Literacy, Math, Questioning, The Arts

Inquiry Project

As part of a board focus group I am involved with, I am exploring along with a group of six other teachers, the inquiry model in the classroom. Each group that has gathered together to focus on inquiry looks at how it works in their classroom in a different way. My group has selected questioning. We are looking at how and if students select better questions, they will become more successful.

I just recently came back from Disney this Christmas break and I was overwhelmed with the many posts on instagram telling me what cool food I could find at literally every inch of the parks. There were so many options and I had to try them all and take pictures of them all. This has been an interest of mine for some time now, finding a really cool looking item of food and taking a picture with it. I came home from the trip feeling inspired and thinking, I can explore this phenomenon with my class of motivated grade eight students.

At first I posed it to them as a question, what are the most trending items right now on instagram. They came up with a huge list and then I made them create the questions. They came up with a few deep questions: Why do things trend? What makes an item trend-worthy? How can we explore a trending item in our classroom? What item could we produce as a class? It took us a while to get there but we figured out that it would be cool to market a food item as a class and then create it and sell it.

Since we were just finishing up our data management unit, we talked about how can we gather results from our student body about what item would be a hit in our school? First, we asked our office staff for advice about this exciting project. We were given the okay to market and sell an item as long as proper food handling techniques were followed. We then talked about what are the top six trending food items right now? We came up with six as a class: donuts, cookies, cupcakes, bubble tea, smoothies and the Harry Potter beverage. My students paired up, created a google survey and added all these options to the survey. They emailed every teacher in the school setting up meeting times to survey their class.

Before we analyzed our results, on our inquiry wall we came up with ways our project hits every subject we study. We talked about the literacy connections to marketing, advertisements, etc. We talked about art connections when designing logos, posters, maybe even creating a wall that would be a backdrop for a cool photo with our finished product. We talked about math connections when coming up with the cost of the item, the cost of ingredients, the profit calculations, etc. We made large lists for each subject so we can see how wide this one small question covers.

We have now gathered all our results and the top choice for our school was smoothies. We have now created a list of what to do next. It is on our inquiry wall along and our team leaders will check off our ideas as we complete them.

I would love to say we work on this six periods a day, which we very well could since it covers many expectations in each subject, however, grade eight is such a huge year that there is always so many other things that we have to be working on. Currently, we work on this project one period a day. We have 25 entries for logo ideas, 10 entries for company name and probably over 100 smoothie ideas. We will be narrowing down our choices on Monday.

I will keep you all posted on our progress! It is turning out to be a great project and the engagement level is incredibly high. We all sit around the back inquiry board and the hands that go up for ideas during this project are not up for any other time of day. My students are excited about the possibilities that this project presents. It is fun turning over everything to the kids and seeing how it all ends up!

January 2, 2019 Michelle Fenn 21st Century Learning, Coding, Constant Learning, Inquiry, Inspiring Students, Inspiring Teachers, Integration, Learning in a Real Life Context, Modern Learning, Resilience, Robotics, Technology, Technology in school, The Global Competencies, Use of Technology, Using technology well

Coding with Microbits

Twice I have attended the Ontario Teachers’ Federation “Pedagogy before Technology” conference in the summer. This year I attended a design workshop that the InkSmith company provided and would never have been able to predict the chain of events that would follow. In the workshop we were grouped with people at our table to come up with a design concept and present it in the manner of a “Dragon’s Den” pitch. As we discussed the concept and made diagrams on chart paper, I put the visuals together in a small Google Slide presentation and added an entertaining video. I have my drama specialist and I’m not afraid to ham it up in front of a crowd. When it came time for the presentation we wowed the InkSmith team and ended up presenting to the entire group. We then went to lunch and I didn’t really think too much more about it. However, because I had so loudly and visibly put myself out there in an entertaining way, I was contacted by the team at InkSmith and then connected with kidscodejeunesse team. Kids Code is a federally funded program that helps students learn to code. They provide free workshops to classrooms across the country using handheld, programmable micro-computers called micro:bits. The coding program is web based and is in the blockly format but can also be switched to html for more advanced coders. When a workshop is provided to a classroom, the teacher is provided with ten microbits for the class to use and keep. You can visit the website kidscodejeunesse to sign up for a workshop for your classroom.

This is the microbit connected to a battery pack.

Kids Code Jeunesse provided me with training and as part of my job as an innovations consultant, I now go into classrooms within my school board to deliver workshops to students. The only coding that I had done up to this point was with Spheros and Ozobots which was quite rudimentary. I am now immersed into the coding culture. Which means that sometimes my kitchen counter looks like this:

It was a little out of my comfort zone to be sure. As I have gone into classrooms I have admitted to students that I’m not an expert on microbit technology and I have learned from some of the students that have been engaged in complex coding on their own time. With a quick conversation with the classroom teacher I can usually make some decisions around differentiating the program to keep students engaged.

You might be wondering what it is these little computers can do. The LED lights on the front can be programmed to light up in patterns which create animations. Students can create dice or rock, paper, scissors games and with a few alligator clips and a small speaker or headphones, microbits can be programmed to create music. With a little innovation and some adaptation it can be programmed to water plants automatically or become a pedometer. It can also be paired with a robot called K8 which can be purchased from Inksmith and assembled. The microbit website itself is where the coding takes place and it has easy to follow tutorials and ideas for projects to code.

The initial workshop is only the beginning. The only limit to these little computers is the limits of your student’s imagination. Microbits would be incredibly useful in a maker space or genius hour environment. The students develop design and critical thinking skills and problem solving techniques as they create and de-bug programs. It is an amazing way to introduce coding to students-especially if you are a teacher who is brand new to coding. Be warned: coding is extremely engaging and you and your students may have an inordinate amount of fun while learning.

December 29, 2018 Michelle Fenn Combined Grade Classes, Constant Learning, Differentiated Instruction, Inspiring Students, Integration, Learning in a Real Life Context, Literacy, Modern Learning, Use of Technology

The Almighty Meme

My teenage son is obsessed with memes. I remember my friends and I at his age, randomly quoting lines from John Hughes or Monty Python movies which confounded the adults around us but my friends and I would collapse into hysterics. I am now the confounded adult but instead of movies, the quotes are from internet memes and vines.

As a teacher I always seek to leverage whatever is important to my students in order to make language engaging and authentic. Last year I used their interest in Snapchat and connected it to “book snaps” in order to synthesize information about what they were reading. Over the holidays I played a game called, “What do you Meme?” which is an adult version of “Apples to Apples” but with pictures. Although the content was rather explicit (obviously not to be used in a classroom) and more than a little embarrassing to play with my 86 year old mother, I got to thinking afterwards about the language processing that it took in order to play this game and how could I turn it into an engaging teaching opportunity. The idea around the game itself is rather simple, choose what you consider to be the best “caption” for the meme (photo) and then another person chooses their favourite of those put forth by the players. The idea is to make it “relateable”.

I realized that there was a great deal of inferring going on while we were matching the statements to the pictures. We had to read the facial cues, look for other clues in the picture and then also relate what was happening in the picture to some kind of an emotion or shared human experience. I’ll give you an example.

“When you have beaten your big brother to the last piece of chocolate cake.”

In order to come up with that statement, I had to make some decisions. I really had to think about the photo and determine what was happening. For me, it looked as though the cat was laughing and feeling rather satisfied with himself. Then I had to think of something that would cause that reaction in someone to which other people might relate. It is rather complex thinking.

In the classroom before any writing would take place I would provide many examples of popular (and appropriate) meme photos that are being used in different ways and discuss these with my students over a period of time. What makes it funny or something with which people can relate? What about the human experience is being shared in this meme?

Then I would provide a photo something like the one above on the Smartboard for students at the beginning of the language period. Just one at a time at the beginning so that we can take the opportunity to break down the thinking. Students could then invent their own statement for the photo and justify their idea when they share it with others. In order to scaffold for some students, I might provide a variety of statements like the game itself and have them choose and justify their choice. Students could also take or choose their own photo and create their own memes using apps such as Canva or Pic Collage. This could also lead to an authentic digital citizenship opportunity with how to search and use photos that are public domain. In addition, these memes could then be shared on a class blog or social media to receive comments from others which provides feedback to students on their creations.

To take the idea of the memes further, the students could then use them as story prompts and create a narrative around the meme. I might also ask the students to create some memes like book snaps which relate to the books that they are reading. See the example below:

“When Fudge ate Dribble.”

Tales of a Fourth Grade Nothing-Judy Blume

A meme that needs an explanation isn’t a good meme, just like you shouldn’t need to explain a good joke. There is a kind of sophistication in the thinking process involved in the creation of memes and they connect us as human beings. Memes are this generation’s political cartoon, headline in the newspaper or funny birthday card from “The Far Side” creators; a visual paired with words that connects a shared human experience. Know what I Meme?

November 2, 2018 Michelle Fenn Combined Grade Classes, Constant Learning, Genius Hour, Learning About Your Students, Learning in a Real Life Context, Math, Modern Learning, Professional Learning and Growth, Technology in school, The Global Competencies, Use of Technology

Introducing Coding without Robots

A few years ago when I started hearing about teachers doing coding and robotics in the classroom I dismissed it as a fad. I didn’t understand the value of coding nor could I see how it tied to the curriculum. However, I recognize as a professional learner my initial reaction to something radically new can sometimes be resistance. I think that this is because I can’t see myself fitting “one more thing” into my classroom practice. I always have to give myself time to process, research, find the value and then finally accept it. After I have tried a new practice with students and see the beneficial outcomes, I endorse it and then begin to share it widely with colleagues.

When I began the journey with coding and looked at code.org I tried it on my own and admittedly, understood very little. I went to more workshops and conferences but avoided the coding and robotics thinking that it just wasn’t my bag. Then I had a colleague that dragged me in to the world of coding and robotics. We worked together. I’ve since become convinced that we need to teach all students how to code. I have also figured out that you don’t need any robots to do it. In fact, when you start-you don’t even need a computer.

The above picture is a coding game that I used recently with a grade one and two class. Students placed their obstacles (rocks) on a grid. They placed their “gemstone” or finish on a spot on the board and their “robot” (animal) on another spot. They wrote their code on a sticky note using arrows and then had their partner take their robot through the code to test it for “bugs”. A big part of coding is knowing your left from your right and being able to write instructions that someone else can follow. We started out the day coding one another to walk in a square using only: “forward” “turn left” and “turn right”. It was amazing to see how much problem solving took place. They were using positional language, procedural writing, clear communication, visualization and proportional reasoning. Their thinking was exploding! The students were engaged in the learning and well on their way to being able to code something online. From there we explored the Scratch Jr. app. After a short look together at what the different “buttons/blocks” meant they were able to code independently. As teachers we sometimes get bogged down in the fact that we don’t have the money to purchase the technology and shy away from trying things based on the fact that we don’t have “the stuff”. However, laying the groundwork before introducing the technology piece to students is key. We need to always consider the pedagogy before the technology.

October 30, 2018 Arianna Lambert Constant Learning, Learning in a Real Life Context, Modern Learning

Creative Confidence

Lately, I’ve been thinking a lot about the concept of creative confidence. At its core it’s about believing in your ideas and that you hold the ability to have a positive impact on the world.

I share with people all the time that I’m always amazed by kindergarten students. Whenever faced with a challenge, they somehow jump right in and offer solutions that they truly believe will work. They eagerly share solutions to everyday challenges without censoring themselves or second-guessing their ability to actually be a part of a change for the better. But what happens with these eager students as they move into higher grades? At what point do they start to censor themselves and display that creative confidence in a muted way? I’ve had students as young as those in grades 4 and 5 who no longer believed in their ideas and genuinely didn’t know what steps to take in order to solve a problem “in the right way”. How did they get there? How do we get them back? I wonder if the following elements that exist in Kindergarten classrooms might be key in answering these questions.

Play

If I haven’t mentioned it before, I have the two most amazing nephews in the entire world! I genuinely love watching them play. Sometimes in role as others or even just as themselves, they interact and problem solve on the fly. Issues come up when the other character doesn’t quite respond in the way one expects and they have to come up with a solution so that the game or activity continues. There’s the freedom to play anything and to try anything. The idea that you have to be good at playing just doesn’t exist. They just do it at home and at school. I wonder if we adopted the same idea for older students as they entered the classroom, what might the learning be like? What if tools were given and they were asked to interact with them in a way similar to play? What if there was no association with being good at something but the idea of just jumping in and trying it was valued. Would students engage more and worry less about the outcome? Would they embrace failure and try again, ultimately learning as they try again? How would our classrooms be different if this concept or idea was valued well after kindergarten?

Design

Kindergarten students are forever designing something for someone or something. They build homes for their figurines with blocks and use craft materials to build homes for animals. They also draw pictures to bring a smile to a loved-one’s face and some use tech to create. How might we keep this going as they age? It’s no secret that I’m going to say…dig deep into Design Thinking! It’s a creative framework that can be used in any discipline to allow students to hone their creativity as they work towards creating unique and innovative solutions for real-world problems. Consider the learning goals that you are working towards, connect them to a real-world problem and let students engage in the process. The more that they see themselves as creators of meaningful change in the world, the greater their creative confidence will be!

Interdisciplinary Learning

I can’t help but be inspired by the interdisciplinary learning that happens in kindergarten. This reminds me of the learning that happens as adults. I joke that I don’t just do Math between 10:30 and 11:30 and often wonder why this is the case for our students. What if we were able to integrate subjects? What if students saw connections between the work that they were doing in Language and in Math? Or Social Studies and Science? Would they learn more easily learn the transferability of skills? I know that it’s a challenge when we have a specific number of minutes or hours of a specific course that have to be completed and even more so in Secondary Schools where subjects are taught by specialists. In what ways might we make a shift so that learning isn’t so siloed? I don’t have an answer but I wonder if when students see the connections between subjects, if they might just become more excited about approaching something new because they realize that they have a tool-kit from a variety of subject areas that can be meshed together to them as they go.

I’m working on my own creative confidence by playing more, designing new things at Future Design School and thinking about how I might be able to help others with interdisciplinary planning and learning for students. I’ll keep you posted on how things go!

October 30, 2018 Will Gourley Building Inclusion, Challenging Topics, Classroom Management, Constant Learning, Differentiated Instruction, Equity, Feedback, Inspiring Students, Inspiring Teachers, Learning in a Real Life Context, Making a Difference Through Education

Both feet

https://pixabay.com/en/summer-swim-pond-landscape-austria-2209393/

Have you ever jumped into a body of water and been able to stop part way? If you have, can you show me how because to this point of my existence it has been impossible when I try? So far.

Defying all of the laws of Physics may not part of our human skillsets, yet. Perhaps with the aid of some bungee cords and a team of riggers, it is possible, but since most times when we take a leap(intellectual or otherwise), we do so without a team to save us.

Oddly enough, the leaps are often contrary to conventional wisdom and traditional thinking/practice. Society loves its non-conformists. As long as there are not non-comforming in their schools. Is it therefore heresy, innovation, boredom with the status quo, egotism, creativity in action, insight or indictment to break the status quo, take chances, or challenge authority/colleagues? Where does it fit in with your practice and pedagogy?

With or without a safety crew, I have always jumped into something with both feet. Knowing there is no way to stop once I’m in the air. Yes, I’ve climbed out and jumped somewhere else when the landing hurt. No, I did not land on anyone either.

Sometimes, I bounced out, unable to fit in with a particular ideology or methodology. What never changes as I try and stretch, and a leap and fall, and land/crash, is the need to keep looking for new places from which to jump with all the excitement and uncertainty that leaping, change and learning provide. A sort of educational thrill seeking if you will.

This is how I see my teaching style and I’m inviting other educators to step out onto the dock and take some leaps of their own. So often, the risk taker in all of us has been hushed by comfort, complacency, or fear. Trying new things is hard. What if no one likes it? What if I fail? How are your students supposed to take chances when you are clothed in bubble wrap yourself.

Our classrooms have to be shaped into an ultra-soft space for students to take their intellectual and emotional leaps with both feet without worrying about the landing or bouncing off the walls from time to time. It doesn’t mean they don’t feel a thud once in a while. It means that they will have a place to discover the limitless potential of their learning not the limit.

How do you see yours? When was the last time you felt free and safe enough to jump in with both feet not knowing how deep the waters?

How did it feel?
Dangerous? Perhaps.
Exhillarating? Always.
Always successful? Not yet.
Staying put? Never!

We owe it to our students to show how much there is to gain from trying new things, taking leaps into new spaces, and from thinking about how, when, and where we are going to land.

Over the next month, I challenge you to try something new in your classroom and share it with us.
Tag me on Twitter @willgourley and try to encourage others to do the same. Thank you for reading and happy landings.

Extra Reading for keeners

16 Reasons Why You Should get out of Your Comfort Zone

Why Taking Risks Pays off for Students and Teachers