Our wifi had been slow and sporadic for the past three months. Since I had recently upgraded to a higher speed, I would have expected it to have become faster and more efficient, not the opposite. Buffering and waiting was becoming the norm and I’d fallen into the trap of turning the wifi off and then back on again. We’d have some success for a while and then another device would drop the signal. Turn wifi off, turn back. REPEAT. My strategy was working but it certainly wasn’t efficient or effective. After far too long, I reached out to my network provider for help. With his advice and direction, we walked through some possible strategies to improve the wifi and get the most out of what I was paying for. He also had me do a full reboot of the modem. BINGO! Like magic, we were finally able to use our devices and our wifi network to their full capacity, with efficiency and effectiveness. I regretted waiting so long to reach out, change and improve.

Twenty-three years ago I began teaching math the best way that I knew how. I taught it the way in which I had learned it. Over the course of four or five years I had perfected the craft: Me at the front of the room. Take up a multitude of homework textbook questions from the night before (20 minutes), teach textbook driven lesson (20 minutes), assign textbook questions, students begin working silently and independently on their many questions (20 minutes). I sit at my desk and kids come to me if they have any questions; there was usually a long line (never enough time). Assign the unfinished textbook questions for homework (an hour or more). Next day…REPEAT. Throw in a few quizzes and an end of unit review and test. Mark, return test, take up test. Kids who did poorly on tests and quizzes stayed in at recess and after school to “catch up”. Move on to next unit in the math text to “cover” the next strand. Don’t stray from the text, continue to push forward, cover everything in text by May, leaving me time to review for the Grade 6 EQAO test, which the kids would write at the end of May. Throw a grade 5/6split class into the mix! Do all of the above times 2. Teach, memorize, drill. Teach, memorize, drill. Homework. REPEAT!

Apparently, my math class routine was working because my kids would generally score at or above the “provincial standard”, and my *success* as a math teacher was reinforced and celebrated. But a few nagging questions still persisted. *Did my students really understand math? Did they see it applicable to their everyday world? Did they see the relevance? Did they do the math because they wanted to or because the had to? Did they love math? Did they even like it? What about the kids who simply didn’t get math? Was my math program really effective? Dare I ask…. Could it be better?*

Every year, in December, I strayed from the rigor and routine of my math program and textbook. The math that we did during December was different, fresh, real and relevant. This was “Bang for the Buck math” and it kind of felt like a “reboot”.

But back to the grind and the old ways in January, when I’d try to muster up as much enthusiasm as I could and ask my kids to take out their math texts. Until one day Erin groaned and asked *“Mr.C, when are we going to do some REAL math again?”* Erin expressed what everyone in my class (including me) was feeling! I had a choice, continue the same ol’ routine or change. On that very day, at that exact moment, I changed. I ditched the textbook, took my students outside and started building snow prisms. EUREKA! With her simple question, Erin forced a reboot of my math program! Her great question forced me to make ongoing reboots to my math program over the course of the following 15 years.

**Questions from the real world **Today all math questions come from the world that exists around my students, not from within a textbook. My students are far more engaged by these types of questions and are able to make connect the math they are doing to their every day life. Below are just a few questions that challenged my students thinking over the past week.

**Fewer Questions **I assign my students fewer questions (I actually now call them challenges). The challenges are rich, have many entry points and a multitude of opportunities for students to extend their learning and understanding. Using questions such as the above also allow for ease of differentiation. We focus on quality opposed to quantity.

**Multi-strand Challenges **In the real world, math is not compartmentalized into strands, nor is it in my classroom. Math can also be easily cross subject integrated as well. Read how a simple Snowflake led to An All Day Math Inquiry. It must also be noted that teachers who fall into the “textbook trap” end up teaching many concepts that are not necessarily in their curriculum. Knowing your curriculum will allow you to easily blend strands, allowing you to more effectively and efficiently cover your curriculum expectations. How many expectation do you think were covered in the math challenge below?

**Teacher in the Middle **I try to spend as little time as possible at the front of the room teaching math to my students. Yes, there is a time and a place, teacher directed *is important, *but I find my time is much better spent being *present* in my students’ learning. I do, however, always start with a whole class warm up that is directly linked to the challenge for the day. Challenges such as the above allow me to circulate about the room and listen to my students’ thinking. At many points I bring in small groups to debrief and teach, at other times, students model and share and at other times a whole-class “regroup” and mini lesson is required. Every day and every class is different.

**Students Talking **As alluded to above, I now spend less time talking and more time listening. Students talk and share their math learning and strategies with their peers when working on whole, small group and paired math challenges. Talking and sharing helps them learn, understand, reinforce and question. Importantly, students are also responsible for working on challenges individually as well. By being present in my students’ learning I am constantly assessing to understand where each of my students are *at* and what I need to do to move them forward. So, when I do talk it’s more focused to meet the needs of the individual students in my classroom. I have also rebooted my learning space to allow more freedom of movement which enhances the work environment and overall efficiency. Below is my transformed learning space.

**Portfolios **Quizzes and tests have long been replaced by portfolios. Students use their math workbooks to do their day to day math practice and also keep low tech (paper) and high tech (Google Classroom and Flipgrid) portfolios. Within their portfolios, many artifacts of learning are filed. In addition to being present everyday in their math learning, these many artifacts become the basis for my assessment and my students’ own self assessment.

* Low Tech Portfolios Simple Folders *My students receive a folder with two pockets. Inside the two pockets are a total 5 smaller folders that are colour coded, one for each math strand. Students file their S.W.I.K (Show What I Know) work within the folder that hits the strand of focus. Since I spiral my math program, I have a system for tracking what expectation or concept we’ve hit and how often as well.

**High Tech Portfolios** *Google Classroom* With Google Classroom I can easily assign a variety of challenges to my students that are differentiated to meet their learning needs. Students have access to an unlimited use f tools to demonstrate their learning and I can watch them work in real time and provide individualized, timely feedback. On many occasions I’ve presented at workshops out of town, worked with participants to develop a real world challenge for my students, assigned them the question via Google Classroom and then watch as my students worked to solve the problem. I’ve had teachers at the workshops provide my students with prompts, feedback and next steps. This high tech portfolio is a true game changer.

*Flipgrid* I use Flipgrid to have my students share and “talk through” their math solutions. This tool allows students to quickly and efficiently share their solutions with both myself and their peers. I can listen to and watch their math thinking and record my feedback to them. Of course, because of the power of tech, I can access their Flipgrid portfolios anytime, anywhere. Just imagine the possibilities.

**Feedback Focused** I used to spend hours evaluating and marking homework, quizzes and tests. My marks book would be chalk full of data. Kids would receive a multitude of math marks. My “Level 4s” would celebrate, “3s” would be content and my “2s” and 1”1s’; deflated and defeated. I also struggled with the fact that by the time my students had reached grade 5 and 6, they had plateaued; it was difficult to move them forward and upward. With a focus now on feedback, usually given verbally, in the moment, my students use the information given to them to make great strides in moving forward. Feedback can come in a variety of forms and received in whole and small groups and individually. Leveraging Google Forms on my iPhone with the voice record option has allowed me to efficiently record antidotal data while in the moment. A copy of the form can be accessed here.

**Feedback Now** The more immediate the feedback the better. Receiving it two, three days and even a week later, proved almost useless to my students. Just in time, immediate, focused feedback has been the key to success in my classroom.

**Tech Leveraged** As alluded to previously, technology has provided a tremendous reboot to my math program. The ability to build and differentiate math challenges has become almost effortless. Opportunities for students to build digital math portfolios has provided countless opportunities for success. Leveraging Twitter in our classroom has allowed us to learn and share our math challenges and strategies with classes from around the globe. Video has allowed another opportunity to take my students on math learning journeys, where never imagined before. Check out how I took my students to Niagara Falls and how we did math along the way! mPower has become my one “go to” online math game to help build and reinforce my students math skills. All Ontario curriculum based!

**Math Anytime, Anywhere** In my classroom, math used to begin at 2pm and end at 3:15pm. Now, our eyes have been opened to learning math anytime, anywhere. The incidental math that happens allows me to spiral back (or forward), to build and reinforce math concepts and skills. During DPA we’ll use the clock to help us learn about fractions, decimals and percent. When creating groups, the same concepts can be easily covered. We look for geometric shapes and patterns when jogging outside, we’ll manage data that we collect when playing a variety of games. We play math dice games during indoor recess and when we’re done our work. When I started thinking outside of the confines of the math block and textbook, the opportunities for learning math were endless!

**HomeSHARE** You’ve heard about the type of homework I used to assign. Lots of textbook questions, lots of repetition and lots of frustration. The kids who could do two or three questions, could do ten. What was the point of wasting their valuable time at home? The students who couldn’t do two or three questions certainly couldn’t do ten! This only created a huge amount of frustration and anxiety for students and parents, if in fact, they were there to support their children while doing their homework. I’ve rebooted to HomeSHARE. One prompt for my students to discuss and share (and not always necessarily math) with their parents. My students, their parents (and I) love it!

**Dynamic and Fluid **In hindsight**,** teaching from a text was very rigid and structured. It also wasn’t very logical. Textbook teaching is very strand specific. It didn’t allow me to combine strands, teach concepts that went together or provide many opportunities to differentiate. Rebooting allowed me to be far more dynamic and fluid. If I want to jump immediately into measurement after teaching decimal numbers, I do. If combining data management with measurement concepts makes sense to me and is an obvious next step, I do just that. Sometimes, my students math inquiries also dictate where we “go” with our math. Fluidity allows me to think outside the box with my students and embrace learning opportunities when they arise. For example, my students initiated a project in which we repurposed K Cups to learn math. We also created a video to show the many different ways K Cups can be used for math and we developed a webpage to share our resources.

**Understanding **When my focus changed from teaching math through the rote learning of multiplication facts, algorithms, concepts and rules to deep understanding, academic success improved greatly. My students now solve math challenges through a variety of different means and strategies depending on the specific numbers with each challenge. For example when playing a game of Triple Dice, it quickly becomes evident how deeply my students understand multiplication simply by listening to them talk their way through how they would multiply the three rolled numbers together.

**Mistakes Understood** As a kid growing up, I was taught that mistakes were bad and that all necessary steps should be taken to avoid mistakes. This in turn, most likely, caused me to have perfectionist tendencies, which more than likely seriously impeded my learning! In my class, mistakes are seen as a natural step in the learning process. When mistakes are made, we work to understand what they were, why we made them, correct them, learn from them and grow.

The “math mindset”** **in** **my classroom is that math is** “challenging and fun” **The kids will tell you this and so will I. Isn’t this what we want learning to be all about? It is my job to challenge and support each and every one of my students in my classroom. It is also my job to cover the curriculum. BUT, how I decide to do this is up to me. Thankfully, I’ve changed, evolved and “rebooted” my math program over the course of my 23 year teaching career. If I hadn’t, I think both my students and I would agree that math would seem pretty **hard** and **boring.**

*What does your math program look like? How have you evolved, changed and rebooted how you teach math? What works? What doesn’t? I’d love to hear your thoughts and questions?*

*Want to continue the discussion? I’ll be presenting “Reboot Your Math Class” on May 6, 2018 for #MADPD You can join me virtually, live and for free…it’s the whole idea of M.A.D(Make A Difference) PD. Send me an cherandpete@yahoo.ca or tweet me to join me!*

For more information on #MADPD visit Mr.C’s SharesEase-M.A.D PD

Real world maths – meaningful, fun, and enhances learning. What could be better than that?

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Some lovely ideas. Thanks for sharing

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I love how you made math all about the real world, and really focused on thinking and application. The attitude you describe of your students is so important. I just wonder if there are any elements of your old math program in your new one. How have they changed to align more with this new approach? I’d like to think that we can have it all. Can we?

Aviva

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Hi Aviva,

Thanks for your input. You ask if there are any elements of my old math program that has carried over to my new. I do have to say that my math program is ever evolving but I still think the best way to have students solve math challenges, particularly in Number Sense and Numeration, is on paper pencil, opposed to say Google Draw. That said, Google Draw is great for some math problems, particularly in Geometry and Patterning. Using an app like Flipgrid gives students the ability to “talk out” their paper pencil solutions. For me, the biggest step in evolving my math program was ditching the textbook. I used to have concerns about my students moving onto older grades with teachers who use traditional math teaching strategies, but in speaking to my past students the general consensus is that they continue to excel in math, because they understand it… A long answer to a short question :0 Thanks for pushing my thinking!

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