Welcome TPT Friends!

Welcome to Awesome Anaheim!

Hello TPT Friends!!! I wish I'd thought of sharing this sooner for all you weekenders who've arrived early for #TPTOC17. Nonetheless, here are a few of my favorite things to do around Anaheim, other than the obvious fave, Disneyland! Hopefully these help if you're looking to fill your evenings after TPT, or are sticking around for a few extra days!
  • Come try unique and yummy treats from craft eateries at the Anaheim Packing House, and wash it all down with some great brews at the Anaheim Brewery. One of my favorites at the Packing House is a sandwich from the Black Sheep Grilled Cheese Bar, followed by a chocolate-dipped fresh berry popsicle at Popbar. There are so many great restaurants and treats, though, that it's tough to decide!
"One for a nickel, Two for a dime, Get your beer at Anaheim!"
Anaheim Brewery


  • Check out some Angels Baseball. They're playing the Nationals on Tuesday and Wednesday, then the Red Sox on the weekend. 


  • Get your Boot Scoot'n Boogie on at The Ranch Saloon, and try the fried pickles while you're there! They're closed on Monday and Tuesday, but Sunday is Family Night, Wednesday and Thursday are fun with the DJ and line dance lessons, and there's live music on Friday and Saturday.

  • Visit the shops and restaurants at Downtown Disney. I've put this last, because if I'm sharing local faves, this (understandably!) is more of a tourist spot. I do love it though, and some other teacher bloggers and I will be at ESPN Zone on Tuesday night after the conference. We'd love for you to come say hi and join us for a drink!

I hope you enjoy visiting our little corner of "The OC," and if you're ever back in town, I'd love to show you around even more! If you try any of the above spots, let me know what you think down in the comments! And if you're a fellow SoCal native, what else would you add to this list?!

Mathematical Mindsets Chapter 7

From Tracking to Growth Mindset Grouping


Welcome to Week 7 of our Mathematical Mindsets book study! Chapter 7 addresses a very traditional approach to higher level mathematics, and provides significant research against it. The topic is Ability Grouping. Have you heard of it? Have you experienced it, either as a student or as a teacher? I most certainly have, and Dr. Boaler’s research lines up so well with things that I’ve experienced with ability grouping, and she’s opened my eyes to effects I hadn’t really thought of before.

Dr. Boaler, along with an arsenal of research, argues that ability grouping is detrimental to a growth mindset. Grouping students at an early age into low, medium, and high achieving math classes not only hurts the self-esteem of the students in the “low” group; it also denies them the opportunity to ever achieve certain high-level math courses, since their “remedial timeline” is already mapped out and only reaches so far by the end of high school.

Ability grouping also creates a fixed mindset in the students who are in the “high” groups. If they believe they are naturally good at math, when they eventually come to a point where they struggle, they will be less likely to persevere.

Teaching ALL students to have a growth mindset towards math is key. Dr. Boaler shares several strategies and examples of teaching math to heterogeneous groups in a way that fosters growth in all students and allows students to take multiple pathways of achievement. Below, I share some that I am planning to implement this school year.

ONE

Open-ended math tasks

When working with students at a variety of levels, open-ended math tasks are key. These “low floor, high ceiling” tasks, as Dr. Boaler describes them, allow students to build a solid foundation and take the skill to as complex a level as they are willing and able to. I needed some more input on what exactly classifies a quality, open-ended math task, so thankfully Dr. Boaler pointed out a few places to look!

The first is part of the UK’s Nationl STEM Centre, and is a collection of task cards that are designed for mixed-achievement groups. These cards are part of a project called Secondary Mathematics Individualised Learning Experinece, or SMILE! Some of the wording will need to be changed, as they were made for students in London, but I have already found some great resources to use during our first unit on Decimals. I definitely need to remember to change things beforehand, though, or my kids will look at the word form of 0.7 and go “What the heck is “nought point seven,’ Miss G.?!”
I encourage you to visit this website and check out the extensive library of SMILE cards and other STEM resources. It’s free to sign up for login access to download the materials.


Another resource that has yet again proved useful is the YouCubed math website. Below is a link to a perfect example of a “low floor, high ceiling” task, which allows kids to explore different ways of approaching the problem, and allows them to go as in-depth as they are able.

ice-cream-snoop-thm


TWO

Multidimensionality

This Ice Cream Scoop problem is also the perfect way to introduce multidimensional values, which Dr. Boaler shares as another key aspect of heterogeneous teaching. Allow for, value, celebrate, and assess multiple ways of thinking about and approaching mathematics! 

Don’t focus solely on performing calculations, but encourage students to “ask good questions, propose ideas, connect different methods, use many different representations, and reason through different pathways” (Boaler 121). And remind students regularly that “No one is good at all of these ways of working, but everyone is good at some of them.” This mindset will set the tone for group work that shares responsibility and is respectful of everyone’s thinking.

THREE

Roles and Shared Responsibility in Group Work

Dr. Boaler recommends spending a significant amount of time and effort at the start of the year teaching students how to effectively and appropriately work in groups. She shares many strategies for this, but the ones that I am ready to jump right into are:
  • ·         Work with students to carefully develop group norms of respect and listening

o   Create posters of what students do and don’t like other group members doing when working together. This provides student awareness and ownership over norms that we would give anyhow, such as not letting one person do all the work and tell everyone else the answer, saying things like “this is easy” when it may be confusing to some, leaving people out of discussions, etc.
  • ·         Assign roles for students in groups that allow them to balance the workload and equitably participate. Roles such as Facilitator, Recorder/Reporter, Resource Manager, and Team Captain can categorize specific jobs that must be done and questions that can be asked to stem discussion.
  • ·         When assessing group work, assess only one randomly selected group member’s verbal or written response. If they cannot clearly articulate the way their group found the answer, the group must reconvene and continue discussing until every group member clearly understands the concept. They can let you know that their ready to be reassessed, and you ask the same student to explain. Check out Tried and True Teaching Tools' awesome Role Cards created from the roles Dr. Boaler shares - Kathie did an AMAZING job on these, and I will definitely be using them! 
I am so grateful for this book study, and the way in which this book is opening my approach to teaching mathematics! I hope you will join our conversation here in our blog hop comments, or in our Facebook group at Mathematical Mindsets Book Study Facebook Group{request to join, we’d love to have you!}

If you’re interested in some of the research cited in this chapter, I’ve linked some of Dr. Boaler’s studies below.



Mathematical Mindsets Chapter 6


Mathematics and the Path to Equity

Thanks for joining us for Week 6 in our Mathematical Mindsets book study! This chapter was jam packed with strategies, so I want to jump right in!

The statistics that this chapter opens with are alarming. As we continue to learn with this book, there is no such thing as a good-at-math gene, so I figure, “Why focus on the past?” Women and minority groups have statistically been left in the dust and are underrepresented in higher-level mathematics, so how do we, as teachers today, prevent this from continuing to happen?

I’ve decided to focus this post on Dr. Boaler’s Equitable Strategies, which she shares as “strategies for purposefully making math more inclusive.”

ONE

Offer all students high-level content

We need to make sure all students have the opportunity to attain higher-level mathematics courses. Dr. Boaler addresses this in greater detail in chapter 7, so I will hold off on discussing in detail.

TWO

Work to change ideas about who can achieve in mathematics

The mindset beliefs held by teachers open or close the pathways for students, and that fixed mindset thinking and teaching is a large part of the reason inequities continue in math and science, for women and students of color (Boaler, p. 102).

Give students the message that you know they can succeed in math. And don’t just say it, actually know in your heart that every single one of your students has the potential to succeed!


THREE

Encourage all students to think deeply about mathematics

Girls have a greater tendency than boys to want to understand deeply why methods work, where they come from, and how they relate to other concepts and domains (Boaler 2002b; Zohar & Sela, 2003). When we focus solely on the procedural aspects of mathematics, we are denying the opportunity for deeper, meaningful understanding. The following aspects of successful math teaching can guide us in solving this problem:

Hands-on Experiences – Providing direct interaction with the workings of a concept can greatly increase a students’ conceptual understanding, as well as their ability to form connections to other concepts and disciplines. I began implementing Math Centers in my upper grade classroom last year, and directly saw the benefit of hands-on experiences. Here is are examples of a Fractions center, where students created posters with a variety of models for the concept of dividing a whole number by a fraction:





Project-based curriculum – This year, we finished out our year with Digital Divide and Conquer’s Final Frontier outer space PBL unit, which phenomenally connected many of our math concepts in a project-based, engaging format. Matt has created TONS of great PBL resources, and I highly encourage you to check out his shop:


Curriculum with real-life applications – I try to tie mathematics into our engineering challenges and find other ways to make real-life connections, but this is definitely an area I need to focus my growth on!

Opportunities to work together – A study of Berkeley students in high-level math classes highlighted the importance of working together in mathematics. High-achieving Chinese-American students were observed completing assignments in a collaborative manner, supporting each other’s struggles and working through challenges together. The African-American students were observed completing assignments in isolation, and were quick to give up when struggles arose, because they felt they were just not good at the math. This led to alarmingly high failure rates, but was completely turned around after researchers provided seminars on collaboratively approaching mathematics. The African-American population actually surpassed the Chinese-American population within 2 years of the seminar’s implementation, proving the importance of collaboration and a positive mindset!

I plan on encouraging more collaboration in my math block by continuing centers and really incorporating math talks using the MP’s as often as possible. Angela Watson has a fantastic set of cards with number talk question stems to help us build math discussions, which I’ve linked here:


FOUR

Eliminate (or at least change the nature of) homework!

I know the topic of homework can lead to heated discussion, because it is so customary to U.S. schooling. There is so much research out there, however, that homework has no impact or a negative impact on student learning. If something is not helping out students’ learning, we should reconsider it and make some changes. If something has been proven to have a negative impact, we should throw it out the window like it’s on fire!

If you want to make the jump into eliminating math homework, here are some resources Dr. Boaler lists as evidence in support of this:
  • Alfie Kohn – The Case Against Homework
  • Sal Khan – The One World School House
  • Various resources from Challenges Success, 2012

If you’re not quite ready to ditch homework altogether, or if your school requires that you assign homework, then Dr. Boaler recommends at least changing the nature of that homework: “Instead of giving questions students need to answer in a performance orientation, give reflection questions that encourage students to think back on the mathematics of the lesson and focus on the big ideas” (page 108). 

I’ve adapted Dr. Boaler’s example of this into the sheet below, which you can download as a freebie to get you started on this homework shift!


Whew! I know this was a long post, but the strategies felt so valuable to me that I felt compelled to inspire other teachers to use them. Which of the above are you willing to give a try? Comment below, and hop through the link up to see other bloggers big takeaways!




Mathematical Mindsets Chapter 5

Mathematical Mindsets Chapter 5

Wowzers…I feel like the last few weeks have been a time warp of wedding planning and summer school, and I have been so bad about keeping my posts a priority, but I must say, all the wedding planning is exciting!! I have a growth mindset that I can improve my blogging though, and I’m determined to stay on track with this book study.
I thoroughly enjoyed Chapters 3 and 4, and I hope you check out some of the other bloggers thoughts on key takeaways. Chapter 3 shared the importance of teaching the beauty and creativity in mathematics, and Chapter 4 shared some fantastic games and activities for building number sense.


Creating Rich Mathematical Tasks


My biggest takeaway from Chapter 5 was that it is in our hands to ensure we are providing our students with rich, engaging mathematical tasks. Dr. Boaler shared 6 cases of mathematics instruction that hooked the learners by piquing their interest and presenting a challenge that they were determined to solve, almost as though the math problems were brain teasers!



My favorite of these was the number talk on 18 x 5 that Dr. Boaler conducted at a staff meeting for a modern, tech-savvy online course startup company, Udacity. As people shared their methods for finding the product, Dr. Boaler drew out the visuals of their thinking on the whiteboard table. She shares that the buzz of excitement in that room, and in any of our math classes when experiencing a task like this, is that “most people…have never realized numbers can be so open and number problems can be solved in so many ways.”
So how do we incorporate this magic and wonder into our elementary and secondary classrooms?!

3 Tips to implement:


ONE


Ask the question before teaching the method. (pg. 81)
Dr. Boaler acknowledges that most of us are provided a curriculum from which to teach. She spends so much time in this chapter, however, giving examples of how we can modify the WAY in which we introduce the concepts so that kids have a brain teaser/math challenge approach to spark curiosity. Dr. Boaler suggests giving the students a challenging problem that incorporates the concept in a real, meaningful way, without first telling the students the process to solve it. Give them time to try things, brainstorm, and discuss first. Doing so will make the introductions of formulas and algebraic properties so much more meaningful for the kids once we do introduce them.

TWO


Open math tasks to encourage multiple methods, pathways, and representations. (pg. 77)
Find ways to open up math problems to multiple avenues of success, such as the 18 x 5 number talk. I can’t wait to revisit my math curriculum and see where I can do this, and I am definitely thinking of starting the year with number sense activities like this. I think these are PERFECT ways to introduce and begin using the CCSS Math Practices.

THREE


Add visual components.
Visualizing our thinking as well as the thinking of others, and discussing the models, is so valuable to our understanding of complex mathematics concepts. The more we can provide this for our kids, the better!

Thanks for sticking with me! I hope you can apply some of these strategies to your teaching to help make math more exciting and meaningful for our kids! Don’t forget to check out the other thoughts in the link up below, and please comment and share how you might incorporate these strategies! I’d be particularly interested in any 5th grade/upper elementary insights!!



Mathematical Mindsets Chapter Two


The Power of Mistakes and Struggle

Welcome to Week Two of our Mathematical Mindsets book study!

The title of this chapter immediately had me hooked, because who hasn’t made mistakes in math class, right?! I remember being embarrassed by my mistakes in elementary school, and I was afraid to share my answers for fear of having done the problem wrong. As a teacher, I work hard to make sure I instill confidence in my students, letting them know it’s okay to make mistakes. This chapter has definitely armed me with some research to back that idea. Even better, it shows that mistakes are actually GREAT for learning!!! What could be better than that?

Dr. Boaler shares current brain research that speaks volumes to the power of mistakes. Every time we (or our students) make a mistake, whether we realize we’ve made one or not, our brain sparks and grows. Our brain actually grows MORE when we make a mistake than when we get an immediate correct answer. Revisiting our mindset ideas from last week, brain studies show that this electrical spark and growth is even greater in people who have a growth mindset about their mistakes, versus those with a fixed mindset. So, growth mindset = growth in our brains!

What was my big takeaway from Chapter Two?

Stop making math about correct answers!! As mentioned above, I encourage mistakes as part of the learning process and try to make my students feel comfortable about their mistakes. I am totally guilty, however, of drawing the smiley-face 100% on math tests and praising those high scores. This chapter made me revisit my philosophy on math test scores. It’s inspired me to cheer for the mistakes rather than the correct answers, and constantly remind students that it is our mistakes that grow our brains! One quote that continues to jump out at me is on page 13:



My goal is to review my math curriculum (which is very much a “correct answer, all or nothing” type of program) and plan for ways to shift into a mistake-centered math class. I feel like the CCSS Mathematical Practices and positive class discussions around mistakes can definitely help with this, and I’m excited to see how it transforms the mathematical mindsets in my classroom!


3 tips to implement:

--ONE--

Design and teach an activity that reframes mistakes and their value. Explicitly teach kids that mistakes are what grow our brains. Dr. Boaler shares a few on pages 15 -17, and Pinterest is filled with a plethora of Growth Mindset teaching ideas.

--TWO--

Use the “favorite mistakes” teaching strategy from page 17. Highlight your “favorite mistakes” from student work as a discussion point for the class. Make this such a common practice that students aren’t embarrassed to have their mistakes highlighted, but are proud that their brain is growing! Keep in mind that the mistakes should be conceptual, not numerical, so that the process is discussed, not the calculations.

--THREE--

Give challenging work that provokes deeper thought processes, invites mistakes, and allows for discussion. Don’t give “easy to answer, easy to get right” questions. Challenges grow our brains, so bring ‘em on!!

I am so hooked already, and am already brimming with excitement to change up my math class this year! I can’t wait to keep reading and discussing with you all. Let’s keep the discussion going in the comments below, and hop on through the blog links to read other great insights from chapter two.
See you next Thursday for Chapter 3!


Mathematical Mindsets Chapter 1


Happy Thursday teacher friends! I am so excited to be linking up with some other fabulous educators to dig into Mathematical Mindsets by Jo Boaler. You’d think now that I’m done with my masters, I’d run in the opposite direction of teaching texts, but I love being a lifelong learner and finding ways to continue improving my teaching. It’s also liberating to read freely with no deadlines or papers!! J
I hope you’ll continue to join us by reading along and sharing your thoughts in the comment section below. We'll be reading a chapter a week (very doable for summer learning!) if you’d like to follow along with us!

Chapter One - The Brain and Mathematics Learning

Chapter one focused on the ways in which our brain can GROW, and how we can use this knowledge to re-frame our teaching, especially when teaching mathematics. There’s a common misconception that some students will just never be able to "get" higher level math concepts. I myself struggled to believe I was good at math, and never went past Algebra 2 in high school.

Dr. Boaler shares some great insights on how incorporating the idea of growth mindsets to how we (and our students) approach math can make a HUGE difference in achievement. Recent research shows that our brains can actually change and grow, even over short periods of time!

So how do we, as teachers, structure our math sessions to help our students’ brains GROW and their math confidence to follow?  Dr. Boaler points out that “if brains can change in 3 weeks, imagine what can happen in a year of math class if students are given the right math materials and they receive positive messages about their potential and ability.”


What was my big takeaway from Chapter One?


GROWTH PRAISE! I’m sure by now many of you have heard of Growth Mindset or seen some of the awesome resources on Pinterest and TPT related to teaching students the impact of mindset. Here is Carol Dweck’s TED Talk in case you haven’t seen it…it’s inspiring!



A big idea with mindset is how we need to phrase our praise. “Fixed praise” is when we tell students they are “so smart.” This poses a challenge, because they felt good for being smart on a particular assignment or activity, but if they struggle on the next one they may rethink their “smarts.” Even worse, students may not try more challenging activities for fear of failing and no longer being seen as “smart.” This is why the idea of “growth praise” such as “That is an amazing piece of work” or “You have really thought deeply about this!” struck a chord with me. I will definitely be watching how I phrase my praise!

3 tips to implement:

--ONE--

Growth Praise! I can’t stress it enough.

--TWO-- 

No negative math comments, even if they are meant in kindness (“It’s okay, I know this is hard” or “I was bad at math in school too”) I am for sure guilty of this!

--THREE-- 

Keep encouraging a growth mindset in math, and keep working hard to model my own mathematical growth mindset!

I hope you enjoyed reading and want to keep joining us to learn more tips for encouraging a shift in mathematical mindsets! Don’t forget to comment below to share your thoughts if you’re following along, and check out these other wonderful insights about Mathematical Mindsets. See you next Thursday!



Welcome to Electric City!





Hi there! Welcome to my shiny, new, amazingly designed blog, courtesy of the extremely talented Alexis at Laugh Eat Learn Designs. I am so excited for this new adventure! A blog debut calls for sharing one of my all-time favorite projects to do with my kiddos, so here goes!!



I first learned about this project, Electric City, from a wonderful hands-on science gal named Maureen at the Orange County Dept. of Education. When I was teaching science, I would do this with the fourth grade classes, and after 2 years of 7 or 8 classes, I worked out some kinks and now have a pretty fine-tuned system! This was previously a culminating project tied to our 4th grade “Magnets and Electricity” unit, but it transfers so well to the new NGSS engineering standards.


I begin by teaching or reviewing the concepts of electricity and circuits – conductors, insulators, schematic design, open and closed circuits, etc. The interactive notebook set from The Science Penguin is perfect for this!

Once the students have a solid background of circuits, we jump right in and put our knowledge together to create our awesome city! With my science classes, I was able to complete this project in 3 one-hour class periods. With my 5th grade homeroom, we stretched it out a bit and did shorter periods throughout one week. I was also SO grateful for parent helpers this year – cutting windows and stripping Christmas lights is a daunting, callous-inducing task!! Totally worth it, though!

Our first step is to bring in empty cereal or large cracker boxes, and turn them inside out.


The students then choose a large panel on the blank side to design their home or storefront. They are so creative!

I let the students know they can choose 3 – 4 spots for us to cut out as windows, and they mark each one with an “X”. With an X-acto knife or box cutter, parent volunteers and I cut out the windows and cut open the doors.

Once our boxes are designed and cut, we review circuits. I then hand out the 3-bulb strand of Christmas lights (pre-stripped by a wonderful parent volunteer!) as well as a 9V battery and a snap cap (available at Radio Shack or in bulk from various online retailers). *Note: I have found that the Dollar Tree 9V batteries pictured above work best for me! I bought them because I could get a class set for under $20, but asked for parent donations of batteries one year. The big brand names were too powerful for our little homes, and were getting really hot! I would recommend just being extra careful with the powerful batteries!


Once the students have their supplies, I ask them to use their electrical engineering skills to design a working circuit. As this is a basic series circuit, most get it within a minute or two.
I then pose the predicament: How might this simple circuit be problematic once our box is all sealed up? We discuss and come to the conclusion that we need a switch, since this presently has to be turned off by disconnecting wires.

I pass out a small piece of an index card, 2 brass brads, and a paperclip and ask them to go through the Engineering Design Process to see if they can use the provided materials and incorporate a switch into their circuit. They swing the paperclip (attached to only one brad) to touch or release the 2nd brad, closing and opening the circuit.



We then transfer all of this knowledge into our Electric City project, and affix their circuits into their boxes using masking tape. If a length of their circuit does not reach their switch, we add in the extra pieces of wire that came loose from the light strands.



I also post an “expert list” on the whiteboard, and as students successfully complete their boxes, they add their names to the list. This helps the traffic jam usually coming to me, since they must ask each other for help first, and frees me up to monitor the room.

Ta-Da! Here is our finished city. Isn’t it gorgeous?!




I’m happy to answer any questions about this project, and I hope it inspires some STEAM in your room!