I. Teachers demonstrate leadership. · III. Teachers know the content they teach. · IV. Teachers facilitate learning for their students. · V. Teachers reflect on their practice.

#kindersCAN Embrace Failure, and So Can We!

You know it’s been a while away from the blog when this post has been sitting in your drafts for months and it features only pictures of last year’s students! It’s been quiet on here for a while, not because I haven’t been “Learning with the Littles,” but because I have not been as intentional as I’d like in terms of reflecting on that learning. I figured now is a better time than ever to stop neglecting the important process of teacher reflection and resume/finally share this post that sheds light on where I am right now in my journey!

Not so recently, I highlighted the imperfections of a typical day in Kindergarten, both to reflect the reality of a day in the life, and to begin bringing new meaning to the word failure. That post can be found here. Growing up, failure was something I avoided at ALL costs. Granted, it has never stopped me from trying like it might have for some, but until recently, failure has never been something I’ve embraced.  For a long time, I even struggled taking constructive criticism, because I felt like I had done a “bad job” or wasn’t “good.” I’m so thankful that failure never caused me to quit, but it DID affect my mindset negatively and cause me to dread any experience that could result in failure.

It breaks my heart to see how even Kindergarteners are already aware of failure, and many have developed fully negative connotations of the word. I really started to think about failure more when I read Hacking Project Based Learning. This idea stood out to me:

After reading this book, I went into the following school year ready to use the horrifying “f word”…failure…in my everyday language, but as a positive term. The Class Dojo growth mindset and perseverance videos have been the perfect outlet to integrate the word failure during morning meeting time. These videos help teach students the science behind exercising and growing our brains by doing challenging things, and how we can learn and grow from moments of failure by reflecting on our mistakes.

Our work around failure and attempt to bring the term new meaning was especially crucial in implementing my 3 Kenan Fellowship lessons during the previous school year. I created these science lessons in an attempt to bring a chemistry experience to Kindergartners. Some of the failure along the way has been on my end, and some on their end; but that is the beauty in learning alongside one another. Failure has led to learning for both them and me. Here are the 3 lessons I designed as a result of my fellowship, along with some of the fails along the way and how we responded to them:

Lesson One: Creating Adhesives and Testing Varying Force Among Samples

For this lesson, I created my own adhesive (wet glue) recipe that students would create batches of in table teams. It took lots of my own tests and tweaks for me to settle on the recipe we would implement in class. After the students learned some of the scientific vocabulary we’d be using and discovered real world examples of how adhesives impact our world, it was time for students to put my adhesive recipe into action! The day before they created, I modeled the process for them, making the wet glue and bonding different pairs of wooden craft sticks together with my own batch of adhesive just as they would do the following day.

When I came into school the next morning, NONE of my samples were bonded together anymore (*insert horrified emoji here*)!!!!!!! My mind all of a sudden went to the “worst” case scenario. I had volunteers coming today, all student ingredients pre-measured and ready, and students were SO amped up for the creation process……and what if THEY came in 24 hours after creating samples and none of THEIR samples had remained bonded?!?!?!!? In a Kindergartener’s world, that would lead to devastation and disappointment because the glue simply “didn’t work”! 

But when I thought back to what scientists do everyday, this actually seemed like a perfect comparison of failure scientists encounter daily. Even at LORD Corporation, scientists were creating failed sample after sample to get to the “just-right” creation they wanted. So I now had an example of my own failure to share with students, and one that could result in one of two learning paths that we could take as scientists:

  1. If the student samples were not bonded together the next day, I as a scientist, with the help of my students, needed to continue tweaking my adhesive recipe for us to try it again.
  2. Maybe students would have more success with their samples than I did, meaning we would need to further analyze what variables had impacted different levels of bonding among mine and theirs when we had all used the same adhesive recipe.

This was a REAL science moment, not failure as we often think of it. No matter how it ended for students, I was confident that both students and I could learn together through whatever “fails” came our way. When I shared what had happened to my samples, and that the same could happen to theirs, they were fully on board and understood that we would reflect and try again if all of our samples came apart the next day.

When testing day came, they were thrilled that most student samples stayed bonded the next day. We would determine the strength of the different tables’ wet glue batches by using a spring scale and measuring the force it took to pull the 2 bonded craft sticks apart. The whole goal was for students to see how different variables could cause different results of force, even when we all used the same adhesive recipe.

However during testing, I could still hear comments that showed me we had work to do on our mindset of failure:

  • “YES!!! Ours took more force to pull it apart! We won!”
  • “WE GOT TO 50 NEWTONS!!!!!!”
  • “Noooooo ours fell apart!!”
  • “UGH ours barely held together…only 5 Newtons to pull it apart!”

Those comments revealed a mindset that science was about winning and losing, not about learning and reflecting. It’s amazing how a learning experience is consumed by passing versus failing even in our youngest learners.

Lesson Two: 2D and 3D Wooden Structures Bonded with Varying Adhesives

See this post I mentioned earlier for a full list of imperfect moments from this particular lesson, that guided how I knew both I and my students needed to do some reflecting. It’s crazy how failure and imperfections can be embedded in such an amazing learning experience…or is it?

Lesson Three: The Culmination- Building Cargo Ships with Adhesives

Any STEM project is full of fails…and fails can easily become discouraging due to the mindset we so often maintain regarding failure. So last year, I created some unique steps to launching a product, from a combination of the engineering design process and LORD’s Stage Gate Business model. Rather than the traditional steps to create, test, and improve; I made the first of those steps “Create initial design,” in hopes that students would go ahead and expect failure, with the following step to “Test and tweak.” After my time at LORD, I saw that it’s the testing and tweaking that takes the most time, and that the initial creation hardly ever works. So when students also go into creation expecting to have to test and tweak, they aren’t as discouraged when their product doesn’t work at first.

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Before students started to create their cargo ships, I asked them to be on the lookout for fails…any little thing that went wrong, didn’t work, or needed tweaking as they designed. We would post “fails” to a failure board in the classroom after the initial creation.

IMG_3367During the creation, students definitely experienced frustrations. It was so beneficial for them to see the struggles involved in genuine, challenging learning. So often, students think learning should feel easy and they want to give up when it isn’t. Granted, there were different levels of struggle among different groups of students, based on who had more or less adult support and what materials, adhesives, and design they had decided on. But they persevered amazingly! I even caught a picture of one big fail moment – multiple open wet glue bottles, a glue spill on the foam and table, and a tipped over stool. This fail photo may look like a mess from the outside, but I felt like Ms. Frizzle from The Magic School Bus, embracing chaos and craziness that previously would have sent me over the edge. It’s like I had impacted my own mindset in efforts to impact theirs. We enjoyed sharing and posting fails on our own failure board after the lesson. Students were able to laugh them off and relay them with a positive mindset.

We reflected on what was easy and hard after the project. Failure shouldn’t just stop right after the fail- it’s what we DO with failure that matters. And journal reflection is a great way to think about and learn from challenges!

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When testing time came, they took their fails with determination and perseverance…after all, we were in the “Test and Tweak” phase and there would be plenty of time to improve the ships and keep testing!


My students and I still have work to do on embracing failure, after all, we each have years of the opposite mindset in the making to counteract. I hope that in education, we can continue to bring new meaning to the word failure, because it could take decades to counteract the damage. It will also take the consistency of students hearing a common positive message about failure from year to year of their schooling. And as long as grades and testing data have such a strong emphasis, it will be hard to reverse the damage being done to the way our students think and learn, which is also the way that most of their parents were trained to think and learn in school. But for now, I will hold onto these special moments…AMAZING moments of failure, imperfection, mistakes, struggle…and hope that my students will continue to remember the learning and success that can result from these moments.

I. Teachers demonstrate leadership. · IV. Teachers facilitate learning for their students. · V. Teachers reflect on their practice.

Warning: Kinder Teacher Enters the “Real World”

The Kenan Fellowship Experience Continues…

I entered the Structural Adhesive Department of LORD Corporation’s Process Development Center early Monday morning, the first day of my Kenan Fellows externship. Mistake number one: wearing a dress and sandals, not exactly “lab attire.” But that didn’t matter, because I was quickly overwhelmed with the buzzing excitement of the real world. As teachers, we prepare our students for the real world every single day, and hopefully we are providing ample opportunities for our students to interact with authentic, real world situations and materials…but as teachers, we rarely get the chance to be in the real world.

As I toured the facilities, my excitement for this special opportunity grew and my eyes IMG_1553were opened to the true value of the Kenan Fellowship program. There should be thousands of innovative opportunities like this, to broaden our educator perspectives and to remind of us of why we do what we do. Inside the labs were chemists and chemical engineers, working to create adhesives that both strengthen and increase the aesthetics of cars. My mentor John Lean described some of the new types of adhesives they were working on for electric car batteries, along with showing me the hundreds of thousands of dollars of equipment used to test LORD’s adhesives. One machine even crash tests the strength of their adhesives to mimic that of a car crash…woah. 

My mind churned with ideas I could bring back to my kinders…big picture ideas that would help them see the value in science and how it solves problems and affects our daily lives. At this point, I still had no clue what I would be doing in the labs during my 3 weeks, yet I already had the beginnings of ideas for what my students might explore or create. I met with my mentor at the end of my first day to discuss my project, which would relate to my project for my students. Starting with the end in mind, I asked him what he sees as a need in preparing students for STEM careers like LORD. He began describing the impact that many variables play in affecting different outcomes of the same process, and then handed me a large notebook of process mapping information, accompanied by the actual process I would be experimenting with. I would be completing the same process repeatedly, bonding 2 metal coupons with the same adhesive, and after a day taken to cure for each batch, I would use an Instron machine to measure the force required to pull the coupons apart. He explained that while I might follow the same steps each time, there are different variables that will affect different outcomes in the force measurement each time. I was tasked with creating a process map to outline the steps, and then identifying any variables (room temperature, dispersion of adhesive, coverage of substrate, amount of glass beads, size of static mixer, etc.) that could possibly influence different outcomes in the process. The ultimate goal of my experimentation was to control the outside variables as much as possible in order to obtain similar results each time. Ready….GO!

My first thought: Kindergarteners? Variables? Process mapping? Hmmm…this should be interesting.

My second thought: Me? Dispensing adhesive? Bonding metal? Process mapping? Measuring force?

My third thought: There must be value in this process…what is it, and how can I share it with my students?

And when I thought back to how LORD affects the daily lives and safety of people with their products, I realized why it was so important that a process be as controlled as possible so that it can produce the consistently proven results it was designed to produce – results that end up in people’s cars. And that moment was when my head started spinning with ways I could not only keep the big picture ideas I had started with in mind, but blend those ideas with this new important aspect that my experience was already beginning to teach me.

IMG_1551Now you might be wondering how I’m so comfortable using the lingo and terms above, maybe not…but if I had read this post before I began my externship, I would most definitely be wondering. The open-ended experience of creating a process map for my task, with nothing to go off of other than an abstract formula and example of the process mapping for making scrambled eggs (and Google), is what got me to this point of comfort with the terminology and steps of the process. And the best part – creating the process map gave me a genuine appreciation for how a challenge, without prior modeling or an outline of steps to follow for completion, can engage and grow someone. It also effectively prepared me for the chemical research and experimentation I began this past week. No one gave chemical engineers a guide to the adhesives they would create: they used their background knowledge and resources to problem-solve through trial and error, making mistakes along the way as I have. And it’s not often that I’m on the learning side of a challenge, but I am LOVING it! THANK YOU, KENAN FELLOWS PROGRAM!!!!

Wrap-Up: My Transforming View of Science

When I was offered this externship, I really wasn’t sure how I would get the job done. The description sounded so cool but also so out of my element, which is part of what drew me to it, but also what made it a little intimidating. But it has also taught me about myself and how I should never be scared to take on something that seems “not me.” Just because I have to wear a lab coat and safety glasses and am tasked with chemical research does not mean I can’t do it! The stigmas embedded in the words science and chemistry are probably what have held me back from diving all in for many years, and I know I’m not alone in that – there are many other teachers and students who feel that same way. Using a bunch of big words and conducting random experiments can seem confusing and meaningless…science is not. Now science can be complex, but with a growth mindset, those complex things can be learned when there is meaning and purpose behind them. This experience in the real world is just what I needed to continue transforming my view of science, and I am so excited to present science to my students from the new perspective I am learning this summer! Stay tuned to see how my project for Kindergarteners develops!