Showing posts with label Math. Show all posts
Showing posts with label Math. Show all posts

Monday, April 6, 2020

Adapting to a New Technological Environment


While biological adaptation happens due to environmental stressors over long periods of time, mental and social adaptations can happen much faster under certain conditions. What we are currently witnessing in relation to teaching and learning is a change that not only shows what we, as humans, are capable of but also the degree to which our schools are capable of serving students. While education reform seems somewhat out of reach most days, times like this, although unfortunate in many ways, can force our constructs and viewpoints to change and ultimately result in natural and positive reforms. Dr. Derek Voiles put it best in a recent tweet when he said, “The schools we walked out of won’t be the same schools we walk back into when this is all over. Our schools won’t just be different, they’ll be better.”


Northwest ISD is fortunate to have many resources already in place to help make our staff and students successful during times like this. However, the particular challenge brought about by Covid-19 has shined a light on areas of need and allowed us to take steps to help improve things like online access, technology training, and remote communication. In addition, educators in our district have been given the challenge of using this time to really focus on student relationships, learning, and growth in very innovative ways.

Math typically takes a lot of practice and, traditionally, practice looks a lot like plugging away with a pencil, paper, and a calculator to work out a solution. While that pencil and paper practice is an important part of understanding the way math works, NISD Algebra II teachers took it a step further by trying their hands at an app called Explain Everything on the iPad where they smashed it together with Zoom to create incredible videos that bring calculations off the page for students.
In addition, Becky Spasic and Carla Dalton, at Byron Nelson High School, took this opportunity to share their knowledge of this app with fellow teachers by using it to create a “how to” video for implementing this strategy in a remote classroom setting. This strategy is one that adds an element of comfort and personalization to remote instruction while also helping students approach content from a variety of platforms.

When NISD teachers began looking at the shift to remote learning, many wondered how elementary students would be able to learn without being physically present with their teacher and classmates. How could our youngest children possibly manage their own learning tasks? It became apparent very quickly that most of our elementary teachers were teaching a level of independent learning prior to the break and that many of these students were able to adapt very quickly to a remote situation.
Seeing third grade students manipulate Google Slides and Google Drawings to illustrate understanding of ecosystems and food chains is truly an amazing process to watch and it almost makes you forget that you are watching eight and nine year olds as they move adeptly from one application to another while happily finding ways to showcase their knowledge. The teams of teachers creating these lessons know their students, know their capabilities, and have prepared their students to be self-sufficient learners.

Although the changes in the trajectory of society due to Covid-19 are some that we will be navigating for years to come, the world of education is one that is capable of mastering this shift and the obstacles that come with it. Educators are meeting this challenge head on with every bit of creativity and determination they have for the sake of their students. Some critics are predicting that this change will automate learning in a way that will make teaching an obsolete profession. However, through this, we are not only learning how much technology can help produce student independence but we are also learning how necessary human beings are in making the use of these tools relevant to learning and student success. Without previously established expectations and student relationships, these teachers would be dealing with completely different results. Educators are a necessary element to making learning meaningful for each and every one of their students and they cannot be replaced by technology. Circumstances like this will only enhance skills of both teachers and their students and everyone will grow as a result.

Monday, December 16, 2019

Breakout: It's a Celebration!

As semester exams draw nearer, students in Mrs. Butler, Mrs. Harris, and Coach Smith’s 6th/7th Compacted Advanced Math classes at Medlin Middle School have been hard at work. Over the last week they have worked together to create an epic digital breakout experience to review all content from the semester. The idea of using a breakout to review or interact with math concepts is not new. In fact, these students have experienced the use of digital breakout type activities created by their teachers all semester.

Throughout the fall semester, students have had the opportunity to participate in several digital breakout experiences. Similar to an escape room, a variety of puzzles and scenarios lead students through an engaging interaction with content. Along the way codes are revealed that, in the end, unlock the “locks”. Digital breakouts can be used across content areas and grade levels. When asked about learning through breakouts, Gage was excited to share. “I like the technology experience. It's a new way to look at math and it makes it more fun. It’s definitely more interesting because it makes math a part of our real world." 

And now the tables have turned. The secrets to creating an engaging digital breakout have been revealed and students have been equipped with the tools to create. Ify has enjoyed the process because she says it’s given her a “behind the scenes look" at creating activities like her teacher. It has also inspired her to explore career paths that may involve coding or creating digital materials for others. After being given the content to be used, Google Forms, Google Slides, and Flippity were the platforms selected by most students. Their teachers helped organize all created breakouts on a Google Site that was then shared with students as their semester review. 

Click HERE to access the student created breakouts

So, why use digital breakouts? The better question may be, why not? Digital breakouts...
  • Promote collaboration and communication within the classroom
  • Enhance problem solving and critical thinking skills
  • Reinforce grade appropriate Technology Application TEKS and Digital Citizenship curriculum
  • Motivate and spark new learning opportunities
  • Empower students to own and apply their learning

Mrs. Butler also gives a compelling testimony for the integration of Digital Breakouts in the classroom. “There is a special energy that fills the room when students are completing a breakout session. Students are engaged and eager to advance through the activities. Students enjoy taking on a challenge and competing to be the first group done. Best of all, students receive immediate feedback on their content knowledge which is huge for a learner's success.”

If you are considering the use of digital breakouts with your students, reach out to your campus Instructional Technology or Library Media Specialist for help. There are many resources available to help make your breakout dreams a reality. 

This project will be submitted as an interactive presentation and considered by the campus committee to represent Medlin at Expo 2020. For more information about Northwest ISD Expo event, please visit expo.nisdtx.org.

Monday, October 7, 2019

Ozobots for the WIN!


Over the last year, Beck Elementary has been building its inventory to kick off and launch a campus STEAM Lab. As an extension of the classroom, this lab allows students and teachers to make cross curriculum connections and extend their thinking in the areas of science, technology, engineering, arts, and mathematics. The most popular additions to the lab have been the LittleBits, Keva Planks, and Ozobots.

The Ozobots, specifically, have been kid tested and teacher approved as a way to promote critical thinking and problem solving. These codable robots can inspire students to design a path using color coded markers that demonstrate, imitate, represent, or even illustrate a particular concept. The sky's the limit with these tiny bots. Teachers have collaborated with the campus Library Media Specialist, Jenny Martin, and one of the campus GATES teachers, Shelly Moses, to design rich learning opportunities focused on content across grade levels.

Bulleted below are just some of the innovative ways the Ozobots have been integrated into classrooms over the last year:


For more lesson inspiration check out the Ozobot lesson library portal and follow the Beck Elementary STEAM Lab on Twitter. Happy coding!

Monday, February 25, 2019

Let's Be (proportionally) Reasonable

When was the last time you stopped to think about ratios and proportions? It’s a strong possibility that you’re reading this and are actually questioning yourself. You probably haven’t consciously thought about these two math terms since you were introduced to them in one of your math classes. The reality is, knowledge of proportions can play a bigger role in your daily life than you even realize. Mrs. Harris and Mrs. Butler at Medlin Middle School are on a mission to find real world application for these standards. 

So, naturally, the most commonly asked question by students in a math class gets asked: “When will I ever use this in the real world”? In an attempt to begin answering that question, let’s think about a recent Target run or trip to Costco. Knowledge of ratios and proportions likely played a role in some of the decisions made. Even the car being driven down the highway to these two stores is being driven a certain number of miles per hour. Think about the ads seen online or in store. Many things are advertised as 2 for $5. Or the consumer doing math to figure out the better deal on paper towels and toilet paper. Maybe it’s a recipe that needs to be doubled. These are all just a sampling of the unit rate proportions one might encounter on any given day.

(Click to view project)
Knowing this math standard follows students throughout their math career, into the courses they’ll take in high school, a solid understanding of proportional reasoning is important. This unit also happened to fall at the beginning of the year, a time when all teachers are still getting to know their students. This project really opened the doors for students to share unique information about their daily lives with their teacher and classmates. Conveniently enough, teachers were also able to learn a lot about each student’s math knowledge through their work. 

Students were challenged to apply their learning about proportions from their 6th/7th grade compacted math class to real life. This meant it was time to identify which routines and decisions throughout their day involved proportions. From the time they woke up until it was time to go to bed, where could they apply this mathematical skill to real life? It was their teacher’s hope that it wouldn’t take long for students to come to the understanding that proportional reasoning is not just stuck in their math book. It is literally playing a part in many areas of their everyday life. The better question just might be, “When will I NOT use in the real world”?

(Click to view project)

Projects would need to include six examples of real world proportional situations presented in the form of a question for their peers to work out. Their work would also need to include a fully worked out answer key for their proportional situation examples. It was up to the students to determine how they would present their work. Many chose to create an interactive presentation using hyperlinked Google Slides and some even decided to bring theirs to life through video. 
Others created a Google Site. Some chose a more traditional style route and created a poster board that represented their proportional reasoning. Harrison and his partner, Drew created a video. He said, “We used my editing software and green screen from home. We enjoyed this project because we were able to show everything we know about proportions and ratios while also showing the things we enjoy doing”.

(Click image to view project)

At the end of the unit, students were equipped to recognize ratios and proportions all around them. They’re more prepared for the real world because they understand the importance of being a smart consumer and how simply paying attention to advertisements and unit ratios can influence purchasing decisions. There was definitely buy in for the importance of math outside the classroom. The habit of proportional reasoning was there all along, they just simply needed to see it applied and made personal to them. “I enjoy using technology because it gives you more options on projects, and allows you to be more creative with how you do things”. The added layer of integrating technology was definitely a highlight for Drew. 

Some of the projects created during this unit will be showcased at the district’s Expo event on the evening of February 28th. Students are eager to share their “math in the real world” experience with an authentic audience.

Monday, January 28, 2019

The Real World is In Your Classroom


Visualize a small group of kids huddled in a middle school flex space, Expo marker in hand and video camera staged in front of them, confidently drawing shapes and lines on the whiteboard as they explain the steps to solve an equation. Picture students, who otherwise avoid math, passionately debating the best place to ask a question: is it before or after an example? Can you hear them, animated, discussing the best way to teach someone about complementary and supplementary angles?

This was the scene in Jennifer White’s math class at Pike Middle School when she challenged her students to create Edpuzzles that teach other students new math concepts. Determined to engage her students in rigorous and authentic learning, she asked them to design video lessons that would be used as warm-ups and tutorials in other classes.


If you don’t know, EdPuzzle is a video platform that lets teachers turn any video into a lesson by embedding questions, comments, and/or audio. Teachers then assign their video lessons to students and collect formative data, like who watched the video and what they understood. Because the videos are self-paced, students can re-watch them as many times as they need, and even share them with others.

For this project, in teams of 2-3, students chose a topic from their next unit of study. Before creating their video lessons in EdPuzzle, they explored resources, researched their topics, and planned what comments and questions would best help their audience learn the concepts.

White gave students a choice to either find an existing video or create their own to use in the EdPuzzle. Some were excited to make their own videos using their Chromebooks. Giving choice helped her differentiate for students who needed more time during the ‘discovery phase’ and for those who needed an extra challenge.

Before publishing and sharing their work with their audience, students gave each other feedback (using Google Forms) about how they could improve their lessons. Mrs. White gave students time to apply the feedback they collected. This step also worked to expose students to all of the terms they needed to know, and to reinforce the concepts they would eventually see in class.

In the end, this whole project took 3-4 days, provided a whole department with student-created peer tutorial resources, and gave students the chance to learn with a purpose. You can see examples of student work here: Example 1 & Example 2

It is hard to imagine what authentic learning looks like in practice because there isn’t a ‘single right way’ to approach it. John Lamar, with bie.org, put it simply, “In fully authentic work, students are doing work that is real to them... [it has] a direct impact on or use in the real world. (The “real world,” by the way, could still be school, which is a very real place for students.)”

It’s easy to get caught up in preparing kids for the future, but don’t forget: to our students, the real world is here and now. The real world is in your classroom as much as it is outside of it.

One of Mrs. White's biggest takeaways from this project was that students owned their learning throughout the entire process. That happened because she gave students a purpose and audience for their learning. Students were proud to contribute to their immediate environment and motivated knowing that other people would see and benefit from their work.

Ultimately, when educators design authentic learning opportunities they empower students in the present. Instead of hoping students will become leaders, creators, and good citizens one day, teachers can give students the chance to be those people today, to contribute to their real world in the here and now.

Tuesday, January 22, 2019

"R"edefining Review


"R"edefining Review
          
          When creating another semester exam review seems like a daunting task, why not flip the script and allow for creativity and innovation to take over.  At least that is what Mrs. Ashley Anthony decided to try in her class at the end of the Fall Semester.  "I just want to try something different for this time around," Mrs. Anthony explained.  "My goal is to challenge my students to think out of the box to create a resource for all of my other students to be able to use to study for their semester exam."  Naturally, she knew that if students could explain a concept thoroughly, they had a true and deep level of understanding for that topic.

          Collaboration and communication were instrumental at getting this project off the ground.  From its inception, Mrs. Anthony knew that she wanted this project to be completely student-driven, even from the very beginning.  Any teacher would simply give their students a project description and a rubric to follow.  However, as an exemplary teacher, Mrs. Anthony had her students define the rubric themselves, rooting this project in a rich research-based best practice.  Giving them the basic expectations in the middle column of the rubric, students then were tasked, through small-group and whole-group discussion, to create their own exemplary and needs-improvement criteria to demonstrate success.          


          The time came for the students to begin creating their collaborative Google Site.  Students partnered together and self-selected the math topic that they felt most comfortable with explaining.  The directions were clear.  Keeping in mind the Math Workshop Model, students had to create a lesson that taught the concept in an opening, ask higher-level questions through a work period, and finally allow for students to reflect on what they learned through a student-created formative assessment.  The only parameters students were given were the project description and the rubric they created.  Then they were off.  Immediately there was a buzz about the classroom about which platform to use.  Rylan suggested, "We should make a self-paced Peardeck presentation because it is interactive, so students will be engaged, and they can continually review their work."  Kate's enthusiasm with embedding a Google Site in the review site was exemplified when she said, "This is the best way we thought to organize our topic of ordering fractions, decimals, and percentages."  Will quickly got busy combing videos into WeVideo to teach his topic.  He shared, "I loved this project so much because we each got to find our own way of sharing our learning through teaching others."  Other preferred methods of delivery were Google Slides, Powtoon, and Google Docs.


          The aspect of this project that stands out most is that Mrs. Anthony knew what her students were capable of and knew that she needed to differentiate for this class.  In having her students create this resource for all of the other students at Chisholm Trail Middle School, she exemplified the "R" in the SAMR model.  SAMR is an acronym standing for Substitution, Augmentation, Modification, and Redefinition.  This model is a way for educators to assess how effectively they are using technology in their classroom.  Redefinition is in the transformation range, and it is quite clear that this entire project, from beginning to end, screams just that.  A transformation of a tried and true method of reviewing for a semester exam to one that is student-led, student-created, and serves as a method of instruction that reaches beyond their own classroom.  When asking Mrs. Anthony what her thoughts were on the entire process, she said, "I can't believe that it has taken me this long to try this with my students.  Every class is different and you have to know what they are capable of, but when you let them take the lead, they can produce great things.  This entire project seemed to transform the process of review and was an exciting way to do it."

Check out the 6th-Grade Compacted Math student-led semester review from Chisholm Trail Middle School by clicking the link below.

Monday, April 30, 2018

Pixel Art is "Completely Awesome"

Pixel Art has quickly grown in popularity, again. There are apps and websites galore when you do a search in an app store or online. Mrs. Pickett at Beck Elementary knew pixelation would be something fun for her GATES students to explore, while equipping them with valuable knowledge of Google Sheets. She was also excited about the opportunity it would create for curriculum enrichment and the extensions in the classroom were plentiful. Before trying their hand at pixel art, students first began to learn about its history. Of course, the biggest buy in for many of her students was learning that the ever so popular classics, Super Mario Bros and Zelda, utilized pixelation. To quote William, a student in her class, "it is completely awesome!"

As an introductory activity, Mrs. Pickett shared a template with students in Google Classroom. This template was created in Google Sheets and exposed students to conditional formatting. Their excitement was instant as they discovered that the empty template would soon contain a piece of their own creative art. Using these templated Google Sheets, it quickly became something that could serve as extension to the learning happening in math. Thinking about recent learning regarding fractions and decimals, students could be prompted to create a picture that was ⅓ green or .1 white. The possibilities were endless. This kind of higher level thinking merged their mathematical learning with creativity and problem solving. 

Their exploration and creativity continued, as a design challenge was issued. After listening to the book, The Big Orange Splot, students had the opportunity to discuss perspective and how it’s different for everyone. Their challenge was to design a house that was completely unique. Students were asked to consider what it would look like and to have it be a reflection of their own personality and dreams. Step one was to draft their pixel house on graph paper. This allowed students the opportunity to think through their color choices and refine their pixel design skills before moving it to Google Sheets.

Having experienced the formatted Google Sheet template Mrs. Pickett provided at the beginning of their study, students had knowledge of the process. It was then time for them to learn how to format a sheet that would support their house design. Students were encouraged to watch this tutorial video to gain knowledge on the process of conditional formatting. It was important that their template and color pallet matched the design they drafted. Of course, lots of problem solving and creativity took place as students worked on making it just right. Designs with curved lines were a welcomed challenge.

For many, this process became something they enjoyed doing. It was not uncommon to find students fully engaged in the conditional formatting and pixel art process during any free time they had. Rainy days, which meant indoor recess, were welcomed because they could pull out their Chromebook and continue working on their design. Drew said he enjoyed learning about pixel art because, “there was no limit to my imagination."

Mallory found the tasks to be fun and inspiring. She is hopeful they will have more time to explore and create again soon. And she’s not alone. Several students extended their newfound knowledge of conditional formatting and decided to create their own server of games. William, one student who contributed to the game, said the most challenging part was, “the color formatting, because if we got a single thing wrong it would fail."Learning to work collaboratively and problem solve through the tough times made this a task they will never forget.

One of the coolest parts of this process for Mrs. Pickett was the level of engagement and problem solving her students experienced. She saw value in learning about Google Sheets and knows this early exposure will certainly pay off in the real world for her students

 

Monday, April 23, 2018

There are Actually Three Sides to Every Story!

6th grade students at Tidwell MS will not forget this year's triangle unit! This unit was not only informative, but also hands on and  engaging. Students started the unit by learning how to use Geogebra to create triangles. Then, students created a product of their choice (book, comic strip, brochure, etc.) that would allow them to share their learning of triangles with others. Another neat aspect of this project was that students learned how to construct and build triangles from other students. Students in the 6th GT math class created video screencasts showing how to use Geogera and how to create triangles with the correct angles. They compiled their videos on a Padlet wall that was shared with the rest of the 6th grade math classes.

Taidghen, Taylor, Elijah, and Yaleiza from Mrs. Lahit's class got a lot out of this project. "I really enjoyed creating the triangles on Geogebra," said Yaleiza. "I learned that triangles are more than just a shape with three sides. There are many different types of triangles, but you only know the type based on the angle sizes. I also learned that you can not have two obtuse angles within a triangle, or two right angles." This project made students think about triangle properties during creation. Elijah points out, "The most difficult part of the project was making the equilateral triangle in Geogebra because you had to make sure to get all of the sides the same."

Creating Specific Triangles in Geogebra
Taylor and Taidghen loved the choice and creation aspect of the project. Taidghen comments, "I liked making my project stand out. I came up with statements for my book that would help others understand triangles in kid friendly words." Taidghen enjoyed Book Creator as his creation platform because it gave him plenty of options such as inserting images and shapes, as well as choosing specific fonts, backgrounds, and colors. Taidghen even utilized the drawing feature to point out matching and opposing angles within his book.

Projects were turned in on a Padlet wall, which allowed students to see each other's work. "I enjoyed seeing how other students used Book Creator differently than I did," said Taidghen. Yaleiza added, "I enjoyed looking at the Powtoons that some of my other classmates created. The Padlet helped us see all of the ways that we could have shared our knowledge."

All four of these students agreed that next year's 6th graders should complete this project. Taylor mentions, "Next year's class should do this project because it's a chance to be creative while learning." Elijah concludes,"This is a great project because you really learn about all of the triangles and the theorems."


Student Created Tutorials for Using Geogebra:
Made with Padlet

Student ISTE Standards:
Creative Communicator: Students communicate clearly and express themselves creatively for a variety of purposes using the platforms, tools, styles, formats and digital media appropriate to their goals.

  • 6a:Students choose the appropriate platforms and tools for meeting the desired objectives of their creation or communication.
  • 6c: Students communicate complex ideas clearly and effectively by creating or using a variety of digital objects such as visualizationsmodels or simulations.
  • 6d: Students publish or present content that customizes the message and medium for their intended audiences.

Empowered Learner: Students leverage technology to take an active role in choosing, achieving and demonstrating competency in their learning goals, informed by the learning sciences.

  • 1c: Students use technology to seek feedback that informs and improves their practice and to demonstrate their learning in a variety of ways.

Wednesday, April 4, 2018

Why You Shouldn't Be Afraid to Replace a "Tried-and-True Method"


Tired of the same old pen-and-paper, drill-and-kill nature of test corrections, Algebra 2 teacher Mrs. Kubacki at Northwest High School wanted to shake things up and to make math a little more engaging for her high schoolers. Of course, her existing method was working just fine; students were completing the corrections and often showing growth. Still, she wanted to take a risk.


Quiz corrections are a staple task in her classroom because they give her students the opportunity to earn back missed points on tests. Many of her students rely on them as a way to boost their grade, and she relied on them as an important step in assessing her students progress in advance of a test. She wanted to ensure that when she replaced a tried-and-true method she would still end up with meaningful evidence of learning, so she turned to an tool that is rising in popularity: a video discussion platform.


Tools like FlipGrid and Recap are becoming more renown, but with any new tool, it’s how you use it that truly matters. Though a great tool for virtual classroom discussion or Vlogging, Kubacki instead challenged her students to create with it. She wanted to see student-created tutorials, to be shared with the class.

Using Recap, also known as Let’s Recap and Recap That, her students created video tutorials for one another solving the questions they had originally missed on their quiz. Prior to filming, she gave them clear-cut, high expectations: they had to show their work, use and even define academic vocabulary words for their audience, and show their work step-by-step so their peers could better learn from their video. As a class and before they first participated, they created a list of video norms and best practices for their tutorials. (This list included rules like: No filming and walking. Eliminate as much background noise as possible. Rehearse your video before filming...)


It's probably worth mentioning that many students did have reservations at first; a selfie generation who constantly Facetime, SnapChat, and learn from YouTube are afraid to be on camera. Just like many adults, they were nervous to document their learning and share it with an audience. Anticipating this, Kubacki did not force her students to be on camera, but instead gave them a choice. She also artfully paired students up for the task, sure to consider their personalities. And since she knows it’s helpful when a leader takes the first risk, she was sure to create her own video first, modeling the class-created expectations.


On the day students finally created and published their video tutorials in class, their teacher was both mobile and available to help anyone in need -- this is one of the many benefits in giving students tasks of creation; the teacher can move out of the driver’s seat and into the passenger’s seat. In the event a student did get stuck, they were expected to create a "point of confusion video" --to post their problem step-by-step, up to the point of confusion, and to finally ask their peers for help. Because she expected students to comment on each other’s videos (they established norms for this too), students were able to get help on their corrections and were able to get immediate feedback from both their peers and their teacher.


Of course, Mrs. Kubacki could have stayed with her tried-and-true method of pen and paper, but what would her students have missed out on? Would they have felt as challenged? What academic or even personal growth might they have missed out on? By instead asking them to create video tutorials through Recap, she gave students a platform where they could immediately share their personal growth with a community of learners who could also benefit from their hard work. Taking this risk gave a larger purpose to students' time and to an otherwise mundane task such as quiz corrections. Even more, these students were empowered to own and share their learning by creating something that would help others.

*This blog has been corrected to clarify that the assignment, quiz corrections, was designed as a formative assessment tool leading up to a final summative grade.

Monday, March 12, 2018

Spark Learning: Inquiry-Based Learning in 5th Grade

If you could be any creature at all, what would you be? Which ink spreads the least in water? Can a flashlight be powered by the sun? Can water be purified through evaporation?

These were only a few of the questions that 5th grade scientists at Prairie View Elementary school answered through their own research and the scientific process. Their teachers, Mrs. Davidson and Mrs. Ward, challenged them with an Inquiry Project; Mrs. Davidson explained, “They created their own questions based off of personal interests, and followed through with gathering data, analyzing their data, and creating a presentation to show their results.”


Mrs. Davidson added, “We wanted them to learn to question something on their own”. They challenged students to think about how they approach a problem, and even how they would handle social situations, how people would handle money or respond to various circumstances. But most of all, they gave students choice. For their inquiry project, students could choose any topic that sparked inquiry: they could investigate something entirely new or ask a question that extended previous inquiries from their time in school. One of her students, Kaden shared, “I like that [the inquiry project is] a creative activity”, and that after this project, he “knows how to answer [his] questions”.


Following the steps of the scientific process through inquiry-based learning, students developed questions and hypotheses before performing research. Zephyr’s team was interested in conducting a social experiment. They wanted to know, given a few staple options, what food people would eat for the rest of their lives if that had to. He said, “We made a survey and asked the staff and 5th, 4th, and 3rd graders. We collected the data and looked at the pie chart… Surprisingly, most people prefer pizza.” Zephyr added, “It’s important to answer questions because we can learn”.


Both Mrs. Ward and Mrs. Davidson, co-teachers in math and science, highlighted how integral both math and science were to the processes students were tasked with completing. Mrs. Ward clarified, “You can’t do science without math, they’re married”. Student Davis made cross-curricular connections through this project, explaining that what he learned can be applied in other areas of his life. He made the connection talking about math and problems in general, “...first [I] look at the problem and then think about it. Then, get a solution. It’s the same as science.”


Ultimately, inquiry projects like this one offer students choice, but not at the expense of content knowledge or the skills students are developing through their own hard work. For example, one team learned the steps of the design process as a part of their inquiry. They wondered, “Can you clean water through evaporation?” To find the best way to measure their results, students had to design an evaporation system that would test their theory. They collaborated to created two different designs, tested each design to see which worked better, and tested their original hypothesis. Other group's experiments failed, but Mrs. Davidson stressed to them that failure is a part of learning and of the scientific process - failure is an opportunity, so they would present about what they learned through their failures.




A crucial aspect of this assignment was that students’ inquiry was driven by the end-goal of presenting their scientific findings to their peers and an audience. As students prepared to present, they had choice in how to showcase their findings. They created videos, posters, and traditional slideshows chalked full of tables and graphs; this autonomy and choice helped to foster their passion to share what they had learned. Students were even given the opportunity to present to an authentic audience at EXPO, the district’s student showcase. Student Davis excitedly shared that his team’s project was picked to present at EXPO, saying, “I did it last year and really liked it. I like getting up there and presenting.” His team made a video "...because it captured what the person was actually saying" Although he thought the video gave them more accurate data, h
e was quick to reflect on what he would change to improve his presentation before the event, explaining, "We are going to add subtitles".


Mrs. Davidson acknowledges that managing and guiding so many student-groups at a time can be challenging. A project like this requires teachers to step out of any traditional role, and into the role of facilitator. They have to be the supporter, to ask guiding questions, manage supplies, point students to resources for help, and all the while handling classroom management. To be successful, she explained that she gave her students a step-by-step checklist and detailed calendar of due dates and expectations at the start of the project. Mrs. Davidson -- a self-identified control freak -- points out that it's important to let go and let them do it. “Because it’s their own exploration, it’s high interest and high energy,” she stressed, “It’s worth the mess.”

Tuesday, February 20, 2018

Students Teaching Students

Many students in Northwest ISD have the opportunity to take part in accelerated math courses. In some case this may mean the student is taking a course one grade level higher than the one they are actually enrolled in. For Steven, a fifth grader at Lakeview Elementary, it actually means more. As a third grader he took fifth grade math. As a fourth grader he took sixth grade Pre-AP Math. His knowledge and passion for math have been evident for a few years now. He is currently taking seventh grade Pre-AP/GT Math, receiving his daily instruction from Mrs. Horeftis at Medlin Middle School. 

Being aware of his giftedness in math, Steven was self motivated to support his peers as they work through their math curriculum. Creating instructional videos to reinforce concepts being taught in fifth grade seemed like the perfect solution. He was certainly up for all the challenges that he might face along the way. With the support of his teacher, Mrs. Bingham and his GATES teacher, Mrs. Andrews, a plan was established and Steven got straight to work. 

Currently, a handful of instructional videos have been created by Steven. He uses an app called Doceri that allows him the ability to introduce or review a concept all while annotating the screen to show work and explain his thinking. Creating instructional videos for your peers takes a lot of problem solving and preparation. It’s important to know exactly what you want to say and how you’ll say it, so others can learn from you. Steven expressed how challenging that could be at times by stating, “The most challenging part was making sure I didn't stumble or say the wrong words when I was recording. That was difficult because I had to know exactly what I was going to say and if I messed up a few times, it might take me thirty minutes to make a one minute video.”

As it is commonly heard, we know we fully understand something when we can effectively teach others. And teaching others, especially your peers, is so empowering for young learners. When asked what he has enjoyed most about this process, Steven said, “I like being the “teacher” when I created the videos. The best part about being the teacher is that you can use a lot of resources to help student learn quicker and understand it better”.

Once the video has been created, it’s uploaded to YouTube, it will be assigned to students via EdPuzzle. EdPuzzle allows videos from YouTube to become a formative assessment that is fully interactive. The teacher, or Steven in this case, can designate stopping points throughout the video to check for understanding and measure engagement. These stopping points can be a quick multiple choice question or a short answer typed response.

Steven and his classmate, Haley, will be presenting this project at Expo 2018. Together they will share about the impact these instructional videos have had in the classroom. As the year progresses, it is Mrs. Bingham’s hope that the videos will become a station students can rotate through when they are needing support




Monday, January 29, 2018

Teaching Your Future Forgetful Self

From homework, to extra-curriculars, lunch, friendships/other relationships, as well as chores and other duties at home, so much "life" happens in between today's class period and tomorrow's. Units of study are typically scheduled to end on Fridays so that students can cultivate skills throughout the week and test on Friday with the weekend being a mental break and a new unit/topic starting the following Monday. As much as a week-long Thanksgiving Break is desired, it occurred in the middle of a 7th Grade Math Unit causing Medlin Middle School teachers, N. James and B. Salazar, to get creative in overcoming this potential forgetfulness.

Following a rigorous Scope-and-Sequence, students began studying TEKS 11A (model and solve one-variable, two-step equations and inequalities) and 11B (determine if the given value(s) make(s) one-variable, two-step equations and inequalities true) with only three days remaining before Break. In having this unit resume upon return, James and Salazar wanted to find a way for students to not only learn the foundational skills within the limited time, but also retain the information post-break to maximize instructional time focused on next-steps with minimal review.

What better way to remember content than become your own future self's tutor! To do so, students were tasked with creating a video tutorial utilizing Sketch IO and Screencastify that included the following requirements.


Multiple scaffolds were put in place to ensure students were reinforcing correct information. To start, these on-level students were allowed to be in groups no larger than 3 so peer-teaching could be utilized to support and clarify learning. Additionally, students were tasked with prewriting a script which encouraged planning and preparation instead of an on-the-fly performance; furthermore, this script had to include a few Key Terms in order to provide structure to the video whose remaining components were largely decided by student-choice.


Upon return from the week-long Thanksgiving Break, students had access to their own tutorial as well as a shared Google Folder containing their classmate's videos. This repository was valuable because students could hear and see explanations in student-friendly language from multiple viewpoints and problem sets. Creation of this video is at the highest level of Blooms Taxonomy in which students must synthesize information to create their own original work. Through creating a tutorial to teach yourself and others, students not only had to remember, understand, and apply these math concepts, but then use this to analyze the required steps and evaluate their order and purpose so that they could formulate this video. Applying higher level thinking commonly solidifies the learning to long-term memory so that instruction could resume right where they left off before Break with the tutorial videos available for memory jogging and review.

This activity meets ISTE's standard of being a 'Knowledge Constructor' in which "Students curate information from digital resources using a variety of tools and methods to create collections of artifacts that demonstrate meaningful connections or conclusions." (3c)

Monday, December 4, 2017

Dear Future 4th Graders...

Fourth grade students in Ms. Doroodchi’s math class at Beck Elementary were recently given the challenge of creating instructional videos for their peers and future fourth graders. With their recent studies on division and understanding remainders, the problem solving block transformed into a time of creating and explaining their thinking. To say they were excited about the task would be an understatement. 

Initially, students worked in groups and were tasked with writing and solving original word problems that would require the use of their division skills. The group captain was responsible for composing the word problem, while other group members solved the problem and analyzed the remainder.

In preparation for making the instructional video, students were introduced to Aww App. The digital whiteboard allowed students the opportunity to practice solving problems on their Chromebook. The first day students spent time simply exploring Aww App and the available tools. The initial problems solved were generated by the teacher and students used applicable tools to solve the problem and justify their thinking. Aww App provides students with the ability to add text, images, and their own annotations with drawing and shape tools. Students utilized different tools throughout their exploration depending on need.




Screencastify was used to create the final recording of their instructional video. Used in conjunction with Aww App, students were able to share their word problem and show the steps necessary for solving the problem all while explaining and justifying themselves verbally along the way. Sophia was especially excited about the project saying, “I love how easy it is to record and share. Instead of sharing your work in front of the class with your math journal, you have your work ready to be shown on the big screen”. 



This project provided students with the opportunity to demonstrate several ISTE Standards for Students. The empowered learner “leverages technology to take an active role in choosing, achieving and demonstrating competency in their learning goals”. Additionally, the creative and global communicator strands were addressed as students published content for an intended audience and collaborated within groups in their classroom.