Thank you to everyone who joined us as we discussed The Art of Engineering Practices and Creative Design in the K-12 Learning Space.
We discovered a lot of overlap between STEM, the arts, and design. In fact, engineers often use design to think outside the box, accomplish a task, or solve a problem.
Continue to think about ways STEM and the arts are complimentary and seek opportunities to collaborate with colleagues who can bring a different perspective to the conversation.
Don’t forget to check out our Storify below, because it’s jam packed with resources and ideas you can use in your classroom right now. If you have questions, reach out. And remember to follow the Tchers you connected with in the chat, so we can continue the conversation and get better together!
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Editors Note: This post was originally published on Catherine’s blog on Medium.
DO NOW: What is Whiteness?
After taking out their supplies and getting ready to engage, my students reacted to the question I’d written on the board as their “DO NOW.”
Some students giggled. Others made faces – perplexed, overwhelmed, entertained. A few began to chat with classmates. Some looked at me hoping for guidance. My co-teacher, having just entered the room, said, “That’s a great question!”
After giving my students time to react, I told them I knew it was a difficult question, but I wanted them to think about it. I told them there were no right answers, but they should draw upon their lived and learned experiences — and that I expected them to try to respond.
Tch Video Lounge 2.0 is open for business.
Last year, we opened the doors to Tch Video Lounge, a place where the Teaching Channel community can watch and discuss videos with each other. This past fall, due to the closing down of the player we were using, we unfortunately had to temporarily close the doors to the lounge. Now there’s great news! Thanks to our friends at PlayPosit, the lounge doors are swinging back open.
A teacher can learn a lot by taking a close read of the classroom.
However, the pace of a typical school day doesn’t allow for much time to step back and take it all in. That’s why video is a great tool to help teachers understand what’s really happening in the classroom as students engage in learning activities.
In the videos I collected of students, I began to notice there was a pattern to their conversations. Based upon the task at hand, my role was to be a facilitator. As teachers embark into NGSS territory, it will become more obvious that students are highly engaged in their tasks. They’re excited and need help making sense of their thinking.
When you hear the word argument, you might think of a heated dispute or a clashing of opposing sides. In the mathematics classroom, however, the practice of argumentation involves making claims, supporting them with evidence, evaluating the reasoning of others, and making sense of mathematical ideas. This mathematical practice is identified by the Common Core Standards as central to the work of K-12 mathematics. It’s the practice through which a mathematical community determines what will be accepted as true.
While students in the upper grades may engage in more formal argumentation and deductive proof, young children can and do engage in supporting their reasoning with evidence, making sense of the arguments of their peers, and making conjectures about mathematical relationships. For example, students might argue that 5+3 is the same thing as 3+5 by modeling both expressions using unifix cubes.
Or students might move toward making more general statements about how and under what conditions a mathematical relationship is true. For young students, this might sound like, “It doesn’t matter what order you add the numbers in, you will always get the same amount.” This is related to, and perhaps builds on the claim above, but implies this relationship will be true for any number.
Our new series, Women Leaders in Education, shares powerful narratives from female trailblazers in education. Our first interview is with Linda Darling-Hammond. An educational leader focused on bridging education and policy, Linda Darling-Hammond is an advocate, author, reformer, professor, and policymaker. She has been instrumental in shaping many areas within the education ecosystem, including teaching standards, assessments, educational systems, and education policy. Teachers across the nation continue to be inspired and encouraged by her powerful and thoughtful messages.
Constructing Explanations and Engaging in Argument from Evidence are two Next Generation Science Standards (NGSS) practices I have heavily emphasized in my classroom over the past few years. My immersion in NGSS professional development that focuses on these practices has allowed me to develop new ways to engage my students and assess their abilities.
I teach seventh grade in a selective enrollment school in Chicago. When I first started teaching, I used a traditional lab report rubric (Figure 1) to help scaffold the conclusion writing of my students. The rubric focused on the skills we had started at the beginning of the year, collecting and analyzing quantitative and qualitative data, explaining data, and reflecting on the work done in the lab.
In the beginning, some students had difficulty explaining their data; they could only state some numbers or a qualitative change they had seen. As I reflected on their data, I realized they were providing me with a lab analysis that was still very surface level. The assessment structure I used also restricted the explanations they were making to lab reports, which happened only a few times per semester.
Henry Wadsworth Longfellow, the famous American poet, once said, “The human voice is the organ of the soul.” As a teacher, this quote speaks to me and reminds me that one of my greatest responsibilities as an educator is to encourage all of my students to find their voices and learn how to use them. I also know, after having been in classrooms for over ten years, that this isn’t always an easy task.
While some students are eager to raise their hands and participate, others are happy to sit quietly and never say a word. This can be especially true of English learners, who are still learning a new language and may tremble in fear with the thought of making a mistake or embarrassing themselves in front of their classmates.
So what can we do as educators to ensure that all voices in our classrooms are heard?
I couldn’t be more excited about the launch of this Teaching Channel project — it’s so near and dear to my heart. Over the past five years, much of my work in the classroom and with teachers has centered around math routines that generate student discourse and help us learn more about our students’ understandings. All of this work has been inspired by books I’ve read, conversations with colleagues in person and on Twitter, and the amazing student mathematical discussions I’ve heard, sparked by these routines. With this project, I have the opportunity to share all of the hard work of my colleagues, showcase the safe culture they have established in their classrooms, and highlight all of the wonderful mathematical ideas of their students.
Editors Note: This post is part of a series being developed collaboratively between Minecraft EDU and Teaching Channel.
A few years ago, I taught a class called “Storytelling” and it was my students in that class who taught me a great deal about game-based learning. I’d see them engaged in their video games or magic cards, and as a self-proclaimed non-gamer, I had much to learn from them.
A great game combines the art of storytelling, fine arts, music, video production, and appropriate player engagement to create an immersive, memorable experience. Gamers are very much like readers: they like to explore, uncover, discover, and fully immerse themselves in the experience they’re willingly entering. As a book nerd and teacher of readers and writers, it took me a long time to realize my students were reading and writing in games in the same ways I wanted them to do with books. It took me a while to learn from them that games were another form of literacy they were unlocking for themselves.