Anyone who has spent time learning about the Next Generation Science Standards (NGSS) is familiar with the three-dimensional aspect of the Standards — an integration of disciplinary core ideas, cross-cutting concepts, and science and engineering practices. While most would reason science education has always involved themes and practices in addition to the content, the integral shift the NGSS offer is that each of these is given equal status.
The Next Generation Science Standards changed how science is assessed. Students must show proficiency in all three dimensions, not just content mastery.
In October, Tch Next Gen Squadster Meg Richard was recognized with SmartBrief Education’s monthly Editor’s Choice Content Award for her creative post on how to engage students and STEAM through Halloween with 13 fun and creative lesson ideas.
I recently spent some time working with third graders on motion stations.
As I watched them work, I was thinking about the transfer of energy and the unlimited possibilities for helping students understand this concept.
I started seeing energy everywhere I looked: watching a toy car move down a ramp, a pendulum swinging, and even balls bouncing. My brain was focused on moving energy and imagining the possibilities.
I was thinking about energy transfer even as I was helping students to grapple with questions of weight or height and mass, such as, “How does the height of the ramp affect the distance an object will travel?” or “How does the weight of the object affect the distance an object will travel?” The fact that I continued to return to this idea made me realize the importance of engaging our students with this phenomena… but how?
How might we engage students with the transfer of energy in the classroom in a fun and fascinating way right now?
TchLaureate Geneviève Debose Akinnagbe teaches ELA at Bronx Studio School for Writers and Artists (BSSWA) in New York City, a secondary school where teachers refer to their students as “Scholar-Activists.” She’s developed a unit on Scholar Activism for her middle school students so they have a better idea of what that title means and the honor it carries.
In last week’s vlog, we learned about the term “scholar-activist,” and why it’s important to teach our students about scholar activism in the classroom.
Now that we have the why of scholar activism all worked out, let’s get to the how!
How do we co-create a scholar-activist experience with our students and our colleagues?
As teachers, we know we have to plan. Listen to Geneviève describe what it takes to create and plan a scholar-activist experience:
At the beginning of the school year, we spend a lot of time and energy building class culture. And with good reason: once we get into the school year, having a positive classroom environment goes a long way.
But as you settle in with your new class or classes over the first few weeks, you begin to move away from community-building activities and spend the majority of your time teaching content. When that happens, it’s time to turn your attention to planning. Follow these five tips and get inspired to create engaging lesson plans.
“The only thing necessary for the triumph of evil is for good men to do nothing.”
This Won’t Be Easy
Important conversations never are. But our students — and colleagues — learn as much from what we do (or don’t do) as what we say (or don’t say). The events that transpired in Charlottesville, Virginia are likely weighing heavy on your students’ hearts and minds, just as they are on yours. You haven’t had the opportunity to learn their names, set up a structure, or lay the foundation for learning this year, but you can still create a space for your students to begin to unpack race, face history, and grapple with the lasting legacies of the past.
Bonnie Tyler’s infamous tune has been resonating for months and the national solar eclipse on August 21st has been overshadowing conversations about the first week of school for many this year.
Even though The Great American Solar Eclipse is helping science educators start the school year off with the NGSS phenomena of a lifetime, there’s no need to throw shade at your science coworkers. The solar eclipse has the potential to be a bright spot all across the curriculum, and one that students won’t soon forget.
“High school students hate history. When they list their favorite subjects, history always comes in last. They consider it “the most irrelevant” of 21 school subjects, not applicable to life today. “Borr-r-ring” is the adjective they apply to it. When they can, they avoid it, even though most students get higher grades in history than in math, science, or English. Even when they are forced to take history, they repress it, so every year or two another study decries what our 17-year-olds don’t know… “
The study of society and our collective past is important. It helps us understand ourselves, how we got to the present, and the world around us. It’s interesting that, as a society, we show a great interest in our culture and history. Whether it be historical novels and nonfiction, games, television programs, feature films, museum exhibits, or Broadway shows, American audiences — young and old — are fascinated with the “story of us.”
Yet our students sleep through the classes that present it.
Most of us realize the importance of a warm-up to get our bodies and minds ready, whether we’re talking about exercising, singing, or learning. But what about the cool down? How you close a lesson is just as important as how you open it. Yet all too often, we run out of time. Or, we look at the clock, see our students are still working hard, and think to ourselves, why interrupt their flow? But there are proven benefits to taking even just one minute to wrap up a lesson.
In those last moments, you and your students have a chance to check for understanding, reflect on what you’ve learned, tie up loose ends, or make sure everyone is ready for the next part of the day. You could even just take a moment to breathe! If you’re looking for new ideas on how to wrap up your next lesson, here are five things you can try.