The 2016 Gallup Poll of Students asked nearly a million tweens and teens in grades 5-12 about engagement in learning. The results were not encouraging, writes author Patti Drapeau. Teachers need to move beyond the “what” of engagement to focus on the “why.”
Rather than approach math using only a curriculum that follows textbook lessons, we can boost learning by teaching math as a science. Middle grades educator and NBCT Kathleen Palmieri is learning how to incorporate data studies to help students relate math to the real world.
To better understand what readers are thinking, Gravity Goldberg and Renée Houser urge teachers to reflect on current conferring questions, collaborate with colleagues on deeper questions that align with goals, and allow their teacher curiosity to help guide the conference.
When it comes to learning new words, a few minutes goes a long way, says author-consultant Pam Koutrakos. Teachers can jump-start word study at any point in the year. Use her “cycle” strategy to fit vocab into the daily lesson flow and build students’ curiosity about words.
Having taught internationally since 2003, Megan Kelly loves to share her experience and enthusiasm with her students in hope they’ll become more globally minded and curious people. Here she shares strategies she uses in her classroom to open the world up to middle graders.
To level, or not to level? Like many educational dilemmas there is no simple right or wrong answer. Literacy coach and author Regie Routman explores the limited role book leveling might play in supporting students to become engaged, deeply comprehending, joyful readers.
Kids develop STEM habits in the classroom, but they spend most of their time outside of school. That’s where parents and other adults can help to inspire, support, and continue their children’s STEM learning. Anne Jolly’s tip-filled letter to caregivers can help.
Successful co-teaching is quite simple, says coach Elizabeth Stein. “All you need to do is keep them engaged.” Engagement begins by caring about what students think and feel as you design and deliver instruction – accepting ownership of your personal role in their success.
Imagine an open-ended math task that gets students asking questions as well as answering them. Jerry Burkhart shows how a problem like this can help teachers differentiate instruction for advanced students while stimulating curiosity and perseverance for all learners.
Problem-based Science encourages students to develop a love of scientific thinking, math, and the creative use of technology as they learn through invention, design thinking, fixing and tinkering. Teacher-author Christa Flores demonstrates her hands-on PbS model.