Main Idea Think Pair Share
Many teachers--myself included--utilize a version of the Think Pair Share strategy to give students opportunities for social learning and to build a culture of classroom community that includes respectful academic discourse. I use the Main Idea Think Pair Share strategy to ensure that my students are able to identify and articulate the main ideas of texts we are reading, which is one of the most foundational literacy skills that all effective readers must develop. I find that it can be helpful to use scaffolds like sentence stems and a variety of starting approaches (e.g., "the student with the longest hair speaks first") to ensure that this strategy remains fresh and accessible to my students, many of whom are English Language Learners.
Within my blended learning classroom, students transition between computers and their desks or the carpet at least twice during every class period. To ensure that we don't lose valuable time during these transitions, I have implemented a structured process to support my students in moving from one station to another. When it's time for transition, I call out the name of a station, and the students in the appropriate group call out their group's name, indicating to me that they know where they are going. As students rotate onto the computers, they know that they should walk counter-clockwise, starting from the scratch paper area to their work areas.
This strategy is called Blended Learning Timekeeper. The BL Timekeeper circulates and focuses on looking for students who are moving with urgency and purpose. This strategy emphasizes focus and motivation. Since we implemented this strategy in our class, the students are logging on faster, as they want to be an 'urgency all-star'.
Students use their dry erase markers and white boards to jot down notes and work though problems while they work online. This simple strategy supports students in actually working through problems that they may otherwise try to solve in their heads. It also helps students stay engaged on computers for longer periods of time.