Rotational Model with Two Groups
We began to pilot blended learning three years ago starting with K-2. So our 3rd grade students have had three years of blended learning and we have a solidified understanding of what works. At Aspire Titan Academy, we use a rotational model in both math and ELA, which provides students 90 to 120 minutes of individual computer time daily. In both math and ELA, students are divided into two group, each spending half their time in teacher-led instruction and the remainder of working on the computers. While they’re on the computers, students use either DreamBox Learning (math), i-Ready or myON (reading), or an enrichment program, such as a typing software program.
Number of Students: 26 students
Number of Adults: one teacher; various other adults support during specific times (e.g., Blended Learning Coordinator, Special Education Teachers, etc.)
Length of Class Period/Learning Time: 120 minutes (Reading and Writing Block)
Digital Content/Ed Tech Tools Used on a Regular Basis: MyOn; i-Ready
Hardware Used on a Regular Basis: Lenovo ThinkPads (1:2 ratio); SMARTboard; Document Camera; iPad (for teacher)
Key Features: station rotation; student agency
As a blended school, sometimes there is an overwhelming amount of data. Knowing how to use it and when is critical in making sure that the data is both purposeful and useful. Included is both offline (DRA, RAZ, and Interim Benchmark assessments) and online (iReady) assessments to inform instruction and make groups (guided reading, computer groups, and skills-based groups).
When a student is working on the computers, they may ask a peer for help if they haven't successfully figured out how to solve a problem. I emphasize trying something first on your paper to explain what you have tried to your buddy, and ask for ideas they may have. Given the adaptive nature of our BL software, many students are encountering difficult content. I want my students to teach each other how to overcome challenges and persevere. This helps to create a sense of unity along with our motivational BL wall.
KWS stands for what we Know, Want to know, and how might we Solve a word problem. The KWS Chart is a catalyst that gets my students to organize and analyze complex word problems. My students are more successful with word problems when they have a toolkit for simplifying the complex information often found within word problems. This tool is an essential scaffold for English Language Learners in my class. The strategy is also great to uncover with my students the fact that there are multiple ways of solving a problem, no matter how complex it may be, and often times there may be multiple routes to a solution.