Blended Learning Model Overviews

Rotational Model with Two Groups

Observe a 3rd grade urban classroom three years into blended learning transition

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

Mark Montero
Aspire Titan Academy
Los Angeles, CA


 

About this strategy

Prep Time:
Long
Subject:
English / Language Arts
Grade:
Third grade
Similar Strategies
Feedback Systems
Blended Learning Peer Data Reflection
Observe a 3rd grade urban classroom three years into blended learning transition

This strategy is implemented prior to our BL chat, as an on demand writing/quick write. Students are given a prompt on reflecting on their recent blended sessions, for example, A success I am having is_____, and a concern I am having is_____, prior to viewing our data. Once students are ready to share they pair up randomly in groups of 2-3 and debrief their concerns and solutions, or answer the prompt that day. I note what their concerns are, then we strategize how we can address them as a class, who are the students we can reach out to for help. Then we close by sharing/celebrating their successes. We review our class data for each of our (3 main) programs, and the highest performing students, as well as the students who have improved from the last round are rewarded with a blended learning all star certificate and all star selfie picture to take home. The all star performers may select a small educational prize, like a book, bookmark, or poster.This strategy is implemented to have students problem solve around concerns and solutions they are noticing during blended learning or within particular program lessons. These chats are very informal and solution oriented. Students go through a series of questions which aim to instill personal reflection: how have I been doing on I-Ready, My-On, and Dreambox? Why? What am I doing well? What can I do to improve? 
The big idea is to connect our data reflections to the next, in order to identify if we have reached our goal as a team.

 
Assessment & Data
Fluid Mastery Rubric
Observe a 3rd grade urban classroom three years into blended learning transition

Students self-monitor their understanding by using the Fluid Mastery Rubric.  They monitor their level of understanding of the lesson on a scale of 1 to 4 (1 being least mastered to 4 being most).  Because my students are given the opportunity to reflect and self-monitor their level of understanding of the lesson, I get real-time data on which students need targeted interventions and supports. 

 
Routines and Procedures
Transition Time
Observe a 3rd grade urban classroom three years into blended learning transition

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. 

 
 
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