Jeff's Model Overview
I would describe my classroom model as a tweak on a flex model of instruction. I start each class period by giving students a problem I want them to solve, such as “How would you use the gas laws to explain how popcorn pops?” Students then have the opportunity to create their own learning paths by accessing a variety of curated online and offline resources and activities. I determine if a student has achieved mastery on a given concept by evaluating the online and offline work products they have produced during class and by administering more traditional assessments. However, if a student fails an assessment, he or she can always go back and re-take it. My classroom is 1:1 with a mix of MacBooks and iPads, which have become the vehicle for my students to move at their own pace through difficult chemistry content.
Number of Students: ~ 36 students/period
Number of Adults: one teacher
Length of Class Period/Learning Time: 120 minutes (M, T, Th, F); 45 minutes (W)
Digital Content/Ed Tech Tools Used on a Regular Basis: CK-12 BrainGenie; Google Apps for Education; eduCanon; Formative; YouTube; Screencast-O-Matic; Wikispaces; Weebly; Versal; Common Curriculum
Hardware Used on a Regular Basis: MacBook computers (1:1); 2nd Generation iPads; SMARTboard; Surface Pro 3 (for teacher)
Key Features: competency-based; content in multiple formats; problem-based; gamification; student agency
The flipped mastery model gives students loads of time to work independently, so every few weeks we like to bring the class together to play a game. Pop The Bubble, which my coteacher Mr. Elizondo came up with, is hands down the students' favorite. Each team of students gets 5 bubbles, and when they get a question right, they can pop another teams' bubble. The last team with bubbles remaining wins the game. It's a great twist on the traditional Kahoots quiz game.
Chemistry is a combination of the comprehension of scientific content and the application of mathematics to those concepts. My students have to be prepared to think deeply about difficult concepts the minute they step into my room. Starting the class with a relevant "Catalyst" helps them initiate their own thinking processes in preparation for a productive day in the same way that biological enzymes catalyze chemical reactions. During The Catalyst, I model my thinking process for how to approach a mathematical problem by having my students identify the key steps in the calculation and establish a foundation that students who struggle with math can fall back on when they're confused.
I have weekly check-in's with students about how they are progressing through the lessons. This ensure face-to-face time with each student and allows me to hold them accountable to the goals they are setting. I ask a standard set of questions "What lesson are you on today?", "What lesson do you plan on being on in a week" ,"Is there anything you need to help you reach your goal?" I record all their answers and keep a running log so I can refer back to these notes each time I conference with a student.