Introduction to Mastery Based Learning
In the traditional classroom, time is constant and understanding is variable from student to student. The Flipped Mastery model inverts the traditional relationship between time and understanding, letting understanding be the constant and time be variable. All of my students are held to the same high standards, but they master standards at a pace they feel comfortable with and are ready for. Initially, many of my students are confused about what a self-paced mastery-based class is all about, so my co-teacher and I find it helpful to introduce the concept to our students in a very strategic and explicit way at the beginning of each school year.
Many students fall behind the class pace as the school year progresses, so I build in time to the class schedule for students to catch up. Before or after a break or towards the end of a trimester I won't move the lesson pace forward, giving students the opportunity to get back on pace.
There are only 4 rules in my classroom. The four rules are 1) Be respectful - I will always talk to students respectfully so there is no reason for students to talk to either myself of their peers with disrepect. 2) Always sit in your assigned seat - seating assignments are always projected in the front of the room so there is no reason to be confused about where to sit. No negotiations. 3) No talking during independent time - this doesn't need much explanation. 4) Technology is used for learning. Their devices should only be used to watch instructional videos otherwise it's too easy to get sucked into the vast abyss of the internet.
Correctional Assignments provide another layer of practice for my students who fail a quiz before re-attempting to master the topic. The process is simple - my students complete the Correctional Assignment and then re-take the mastery quiz. My students can follow this process as many times as needed until they pass the quiz and achieve mastery. For this reason, I use IXL.com and Kuta Software for Correctional Assignments, which both generate infinite sets of practice problems.