In mathematics, it is interesting to note that the between-classroom transition time is highest for models C and D, and the within-classroom transition time is lowest for models A and B. In science, the greatest amount of instructional time is accomplished with models A, D, and E, and the means of all models exceed the mean for self-contained classrooms.
These data were consolidated into two measures for specialists and self-contained teachers: total minutes of between-classroom transition time per day and total minutes of within-class transition time per day (Table 5).
In models A and F, students may have more between-classroom transitions to accommodate for seeing an additional teacher.
It is possible that the different models provide different opportunities to increase instructional time in mathematics and science or reduce the number of between-classroom transitions.
The self-contained model requires no additional between-classroom transitions, other than the ones typically required for lunch, recess, and specials.
In other words, already overwhelmed with busy schedules, they wanted time savers — both tools to help students learn in the classroom and tools to help them transition those classrooms to new curriculum standards.
I switched mid-year into her classroom, and the transition was challenging.
Just two years ago, he was a middle-school teacher with twenty-plus years in the classroom, looking to transition into something with a bit more freedom.
One potential constraint of ECS models is the loss of instructional time due to transitions between classrooms.
It's critical that all schools, but specifically pop-up bootcamps, evolve their programs to support the transition from classroom to working world.
