Title: Thinking About Conversions
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2Design Matters Getting the Numbers Downand
the Time Up
- Small Schools Project
- University of Washington
- smallschoolsproject.org
3- School design plays a critical role in
determining how well students learn and how well
teachers are able to do their work. - But design decisions about the use of time
- are rarely seen in that light.
- While they are often viewed as being as certain
as the sun rising every day in the eastern sky,
key scheduling decisions are almost always
constrained by convention and history.
Different choices can yield dramatically
different teaching and learning opportunities.
4- This presentation considers the impact of
scheduling decisions that affect - the student load that a teacher has that is,
the number of students a teacher is responsible
for at any one time and over a period of years
and the corresponding impact on the amount of
contact time teachers have with the same students.
5Student Load
450 students
150 students in a semester
25 students
300 students
150 students in 1 year
6Student Load
1800
1200
600
7Student Load
1800
1200
Some small schools have a teacher load of 50
students a year
600
300
Yr-long, Integrated
8Student Load
1800
1200
600
300
150
Looping/ Multi-age
Yr-long, Integrated
9Student Load
Looping or Multi-age (2 yrs)
Yr-long, Integrated
Trimester Semester Yr-long
150 100
10Student Load
Looping or Multi-age (2 yrs)
Yr-long, Integrated
Trimester Semester Yr-long
150 100
The most effective small schools use one or both
of these design elements to reduce student load
for teachers.
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12Minutes per student
150 hrs 1 credit (in WA) 150 hrs 9000 minutes
20 minutes per student
13Minutes per student
4x
8x
12x
14Minutes per student
15Minutes per student
2x
8x
16x
24x
16Student Load
Contact Time
17Student Load and Contact Time Relationship
18- Getting student numbers down
- and contact time
- with fewer students up
- is a result of intentional design decisions
- driven by a schools values and priorities.
19Edward Tufte The Visual Representation of
Quantitative Information (1983) Envisioning
Information (1990) Visual Explanations (1997)
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