Madison School District Science Program Review

Lisa Wachtel & Tim Peterson [153 page PDF]:

Data Analysis and Synthesis

The analysis of the data highlighted 5 key elements: time for science, an unacceptable failure rate, teacher preparation, science in high schools, and the process for implementing the Next Generation Science Standards.

• Time for science: in trying to balance the need to close the achievement gap with regards to Literacy and Mathematics, the committee believes that science provides a context for the use of these two content areas.
• Unacceptable failure rate: too many students are failing at key transition points in their academic careers.
• Teacher professional development: where professional development has occurred, student achievement has improved. There is a lack of professional development for teachers at elementary and high school.
• Science in secondary schools: consistent 9th grade courses, improved communication with guidance, and opportunities for middle school and high school teachers to plan need to be implemented in order to respond to the new standards, focus on student achievement, and connect students to science career pathways.
• Process for implementing the Next Generation Science Standards: the new standards will require significant work in order provide the educational program envisioned by the standards.

Recommendations

The recommendations were categorized similar to the Literacy Program Evaluation from 2010-11. There are seven broad recommendations, each with several specific action steps to support the recommendation. The recommendations are below, as well as 1-2 significant action steps.
1. Consistent, culturally relevant and aligned K-12 curriculum
a. Scope and Sequence development along with core practices
b. 9th grade course development

2. Align program with the 8 Scientific and Engineering Practices of the Next Generation Science Standards; increase the use of data within the district program
a. Increase science credit graduation requirement to 3 credits
b. Ensure minutes of instruction in science are met

3. Implement science interventions and assessments that support the Response to Intervention and
Instruction process within the district
a. Implement science specific programming options available to all students
b. Implement interventions and progress monitoring to support science instruction for all
students

4. Review and purchase science program materials to achieve consistency and equity district-wide
a. Identify material that supports implementation of the Next Generation Science Standards
b. Phased implementation with strong professional development

5. Implement science assessments which provide data to drive program improvement
a. Implement a comprehensive science assessment system to include common summative assessments
b. Implement a process to ensure that data helps inform classroom instruction and overall program improvement

6. Work collaboratively to provide a culturally diverse science teaching staff across the district a. With HR, work to increase hiring highly effective, culturally aware science teachers b. Work to develop building level science expertise through teacher leadership

7. Establish a comprehensive and flexible science professional development plan
a. Develop and provide strong on-line professional development for every grade level
b. Improve classroom safety through a district-wide safety professional development program

Posted by Jim Zellmer at June 23, 2012 1:39 AM
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