In September 2018, Seattle Public Schools initiated an adoption process for instructional materials to support science in grades 9 through 12. To help inform the work of the Adoption Committee, SPS families and
teachers are invited to complete this Needs Assessment Survey to share what is important in science instruction. This survey will be vital to ensuring that all stakeholders have a voice in the adoption process.

The Committee thanks you for your time and consideration.

Estimated completion time: 10-15 minutes

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* 1. Do you have children that attend Seattle Public Schools? If so, please provide information below.

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* 2. What is the name of your neighborhood high school?

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* 3. How frequently should students receive science instruction?

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* 4. How familiar are you with the Washington State Science Learning Standards (WSSLS), adopted from the Next Generation Science Standards?

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* 5. How important is each of the following to the goal of science learning in Seattle Public Schools?

  Essential Very Important Somewhat Important Not Important
Students are being prepared to take future college science classes.
Students are being prepared for a career in science and engineering fields.
Students are exposed to potential future careers in STEM fields.
Students are being challenged academically to support their intellectual growth.
All students have access to the same science instructional materials, no matter which school in the district they attend.

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* 6. How important is each of the following to the goal of providing equitable access to science for all students?

  Essential Very Important Somewhat Important Not Important
Instructional materials and resources that connect science learning to students’ family, neighborhood, community, and/or culture, with a social justice lens as appropriate.
Embedded time for students to make sense of their learning in their daily routine.
Multiple methods for students to show what they know or can do in science.
Instructional materials that discuss trends and research in science and inform students about career pathways in science and engineering.
Instructional materials that are free of bias, stereotypes, and historical marginalization.
Instructional materials that include important contributions to society in science and engineering by different demographic groups.
Opportunities for students to share their revised thinking as their learning progresses throughout a unit.
Instructional resources for teachers to support the learning needs of all students (ELL, Highly Capable, struggling readers, etc.).

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* 7. How important is each of the following to the goal of providing instructional activities in science?

  Essential Very Important Somewhat Important Not Important
Students explain real-world science events and solve authentic engineering design problems.
Students make sense of complex science ideas by discussing their ideas with their peers.
Students engage in reading and writing to gather evidence or to support their claim with evidence.
Students have opportunities to use mathematical thinking skills.
Students engage in hands-on investigations to collect data to construct scientific explanations.
Students explain their thinking throughout a unit using drawings with explanations.

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* 8. How important is each of the following to the goal of providing science materials in the classroom?

  Essential Very Important Somewhat Important Not Important
Instructional units that are framed in authentic and current science questions.
Science concepts are presented in multiple ways (e.g., video clips, readings, computer simulations, labs, etc.).
Instructional materials provide access to online resources from home.
There are options for science homework provided.

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* 9. Access to technology in science learning is called for by the new State Science Standards. How important is each of the following to the goal of providing student use of technology in science learning?

  Essential Very Important Somewhat Important Not Important
Computer simulations for students to investigate science concepts that cannot be directly observed.
Relevant science video clips that depict real-world science events.
Digital tools for students to record, display, and analyze science data.
Digital tools for students to solve engineering design problems.
Students can submit work online and receive teacher feedback.

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* 10. Optional: Gender status:

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* 11. Optional: Please check as many categories that may apply to you:

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* 12. What else would you like us to know?

Thank you for completing this survey! Your thoughtful responses will help to ensure Seattle Public Schools selects equitable science materials for all our students.

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