Effective Improvement Infrastructure
Competent Teachers Research Based Curriculum Assessment Instructional Materials Support Engaged School & Community

Aligned Assessment for Student Learning
CONTENT
Aligned Assessment for Student Learning

  • Assesses student learning in ways that are meaningful and consistent with the nature and purpose of instruction.
  • Improves teachers’ ability to identify student progress and maximize future performance.

CONTEXT
Environment for Aligned Assessment for Student Learning

  • A plan exists to support a coherent, continuous system for alignment of assessment practices with instruction.
  • School and district grading policies support aligned assessment in mathematics and science.
  • Teachers have the background knowledge and skills needed to effectively implement aligned assessment strategies.

PROCESS
Aligned Assessment Strategies Considerations

  • Strategies are in place to identify and clarify valued student learning outcomes.
  • Teachers examine their current classroom assessment strategies to see if they measure valued student learning outcomes.
  • Professional development opportunities are available to assist teachers in assessment alignment as well as the effective use of formal and informal assessment tools.
  • Teachers examine current research to inform their assessment practices.
  • Teachers assess student learning formatively and summatively.
  • Teachers use assessment data to drive improvements in instructional practice.
  • Teachers benchmark their assessments against state and national standards.

Program Assessment

CONTENT

Program Assessment:

  • Data inform decisions about instructional improvement.
  • Data are collected in ways that ensure relevance, accuracy and timeliness.
  • Data are analyzed for meaning in guiding instructional improvement.
  • Data are reported to internal and external stakeholders.

CONTEXT

Environment for Program Assessment:

  • A school-wide culture of data driven decision-making guides efforts to improve the science/mathematics program.
  • A plan exists for collecting, analyzing and reporting data about the science/mathematics program.
  • Data collection is not limited to student learning and includes an assessment of program resources, needs, and impacts.

PROCESS

Program Assessment Considerations

  • Research and best practice inform the identification of indicators of program success.
  • Data collection practices measure the identified indicators of program success.
  • A variety of effective formal and informal data collection tools are developed and/or identified to measure indicators of program success.
  • Program assessment tools allow for collection of data for all key school infrastructure components as identified by the MSU Theory of Action for Instructional Improvement.
  • Program assessment allows for benchmarking against state and national standards.
  • Administrators and teachers are engaged in program assessment.
  • Administrators and teachers apply data in making instructional decisions.
  • Professional development opportunities in program assessment strategies are available.
  • Key leaders keep abreast of the research on program assessment.
  • Indicators of program success are shared with a broad audience of stakeholders.
 
 
             

© 2005, Mathematics and Science Unit, SC Department of Education