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events and explain how specific individuals, ideas, or events interact and develop over the course of the text.

      › Determine the meaning of words and phrases as they are used in the text, including figurative, connotative, and technical meanings; analyze the impact of specific word choices on meaning and tone of a text or texts, including words with multiple meanings or language that is particularly effective for a desired purpose.

      › Analyze how an author chose to structure a text and how that structure contributes to the text’s meaning and its aesthetic and rhetorical impact.

      › Determine an author’s point of view, purpose, or rhetorical strategies in a text, analyzing how style and content contribute to the power, persuasiveness, or beauty of the text.

      › Evaluate information from multiple sources presented in diverse media and formats (e.g., print, digital, visual, quantitative) to address a question or solve a problem.

      › Delineate and evaluate the argument and specific claims in a text, assessing whether the reasoning is valid and the evidence is relevant and sufficient; identify false statements and fallacious reasoning.

      › Integrate information from diverse sources into a coherent understanding of an idea or event, evaluating discrepancies among sources. (p. 10)

      In the Rochester (New Hampshire) School Department (n.d.), the grade 3 mathematics curriculum is organized into the following learning objectives:

      › Operations and Algebraic Thinking: Students will demonstrate the ability to compute accurately, make reasonable estimates, understand meanings of operations and use algebraic notation to represent and analyze patterns and relationships.

      › Number and Numeration in Base Ten/Fractions: Students will demonstrate the ability to understand the meanings, uses, and representations of numbers as well as equivalent names for numbers.

      › Measurement: Students will demonstrate the ability to understand the systems and processes of measurement, using appropriate techniques, tools, units, and formulas in making measurements.

      › Data: Students will demonstrate the ability to represent and analyze data.

      › Geometry: Students will demonstrate the ability to investigate characteristics and properties of two and three dimensional geometric shapes and apply transformations and symmetry in geometric situations.

      › Fact Fluency: Students will demonstrate the ability to quickly and accurately verbalize and compute fact fluency, (p. 1)

      There is nothing inherently unique about the learning objectives in the Henry County and Rochester schools. Many will recognize them as being based on English language arts and mathematics CCSS (National Governors Association Center for Best Practices [NGA] & Council of Chief State School Officers [CCSSO], 2010a, 2010b). What sets both of these school systems apart is not that they have developed these learning objectives, but rather that the objectives have been integrated into courses and are used to promote both student engagement and motivation at a level that most schools have not yet reached.

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       What sets both of these school systems apart is not that they have developed these learning objectives, but rather that the objectives have been integrated into courses and are used to promote both student engagement and motivation at a level that most schools have not yet reached.

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      Henry County and Rochester teachers, for example, do not organize the assessment systems for their courses around grading categories such as tests, quizzes, homework, classwork, and participation. The learning objectives themselves are the grading categories. It follows, then, that when a teacher gives a formative or summative assessment, he or she is able to link the assessment directly to the learning objective. Students follow their progression through the various learning objectives for each of their courses. At the high school level, when students reach the end of the course, they earn credit only if they have mastered each of the learning outcomes. If they have not, a plan is put in place to help them recover those outcomes. At Rochester’s Spaulding High School, competency recovery can take a variety of forms depending on what the student needs. Plans could include the completion of online courses or modules within courses that address specific competencies, the completion of a specific teacher-assigned performance task for a specific competency, or other similar demonstrations of learning. Once the student has demonstrated mastery of the course outcomes, he or she is awarded credit for the overall course.

      The Henry County and Rochester models place student learning and mastery of learning objectives as the ultimate goal for all students. Both schools increase student engagement and motivation because at all times in the learning process, students know exactly what it is they need to know and be able to do to be successful. They take away the guessing games that many students play in traditional school models. In these traditional models, grades are simply a game of earning points. If a passing grade is a numerical score of 70, students simply have to complete enough work to earn the points necessary to reach the passing threshold. Oftentimes when students struggle in a traditional model, the feedback they receive is connected more to their behavior toward learning than to the actual learning itself. Teachers tell students to try harder, stay after school for help, raise their hands more during class, and do more homework. In contrast, if a student is struggling at a Henry County or Rochester school, he or she can tell the teacher exactly what skills or learning outcomes he or she needs help with, and teachers see when students are struggling with certain skills or learning outcomes, rather than finding out when a student doesn’t do well on a summative assessment. The teacher works with the student to develop academic plans to improve his or her learning in those areas.

       Assessment Is Meaningful and a Positive Learning Experience for Students

      Not all assessments are created equally. If you talk to any student at any grade level in a traditional school, he or she is likely to tell you that his or her teacher approaches assessment in a way that is very different from other teachers. To effectively implement a competency-based learning model, you have to change this mindset and standardize the assessment process. The Center for Collaborative Education (CCE; http://cce.org) in Boston laid much of the foundation for this in its Quality Performance Assessment (QPA) framework (see figure 1.1). CCE (2012) defines a performance assessment as “multistep assignments with clear criteria, expectations, and processes that measure how well a student transfers knowledge and applies complex skills to create or refine an original product” (p. vi). Performance assessments can be formative or summative.

      Source: CCE, 2012. Used with permission.

       Figure 1.1: Center for Collaborative Education QPA framework.

      The QPA framework places student learning at the center of the cycle. Teachers focus on standards-aligned quality instruction and assessment practices, providing students with multiple opportunities to demonstrate mastery. Working collaboratively, teachers use quality task design strategies to develop an appropriate set of prompts and a common understanding of content and cognitive complexity for each grade level. Finally, using quality data analysis, teacher teams examine both teacher and student assessment data to ensure that assessments are reliable, valid, free of bias, and provide sufficient evidence of learning.

      CCE Executive Director Dan French (CCE, 2012) writes, “Embedding high-quality performance assessments throughout the core academic curriculum will result in an increased use of curriculum aligned to the CCSS, robust assessment data, and enhanced student learning” (p. iv). The QPA framework focuses teachers on developing formative and summative performance assessments and using those assessment results to inform instruction and greater revisions of curriculum, which ultimately

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