Abstract:Wide‐scale adoption of the Next Generation Science Standards has raised new challenges for classroom teachers as they learn not only how to engage students in this new vision of science learning, but also how to assess students' engagement in that learning. This paper introduces a virtual special issue of Science Education focused on dilemmas of three‐dimensional science assessment raised by the current wave of reform. Drawing on the author's extensive secondary science classroom research experiences, the pape… Show more
“…Every PE also comes with evidence statements that give details on the observable student actions that would indicate a student has met the PE (NGSS Lead States, ). The importance of combining all three dimensions from the Framework has led to widespread discussion of three‐dimensional learning (Fick, ; Krajcik, ) and assessment (Furtak, ; Pellegrino, Wilson, Koenig, & Beatty, ).…”
Section: Ngss Structurementioning
confidence: 99%
“…From an assessment perspective, the push toward integrated assessments that draw on phenomena is also stimulating work on multicomponent tasks (Furtak, ; Pellegrino et al, , p. 44). These multicomponent tasks assess students' performance with respect to PEs by giving students complex problems and the opportunity to respond to a set of related items, of varied format, that touch on the various standards addressed by the PEs.…”
Alignment to the Next Generation Science Standards (NGSS) is essential in efforts to interpret the standards and to compare curriculum, pedagogy, and assessment efforts with respect to the standards. However, relatively little work has explored the alignment implications of NGSS. This article is a conceptual analysis that gives an overview of alignment definitions and methods, and then explores how alignment has been explicitly or implicitly described in extant work on interpretation of NGSS. The purpose is to highlight challenges that remain to be addressed for ensuring alignment for curriculum, assessment, and pedagogy under NGSS. Four challenges for alignment and interpretation research on NGSS are discussed: (1) What are the appropriate referents and comparands for judging alignment under NGSS? (2) How is alignment for integrated standards to be defined and judged? (3) What is the appropriate idea of focus in NGSS? (4) What role do learning progressions, and alignment with respect to them, play for interpreting NGSS?
“…Every PE also comes with evidence statements that give details on the observable student actions that would indicate a student has met the PE (NGSS Lead States, ). The importance of combining all three dimensions from the Framework has led to widespread discussion of three‐dimensional learning (Fick, ; Krajcik, ) and assessment (Furtak, ; Pellegrino, Wilson, Koenig, & Beatty, ).…”
Section: Ngss Structurementioning
confidence: 99%
“…From an assessment perspective, the push toward integrated assessments that draw on phenomena is also stimulating work on multicomponent tasks (Furtak, ; Pellegrino et al, , p. 44). These multicomponent tasks assess students' performance with respect to PEs by giving students complex problems and the opportunity to respond to a set of related items, of varied format, that touch on the various standards addressed by the PEs.…”
Alignment to the Next Generation Science Standards (NGSS) is essential in efforts to interpret the standards and to compare curriculum, pedagogy, and assessment efforts with respect to the standards. However, relatively little work has explored the alignment implications of NGSS. This article is a conceptual analysis that gives an overview of alignment definitions and methods, and then explores how alignment has been explicitly or implicitly described in extant work on interpretation of NGSS. The purpose is to highlight challenges that remain to be addressed for ensuring alignment for curriculum, assessment, and pedagogy under NGSS. Four challenges for alignment and interpretation research on NGSS are discussed: (1) What are the appropriate referents and comparands for judging alignment under NGSS? (2) How is alignment for integrated standards to be defined and judged? (3) What is the appropriate idea of focus in NGSS? (4) What role do learning progressions, and alignment with respect to them, play for interpreting NGSS?
“…Any curriculum material needs to fit the local context -indeed, we sought guidance from our local instructional community as codesigners (Severance et al, 2016). Thus, rather than suggesting strict fidelity of implementation (Furtak, 2017) in replicating the activity as described here, we close by offering suggestions for modifications that might potentially better support students in building connected understanding between chemistry and biology.…”
Core chemistry ideas can be useful tools for explaining biological phenomena, but students often have difficulty understanding these core ideas within general chemistry. Connecting these ideas to biologically relevant situations is even more difficult. These difficulties arise, in part, from a lack of explicit opportunities in relevant courses for students to practice connecting ideas across disciplines. We are developing activities that examine students’ abilities to connect core chemistry ideas with biological phenomena, the overall goal being to develop a set of assessments that ask students to connect their knowledge across introductory chemistry and biology courses. Here, we describe the development and testing of an activity that focuses on concepts about energy in bond breaking, bond forming, and ATP coupling. The activity was completed by 195 students in an introductory cell and molecular biology course at Michigan State University; students were either co-enrolled or previously enrolled in General Chemistry I. Follow-up interviews to assess the validity of the activity (among others) showed that students interpreted the questions as intended and that they valued the activity as an opportunity to connect ideas across courses.
“…For many of us, the substance of science assessments anticipated to accompany reforms associated with the Next Generation Science Standards carries substantial weight and worry. Here we are beneficiaries of http://onlinelibrary.wiley.com/doi/10.1002/sce.21283/abstract () well‐informed perspective, an outgrowth of her considerable thoughtful and practical engagement with assessments’ challenges. This effort constitutes a “virtual issue” of Science Education .…”
Section: Thinking Deeply and Broadly About “Assessment”mentioning
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