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This 5-year project focuses on designing modules to integrate scientific inquiry with content for 7th and 8th graders. Explore insights into student understanding, self-efficacy, and cognitive load. Investigate teacher practices and acceptances to enhance effectiveness. Address challenges of managing new datastreams for authentic assessment and gaining buy-in from teachers and schools.
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Situated assessment using virtual environments for science content and inquiry Diane Jass Ketelhut—Temple U Brian Nelson—Arizona State U Catherine Schifter—Temple U
SAVE Science • 5 year project • Motivation: • Text based high stakes test • Separation of inquiry and content • Design a series of modules • 7th and 8th grades • Assess local curriculum • Integrate scientific inquiry with content
Research Questions • Three areas • Insights into student • Understanding • Self-efficacy • Issues of cognitive load • Teacher practices/acceptances
Teacher Acceptance • Guided by • Schifter model of teacher uptake of technology • Time on task, technical and social support • Previous Experiences • One on one works best but unsustainable • Fully online sustainable but ineffective • Success with hybrid, teacher videos, personal experiences
Issues How do we manage this new datastream as an authentic data for assessment? How do we get teachers/schools to buy in to this?