Critical Thinking in Science: Learning Causal Patterns
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Critical Thinking in Science: Learning Causal Patterns
Causal Cognition in a Complex World and funded by the National Science ... science. In 2011, she received a Presidential
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Critical Thinking in Science: Learning Causal Patterns
Presenter Tina Grotzer is an Associate Professor at the Harvard Graduate School of Education, a faculty member at the Center for Health and the Global Environment at Harvard School of Public Health, and a Principal Investigator at Project Zero. She directs the Understandings of Consequence Lab focused on Causal Cognition in a Complex World and funded by the National Science Foundation (NSF). She is Co‐Principal Investigator with Chris Dede on the EcoMUVE Project funded by Institute for Education Studies (IES) and the EcoMOBILE Project funded by NSF. She is a cognitive scientist who studies how the architecture of the human mind interacts with causality in a complex world to impact people’s reasoning and its implications for K‐12 education and the public understanding of science. In 2011, she received a Presidential Career Award for Scientists and Engineers, one of the highest honors given by the United States government. She is the author of Causal Patterns in Science (2002 to 2011), a curriculum series focused on engendering deep understanding in middle school science and Learning Causality in a Complex World (2012, Rowman Littlefield). She was a classroom teacher and program coordinator for 15 years.
The Idea Science concepts embed complex causal patterns that fall beyond our everyday reasoning capacities. Unless students learn how to reason about these patterns, they tend to distort scientific concepts resulting in misconceptions. Research shows that teaching causal patterns in the context of science learning leads to deeper understanding and ability to transfer concepts beyond the contexts taught. This session will present research conducted over the past two decades with middle school students and will share curriculum resources that teachers can use to address students’ ability to think critically about causal patterns in the science classroom.
Why it Matters Without addressing underlying causal assumptions that students hold, they may have difficulty learning science concepts that involve other causal forms. This impacts their ability to understand and apply their learning in a complex world.
What do we know? Research reveals the kinds of assumptions that students typically hold; how they fall short in reasoning
about science concepts; and what we can do to address these default assumptions to help students learn to think critically and reason about embedded causal patterns.
Agenda
11.55am‐12.00am. Technical Test 12.00am‐12.05am Introduction about the Inter‐American Teacher Education Network (ITEN) 12.05am‐12.45am Specialist Presentation 12.45am‐1.00pm Q&A ******Time Expressed in Local Time of Washington, DC UTC/GMT ‐ 4h (Eastern Daylight Time)******