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Full-Text Articles in Education
How To Spark Bio Curiosity: An Innovative High School Biology Curriculum, Audrie Charles
How To Spark Bio Curiosity: An Innovative High School Biology Curriculum, Audrie Charles
Graduate Research Showcase
This project is a researched creative endeavor focused around the creation of an exemplary high school biology course. This presentation will showcase an original high school biology curriculum designed to ignite students’ innate curiosity and empower meaningful learning of core concepts like cell structure, genetics, evolution and ecology. Students revisit key ideas through a spiral curriculum that builds complexity, tackling open-ended problems and collaborating on hands-on inquiries like formulating hypotheses, designing experiments, collecting data and drawing evidence-based conclusions. Tangible projects allow students to demonstrate content knowledge in addition to critical thinking abilities like synthesizing concepts, evaluating claims and applying learning …
The Thinking Classroom: High School Physics Reimagined, Donovan Baker
The Thinking Classroom: High School Physics Reimagined, Donovan Baker
Graduate Research Showcase
This project is a research-based creative endeavor that reimagines high school physics education. It proposes “The Thinking Classroom: High School Physics Reimagined”, a novel course design that fosters equity, engagement, and learning in the physics classroom. The course design draws on various principles and practices, such as student assets, social-emotional learning, culturally responsive teaching, Peter Liljedahl’s “building thinking classroom” approach, project-based learning, formative feedback, brain-based learning, and AI personalization. The project shows how this course design can transform physics education and prepare students for the 21st century.
Pre-Calculus: Thinking Deeply About Simple Things, Jacob Carter
Pre-Calculus: Thinking Deeply About Simple Things, Jacob Carter
Graduate Research Showcase
“Pre-Calculus: Thinking Deeply About Simple Things” is a research-based creative endeavor focused on designing a high-school pre-calculus course. This course aims to foster deep, meaningful thinking, as well as an appreciation of the values of diversity, equity, and inclusion in the math classroom. The course leverages students’ funds of knowledge to employ culturally responsive teaching methods to connect mathematical concepts to the students’ backgrounds, interests, and real-life situations. This course also integrates social-emotional learning to create an engaging and supportive learning environment for all students. By combining Peter Liljedahl’s “Building Thinking Classroom in Mathematics” approach with problem-based learning, the course …