Education Commons^™

Thinking About Students' Learning: Metacognition Across The Disciplines, Saryn R. Goldberg, Jennifer Gundlach, Amy M. Masnick, Jennifer A. Rich, Jessica R. Santangelo

Hofstra University Distinguished Faculty Lecture Series

The ability to think about one’s own thinking—metacognition—is identified as one of the keys to subject mastery in most, if not all, disciplines. It is clear that being able to be one’s own critic — assessing and reassessing one’s understanding — is of critical importance to learning. Rarely, however, is metacognition explicitly taught or discussed as a centerpiece of learning in a content-heavy classroom, even with the best intentions of the professors.

A panel of Hofstra faculty from the disciplines of psychology, biology, law, engineering and writing studies will share results from their ongoing research about the impact of integrating …

Meng 3250: Mechanics Of Elastic Bodies—A Peer Review Of Teaching Project Benchmark Portfolio, Jinying Zhu

UNL Faculty Course Portfolios

This portfolio focuses on mechanics of materials (course title: Mechanics of Elastic Bodies), a sophomore level course taken primarily by civil engineering and architectural engineering majors on Omaha campus. It is a prerequisite for broad range of courses in mechanical, civil and agricultural engineering majors. This course studies the mechanics of solids with applications to science and engineering, including stress, strains and deformation in structural elements (axial, torsional and bending), shear and moment diagram for beams, and a brief introduction to material failure mechanisms.

This portfolio describes the teaching methods used to help students understand the fundamental knowledge about material …

Critical Reflections On Teacher Conceptions Of Race As Related To The Effectiveness Of Science Learning, Colby Tofel-Grehl, Kristin Searle

Teacher Education and Leadership Faculty Publications

The Maker Movement’s current traction in education revolves around the notion that constructing artifacts improves student interest and engagement. Often touted as a new and important way for students to access STEM content, “making” activities offer a unique opportunity to disrupt the traditional perceptions of who can successfully “do” STEM. Blending familiar materials and practices (e.g. sewing with a needle and thread) with atypical materials (e.g., conductive thread and sewable LED bulbs), electronic textiles, or e-textiles, allow makers to create working circuits in ways that connect with their out-of-school lives, including heritage and vernacular cultural practices. This article describes the …