Secondary / High School

Multiple Intelligences in the Elementary Classroom: A Teacher's Toolkit

This book will help teachers design effective curricula for their students with diverse learning abilities. The authors have created a guided process to apply MI theory to the elementary school classroom. The five pathways or approaches examined: Exploration, Bridging, Understanding, Authentic Problems, and Talent Development represent the ways in which MI can be implemented and nurtured across the elementary grades. The Pathways Model promotes and supports the development of a well-grounded understanding of MI theory to inform goal-setting and planning for using multiple intelligences theory in the classroom. Each pathway addresses a different set of goals and provides appropriate guidelines and examples. ISBN-13: 978-0807746103

Causal Patterns in Density: Lessons to Infuse into Density Units...

Causal Patterns in Density: Lessons to Infuse into Density Units to Enable Deeper Understanding Causal Patterns in Density is a curriculum module of fifteen lessons that can be used as a stand-alone unit or can be infused into a broader unit on density. The lessons are designed to address a set of persistent difficulties that students have when learning about density. These difficulties stem from how students reason about the nature of cause and effect. Each of the four module sections introduces a challenge in thinking about causality that impacts students ability to deeply understand density. The sections are sequenced to build understanding. In each lesson, a background information section describes the difficulties that students typically have in learning about density and shows how the various causal understandings, if not mastered, contribute to those difficulties. Each lesson includes subject matter goals and more general goals about the nature of causality. This module is designed for middle school but can be modified for use with older and younger students. This curriculum module was designed around best practices in science education. It was developed as part of a research project called the Understandings of Consequence Project, which is supported by the National Science Foundation.

Questions for Tuning Up a Lesson Plan

These questions will help you to "tune up" an existing lesson plan to focus more on goals, performances of understanding, and assessment. You can view an outline of these questions below. View the full document by clicking the download link in the right-hand column.

Part 1: Focus on Goals and Performances

I. About the Understanding Goals

II. About Performances of Understanding

III. About the Match between Goals and Performances

Part 2: Focus on Assessment

I. Why will you assess? Criteria for understanding.

II. When will you assess? Opportunities to do an "understanding check"

III. How will you assess? A variety of strategies for giving feedback

IV. Who will do the assessing? A variety of perspectives

Causal Patterns in Simple Circuits: Lessons to Infuse into Electricity Units...

Causal Patterns in Simple Circuits is a set of lessons that are to be infused into a broader unit on simple electrical circuits. The lessons are designed to address a set of persistent misunderstandings that students have when learning about simple circuits. These misunderstandings stem from how students reason about the nature of causality. Background information is given to help teachers understand typical misunderstandings and how each shows up in students reasoning about simple circuits. The module is designed to move students away from linear and sequential models towards more complex models that better explain the way circuits work. Each lesson includes subject matter goals and more general goals about the nature of cause and effect, as well as a set of steps to help students assess their understanding and to connect the knowledge beyond the original learning context. The curriculum incorporates best practices in science education, such as inquiry-based learning and modeling. It is designed for middle school but can be modified for use with older and younger students. Teaching about static electricity is recommended before teaching about electrical circuits. Understanding electrical charge helps prepare students for understanding electrical circuits. This curriculum module was developed as part of a research project called the Understandings of Consequence Project, which is supported by the National Science Foundation. 2004

Teaching for Understanding with Technology

Teaching for Understanding with Technology shows how teachers can maximize the potential of new technologies to advance student learning and achievement. Using the popular Teaching for Understanding framework, teachers can guide learners to think, analyze, solve problems, and make meaning of what they've learned. The book offers advice on tapping into a rich array of new technologies such as web information, online curricular information, and professional networks to research teaching topics, set learning goals, create innovative lesson plans, assess student understanding, and develop communities of learners. ISBN: 978-0787972301