Far too often, our students attain only a superficial level of knowledge that fails to prepare them for deeper challenges in school and beyond. In "Teaching for Deeper Learning," renowned educators and best-selling authors Jay McTighe and Harvey F. Silver propose a solution: teaching students to make meaning for themselves. Contending…

This article adds to the growing body of literature on the use of evidence-based practice (EBP) in social work. Specifically, it examines a 9-hour EBP educational model designed to prepare MSW students for appropriate decision-making strategies in working with multicultural client populations. The model places emphasis on identification and…

Creative thinking is important to scientists and engineers as they frame their work and engage in the practices of their fields. Elementary-age children need opportunities to think about and develop an idea from its inception through to its conclusion to expand their thinking and engage in scientific processes. Generating and expanding on ideas…

Elementary students find it difficult to connect the apparent motion of objects in the sky with how celestial objects actually move in the solar system. As a university astronomy education researcher, the author has been investigating methods to help children learn astronomy through workshops and summer camps at science museums and planetariums.…

Motivating adolescents to learn can be a challenge! Often distracted and easily bored, these kids are also critical thinkers capable of thriving in the classroom while learning 21st century skills. How do we hold their attention and develop their abilities? Research shows that all students--regardless of learning style, disability category, or…

Learn the 5 practices for facilitating effective inquiry-oriented classrooms: (1) Anticipating what students will do--what strategies they will use--in solving a problem; (2) Monitoring their work as they approach the problem in class; (3) Selecting students whose strategies are worth discussing in class; (4) Sequencing those students'…

Teachers are--rightly--exhorted to challenge children so as to help them maximise their abilities, broaden their horizons and increase their achievement. But what exactly are challenging activities? And how can teachers be sure they embed challenge in everyday school life? If teachers understand the principles of challenge they can improve…

There are five important strands in building mathematical proficiency for all students: (1) Conceptual Understanding, (2) Procedural Understanding (3) Strategic Competence, (4) Adaptive Reasoning, and (5) Productive Disposition. (National Research Council, 2001). This article explores effective classroom practices that promote these strands of…

Two experienced teacher educators describe a framework for effective teaching that can be applied in any subject area and grade level. Their detailed review of the structures, processes, and content of effective practice provides you with lots of practical tips you can use right away, including: (1) How to teach both the depth and the breadth of…

Learning-to-learn skills prepare students for the more complex skills of metacognition, which will eventually become a framework for all the individual thinking skills taught. Twelve learning-to-learn skills are identified, accompanied by suggested instructional strategies. The objective of these skills is to make students active rather than…

Presents some examples of drill problems turned into thinking problems. Examples include fraction problems, stretching simple problems, cone problems, and area problems. (KHR)

This article identifies two approaches to teaching specific thinking skills, presents a sample lesson plan, and includes as an example a "Thinking Skills Worksheet" that outlines an approach to teaching the thinking skills of comparing and contrasting. (IAH)

Argues that mnemonic strategies are simple but powerful techniques essential for teachers of special needs students, as they not only can help students recall information, but more importantly, can assist students to remember and apply intellectual processes. (SR)

Presents student responses to the "The Darts, Anyone?" problem that appeared in the May, 1999 issue of this journal. The problem concerned finding possible scores on dart rings. (KHR)

Describes a way to teach summarization that can be applied to all content areas, and explains the factors that make it effective. Includes written guidelines to follow as the class learns how to write summaries. Notes that a formal test of these classroom procedures showed that repeated references and generalization were both effective in…