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Friday, March 25, 2016

Using Scaffolding to Support Student Learning

In the construction world a scaffold is a temporary structure used to support a work crew. In education, the use of scaffolding is not that different. Instructional scaffolding gives support to the student as they’re learning new skills and concepts. According to The Glossary of Education Reform, “scaffolding refers to a variety of instructional techniques used to move students progressively toward stronger understanding and, ultimately, greater independence in the learning process.”

Rebecca Alber, Edutopia consultant, recently published 6 Scaffolding Strategies to Use With Your Students. While scaffolding is similar to differentiation, when teachers scaffold instruction, they generally take the concept they are trying to teach and break it down into smaller parts. This makes it easier for a student to fully understand each piece before moving on - kind of like eating an elephant one bite at a time. Scaffolding, according to Alber, is what you do first with students. Then, if the student is still struggling, that’s when you differentiate.

Here are some scaffolding strategies to try with your students:
  • Show and Tell - Modeling is the key word here. Demonstrating what you expect from your students can go a long way in helping them understand challenging concepts. Examples of this strategy include the fish-bowl activity and think alouds.
  • Tap into Prior Knowledge - Relating new concepts to students’ existing knowledge and experiences is a classic scaffolding technique.
  • Give Time to Talk - All learners need time to be able to process new ideas and information. The use of a think-pair-share or other structured discussion time can be helpful for students as they digest these new ideas.
  • Pre-Teach Vocabulary - “Pre-teaching vocabulary doesn't mean pulling a dozen words from the chapter and having kids look up definitions and write them out. Instead, introduce the words to kids in photos, and in context to things they know and are interested in. Use analogies, metaphors and invite students to create a symbol or drawing for each word and give time for discussion of the words.”
  • Use Visual Aids - Using graphic organizers, pictures, and charts are great ways to help students grasp concepts. These visual aids are not the end result, but a tool to help students look at information a little at a time in order to understand the big picture.
  • Pause, Ask Questions, Pause, Review - Question and discuss. Give students time to think. Repeat. This is a great way to check for comprehension and help them remember important information.

Pepper has released a new workshop titled Making Social Studies Come Alive as part of it’s new Pepper Online Workshop (POW!) content. This workshop will focus on providing teachers with multiple scaffolding strategies for engaging students in Social Studies. Teachers will learn to help students take ownership of classroom learning in order to deepen their understanding of sometimes difficult or challenging Social Studies texts. You can check all of our new POW content by visiting the Courses and Workshops section on your dashboard.

Tuesday, March 22, 2016

Improving Mathematical Problem Solving

Based on extensive research, the Institute of Education Sciences (IES) has published a practice guide that provides five recommendations for improving students’ mathematical problem solving. This guide is geared toward teachers, math coaches, other educators, and curriculum developers who want to improve the mathematical problem solving of students.
The foundation for success in advanced mathematics is built on problem solving skills. Problem solving requires strong skills in reasoning, analysis, and argument construction, and the ability to apply innovative strategies to find a solution.

To help students become skilled problem solvers, teachers can:
  • prepare problems to use in whole-class instruction
  • provide explicit problem-solving instruction that teaches students to use visual representations, employ multiple strategies, and links mathematical concepts and notation to problems
  • allow time to reflect and debrief on their strategies and solutions with classmates
While these skills should be taught at all levels, it's especially important to help students develop them as progress toward the more complex math concepts they will learn in high school.
Problem solving skills are essential for students as they progress through the entire mathematics curriculum. Students who develop proficiency in mathematical problem solving early are better prepared for advanced mathematics and other complex problem-solving tasks. Unfortunately, when compared with students in other countries, students in the U.S. are less prepared to solve mathematical problems.
Problem solving involves reasoning and analysis, argument construction, and the development of innovative strategies. These abilities are used not only in advanced mathematics topics — such as algebra, geometry and calculus—but also throughout the entire mathematics curriculum beginning in kindergarten, as well as in subjects such as science.
Pepper has released a new workshop focused on Improving Mathematical Problem Solving as part of it’s new Pepper Online Workshop (POW!) content. By taking this workshop you will explore strategies to help students become skilled problem solvers. Participants will be understand and take a deeper look at the three components involved in teaching problem solving to students.

You can check all of our new POW content by visiting the Courses and Workshops section on your dashboard.