Concept-Based Mathematics: Teaching for Deep Understanding in Secondary Classrooms (Corwin Mathematics Series)

Product Description

Give math students the connections between what they learn and how they do math―and suddenly math makes sense
If your secondary-school students are fearful of or frustrated by math, it’s time for a new approach. When you teach concepts rather than rote processes, you help students discover their own natural mathematical abilities.
This book is a road map to retooling how you teach math in a deep, clear, and meaningful way to help students achieve higher-order thinking skills. Jennifer Wathall shows you how to plan units, engage students, assess understanding, incorporate technology, and there’s even a companion website with additional resources.

Review

“Secondary teachers are constantly being encouraged to change their practice but few books have addressed the topics of secondary mathematics nor given examples that secondary teachers can relate to.  This book does that.  Another strength is the connection of the content to the math processes and practices, the heart of good instruction. The figures provided to summarize big ideas are excellent. I love the potential of this book for using it as a text for middle and secondary teachers, a guide for professional development, and a place for individual reflection.  I know for sure that I would use it for my student teacher seminar class and anytime that I was instructing upper level math teachers.  I’ve been waiting for this!” — Barbara Fox, Adjunct Professor, Student Teacher Supervisor

“The author provides a solid rationale, backed up by numerous practical and authentic examples to increase the quality of conceptual math classroom teaching practices so needed to develop the next generation learners. This is a must have for any secondary school’s professional library.” — Dave Nagel, Author Consultant

“I attended a Concepts Based Curriculum training course led by Jennifer Wathall and was really inspired by what I learned. Far too often, as teachers, we can become narrowly focused on the topics that we are covering; with concepts there is a whole new opportunity for students to understand the big ideas and the connections between different subjects. Jennifer skillfully guided us through how we can introduce students to a concept-based curriculum. I was really impressed with the method of writing principle generalizations which provide a framework for exploration. These generalizations can in fact make the focus of a lesson or series of lessons much more exciting, allowing students to break out of the constraints of a limited topic range. Ultimately, I left the course determined to try out a concepts-based model with a new unit we are developing on Human Rights. With the conceptual lens, this promises to be a much more thought-provoking unit for our students.” — John Edwards, Head of History Department

“One of the major strengths of the book is the examples and the visual diagrams that outline major topics.  The book provides rubrics that allow teachers to determine where they are in their methodology and a opportunity to decide where they can improve their teaching strategies.” — Amanda McKee, High School Mathematics Instructor

“The major strength of the book is that it addresses teaching mathematics in a way that invites students to learn and encourages not only content knowledge, but depth of knowledge, rigor, and critical thinking. Inquiry is a means of synergizing your classroom and drawing students in so that they want to learn. This is going to require a change of mindset for teachers and the administrators alike as well as training. This book provides an opportunity for both.” — Pamela L. Opel, Intervention Specialist

“Jennie Wathall’s book offers a clear understanding of how complex learning of mathematics is, and how to use this understanding to create a thinking classroom. She explains, from a scientific point of view and in a very well-researched and comprehensive manner, sprinkled with plenty of practical examples, what is the int