Transforming Our Classrooms
into Intellectual Communities
Faculty Workshop - Summer 2006
Radical Presence: Teaching as Contemplative Practice
by Mary Rose O’Reilley (will be available in the SMU Library)
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The
Dreaded Discussion – Ten Ways to Start by Peter
Frederick |
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Stepanie Delaney’s Workshop on Online Discussions · Expanding the Online
Discussion · The
Teachers Role in Online Learning Communities · Reflections on Teaching Evidence Based Practice |
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How People Learn:
Brain, Mind, Experience, and School e-book |
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by John
D. Bransford,
Ann L. Brown, and Rodney R. Cocking, eds. |
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Reading the Introduction is essential to
understanding the what, how and why of the book. Chapters 2-5 should be read
to understand the explain the Key Findings. Skim
Chapters 6-9 if you don’t have time to read all of them or pick those that
are of most interest. |
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Introduction |
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1 |
Chapter 1
represents the framework of the committee's study. We then focus on what is
known about learners and learning |
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Learners and Learning |
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2 |
Chapter 2, on
expertise, discusses lessons learned from studies of people who have become
experts in areas such as chess, physics, mathematics, or history. What is
known about experts is important not because all students are expected to
become experts, but because the knowledge of expertise provides valuable
insights into what the results of effective learning look like. |
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3 |
Chapter 3 moves
from what is known about experts to an examination of processes of learning
that underlie effective knowledge acquisition. Special emphasis is placed on
understanding the kinds of learning experiences that lead to transfer--the
ability to use what was learned in one setting to deal with new problems and
events. |
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4 |
Chapter 4 extends
the examination of learning to infants and young children. Data show that
children's early competencies in areas such as causal relationships, numbers,
and language are much more sophisticated than was previously believed. These
competencies provide the foundations for important concepts and ideas that
children build on in later learning. |
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5 |
Chapter 5 explores
new developments in neuroscience, while providing some cautionary advice
about a number of popular myths that should not influence education.
Neuroscience provides converging evidence about processes of learning and
development and enriches understanding of learning by explicating the
mechanisms by which learning occurs. |
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Teachers and Teaching |
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6 |
Chapter 6 explores
general principles for the design of effective learning environments that are
suggested by the science of learning. It explores the degree to which
environments are learner centered, knowledge centered, assessment centered,
and community centered. These components must be brought into alignment in
order for effective change to occur. |
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7 |
Effective Teaching:
Examples in History, Mathematics, and Science |
Chapter 7 presents
examples of effective teaching practices that are consistent with new
knowledge about learning. We present contrasting illustrations of effective
teaching in history, mathematics, and science. Effective teaching practices
vary across subjects because knowledge in different subjects is organized differently
and based on different ways of knowing (epistemologies). |
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8 |
Chapter 8 explores
teacher learning--which includes both practicing teachers and college
students studying to be teachers. The science of learning has important
implications for helping teachers continue to learn throughout their lives. |
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9 |
Chapter 9 presents
promising new developments in technology that have the potential to provide
new possibilities for enhancing learning. We discuss data on technology and
learning when they exist, but we also discuss new possibilities that future
research should explore. |
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Future Directions for the Science of
Learning |
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10 |
Chapter 10
concludes our study with a summary of the major findings of the study on
learners and learning, teachers and teaching, and learning environments and
recommends new areas of research. |
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