How Learning Works - Texas Tech University
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Transcript How Learning Works - Texas Tech University
Learning in the Classroom:
Implications for Middle School Math Teachers
Key Questions
What is the relationship between learning and
instruction?
How can the research on student learning influence
teachers’ instructional practices?
What role do math teachers play in the teachinglearning process?
Educational Psychology is
The application of psychology to the study of:
Learning
Assessment
Instruction
Development
Motivation
What is learning?
Definition
Critical
components to this definition
Learning
is a process, not a product
Learning involves change in knowledge, beliefs, behaviors,
and attitudes
Learning is not something done to students, but rather
something students do themselves
What do we know about learning?
Research has found:
The
brain plays a role
Learning is based on associations
The learning environment makes a difference
Learning occurs in cultural and social contexts
People learn in different ways
People think about their own learning, and their
feelings matter
Educational Practitioners’ Common Questions About
Learning
Why can’t students apply what they have learned?
Why do students cling so tightly to misconceptions?
Why are students not more engaged by material I find so
interesting?
Why do students claim to know so much more than they
actually know?
What is instruction?
Definition
Critical components to this definition
Manipulating what the learner experiences
Intention on changing the learner’s knowledge
Things You Should Know
About Your Students and How They Learn
Prior knowledge and beliefs affect learning, usually for
the better, but sometimes for the worse.
Background
Instructional Implications
Activating prior knowledge
Accurate, but insufficient prior
knowledge
Inaccurate prior knowledge
Administer a diagnostic
assessment
Look for patterns of error in
student work
Explicitly link new material to
knowledge from the present and
previous course(s)
Use analogies and examples
taken from students’ everyday
experiences
Ask students to justify their
reasoning
As information processers, learners can only process a
limited amount of information at once.
Background
Cognitive Overload
Intrinsic, extraneous, and
germane cognitive load
Instructional Implications
Manage intrinsic load, minimize
extraneous load, and promote
germane load
Using worked examples in teaching can have positive
academic and cognitive outcomes.
Background
Enactive vs. vicarious learning
Scaffolding
Worked examples
Instructional Implications
Replace some practice problems
with worked examples
Sequence worked out examples
by backward fading
Provide explanations of each
step in a worked example
Ask learners to generate
explanations of each step in a
worked out example
As information processers, learners need time to process
incoming and outgoing information.
Background
Think-Time and wait-time
Definition
Benefits
Categories of silence
Instructional Implications
Provide students time to process
information and complete
cognitive tasks
Deliberately and consistently
wait in silence for 3 to 5 seconds
Ensure that students also
preserve the disturbance-free
silence
To develop mastery, students must acquire component
skills, practice integrating them, and know when to
apply what they have learned.
Background
Mastery learning
Definition and assumptions
Development of mastery
Component skill development
Integration
Application
Instructional Implications
Diagnose, weak or missing skills
and provide practice
Encourage practice to increase
fluency
Discuss conditions of applicability
Provide opportunities to apply
skills
Goal-directed practice coupled with targeted feedback
is critical to learning.
Background
Deliberate, goal-directed
practice
Effective feedback
Content
Timing
Instructional Implications
Build in multiple opportunities for
practice
Set expectations about practice
Look for patterns of errors in
students’ work
Prioritize and balance your
feedback
Provide feedback at the group
level
Require students to specify how
the feedback was used
Learners are more likely to devote time to activities that
have value for them.
Background
Attainment value
Intrinsic interest value
Extrinsic utility value
Cost
Instructional Implications
Link academic tasks to students’
espoused interests or everyday
activities
Establish the relevance of
academic tasks to students’ shortterm and long-term goals
Don’t take the value of the
academic task for granted
Provide authentic, real-world
tasks
Learners’ achievement goals influence their cognitive
processes and behavior.
Background
Performance goals
Learning goals
Work-avoidant goals
Instructional Implications
Avoid focusing students’
attention on how they appear to
others
Acknowledge that learning
requires exerting effort and
making mistakes
Use a variety of motivational
strategies to get students truly
engaged
To engage voluntarily in activities, learners want their
chances of success to be reasonably good.
Background
Self-efficacy
Sources of self-efficacy
information
Instructional Implications
Provide opportunities for students
to be successful
Engage in effective modeling
practices
Set proximal rather than distal
goals
Challenge underconfidence
Foster competence and
confidence
When learners think their chances of success are slim,
they may behave in ways that make success even less
likely.
Background
Self-handicapping
Indicators of self-handicapping
Instructional Implications
Attribute success to effort and
ability, failure to controllable
conditions
Demonstrate the effect of effort
Break tasks into more
manageable parts
Provide explicit strategy training
To be motivated to pursue specific goals, students must
hold positive outcome expectations.
Background
Outcome expectations
Positive and negative outcome
expectations
Expectancies are shaped by
our experiences
Instructional Implications
Provide early success
opportunities
Educate students about the ways
we explain success and failure
Summary
Learning is a process, not a product.
Instruction is the deliberate arrangement of learning
conditions designed to support the internal processes of
learning.
Planning instruction is a strategic, thoughtful process
The learner should always be considered when designing
instruction.
For more information:
Kamau Oginga Siwatu, Ph.D.
Assistant Professor of Educational Psychology
College of Education, Box 41071
Texas Tech University
Lubbock, TX 79409-1071
Office telephone: 806/742-1998 ext 431
Office facsimile: 806/742-2179
Email: [email protected]
Webpage: http://www.webpages.ttu.edu/ksiwatu