Teachers can improve student information processing in several ways:
1. Focus on important concepts using physical techniques like underlining or saying ideas slowly, and psychological techniques like posing interesting problems.
2. Give students opportunities to overlearn basic skills through practice in a game-like atmosphere and repeated skills practice in lessons.
3. Provide meaningful practice to help students see connections between new and existing knowledge.
4. Provide distributed review and practice using a variety of examples to aid retention and transfer of information.
Assessing student learning is harder than it may seem. When planning test, quizzes, or other assessments, use these tricks to write challenging rather than trick questions.
7 Steps to Develop Well-Designed Course ObjectivesWiley
Why are well-designed learning objectives so important? The answers may seem self-evident; they provide a roadmap for students to follow, and they enable the measurement of student learning.
Five Tips for Increasing Organized Learning & EngagementWiley
Students who are engaged and organized in their learning process succeed, but are there ways in which you, as an instructor or professor, can help enable positive learning habits? Here are five quick tips you can begin using in your course today.
Active learning for Residency TeachingJanet Corral
Learn 3 times of the day when you can use active learning techniques for short-burst teaching encounters with small groups of residents.
For longer teaching sessions (e.g. 1 hr talk), please see other presentations on the multiple types of active learning for longer teaching sessions.
In order to lay some ground rules for being successful creating eLearning, we have put together 10 commandments that will ensure instructional designers and businesses alike can reap the rewards of their training efforts.
Assessing student learning is harder than it may seem. When planning test, quizzes, or other assessments, use these tricks to write challenging rather than trick questions.
7 Steps to Develop Well-Designed Course ObjectivesWiley
Why are well-designed learning objectives so important? The answers may seem self-evident; they provide a roadmap for students to follow, and they enable the measurement of student learning.
Five Tips for Increasing Organized Learning & EngagementWiley
Students who are engaged and organized in their learning process succeed, but are there ways in which you, as an instructor or professor, can help enable positive learning habits? Here are five quick tips you can begin using in your course today.
Active learning for Residency TeachingJanet Corral
Learn 3 times of the day when you can use active learning techniques for short-burst teaching encounters with small groups of residents.
For longer teaching sessions (e.g. 1 hr talk), please see other presentations on the multiple types of active learning for longer teaching sessions.
In order to lay some ground rules for being successful creating eLearning, we have put together 10 commandments that will ensure instructional designers and businesses alike can reap the rewards of their training efforts.
Inquiry Approach and Problem Solving Method.pptxshesubaru
Inquiry Approach
What is the Inquiry Approach?
The steps in the Inquiry Approach
Instructional Characteristics of Inquiry Approach
Outcomes of Inquiry Teaching
How to Facilitate Inquiry Teaching
Problem Solving Method
Advantages of Problem Solving Method
Guidelines for Its Effective Use of Problem Solving Method
1. What Teachers Can Do to Improve
Information Processing
1. Focus specific attention on important concepts. Strategies
to accomplish this include both physical techniques (e.g.,
underlining important ideas, writing them on the
chalkboard, flashing them on the computer screen, saying
them more slowly or loudly) and psychological techniques
(e.g., arousing curiosity by posing an interesting problem).
2. Give students the opportunity to overlearn basic skills.
Strategies to accomplish this include practicing them in a
gamelike atmosphere and seeing to it that the skills are
practiced repeatedly as parts of subsequent lessons once
they have been initially mastered.
3. Provide opportunities for meaningful practice. Help the
learners see the connection between what they are currently
learning and what they already know.
4. Provide opportunities for distributed review and practice.
By using a wide variety of examples, you can facilitate
both retention and transfer of information and skills.
5. Assign homework and other supplementary activities that
will put into practice the preceding guidelines.
2. 6. Be aware of occasions when current information is likely to
be confused with previous or future information, and take
steps to prevent proactive and retroactive interference.
7. Anticipate what misconceptions are likely to occur and ask
questions to probe for them. Then help students overcome
these incorrect understandings.
8. Prompt students to go beyond rote memorization. Reduce
the incentives to memorize trivia and increase the
incentives to integrate and recall useful information. The
following are examples of ways to move toward
meaningful rather than rote recall of information:
o Ask questions during class that require the application
rather than recitation of principles. (When you do this,
you'll have to wait longer for an answer, since it's a
more complex task.)
o Allow students to use concept maps, diagrams,
outlines, or other notes when taking tests.
o Don't ask trivial questions that can easily (or only!) be
answered by rote memorization.
o Give credit for "wrong" answers that are accompanied
by truly plausible explanations.
9. Once students have completed a unit of instruction, review
that material at a later time. You can accomplish this by
using review questions on subsequent tests, but you can
also accomplish it by seeing to it that the prior subject
3. matter is discussed again and integrated into subsequent
units.
10. In general, follow the guidelines in the "What to Do"
lists accompanying each step of information processing in
this chapter.