All learning begins with the learner' - PowerPoint PPT Presentation

1 / 46
About This Presentation
Title:

All learning begins with the learner'

Description:

All learning begins with the learner. John Dewey. Information Literacy/Technology Education Integration ... http://www.wrldcon.com/maestro/smiling-student.gif ... – PowerPoint PPT presentation

Number of Views:28
Avg rating:3.0/5.0
Slides: 47
Provided by: MORE181
Category:

less

Transcript and Presenter's Notes

Title: All learning begins with the learner'


1
All learning begins with the learner.
  • John Dewey

Information Literacy/Technology Education
Integration Plan Toolkit SC Department of
Education 2003
2
What we ask students to do
  • Write a report on frogs.
  • Who was Franklin Roosevelt?
  • Born? Died?
  • Presidential Years
  • One important fact
  • Write a brief report on the Vietnam War.
  • When began? Ended?
  • Who was President?
  • What countries were involved?

3
What we ask students to do
  • Write a report on the Amazon Rain Forest.
  • Size?
  • Inhabitants? (animals, humans)
  • Write a description
  • One important fact
  • Read a book and write a report on your book
  • Who were the main characters
  • Describe what happened
  • Could you recommend this book to a friend?

4
What are the results?
  • Little transfer of learning
  • Activity to activity
  • Subject to subject
  • Doing school

BORING!
  • Students are not engaged
  • Teachers are not engaged

5
What can we do to change the way we do school?
  • Involve teachers
  • Involve students
  • Cooperative learning
  • Interdisciplinary units/lessons
  • Move up Blooms Taxonomy

Information Literacy engages students and
teachers matches the curriculum, the standards,
technology, and makes learning relevant!
(http//www.fno.org/sum00/winning.html)
6
Inquiry-Based Learning
7
Five Hallmarks of Inquiry-based Learning
8
1. Inquiry-based Learning asks questions that
come from the higher levels of Blooms Taxonomy.
9
2. Inquiry-based Learning involves questions that
are interesting and motivating to students.
10
3. Inquiry-based Learning utilizes a wide variety
of resources so students can gather information
and form opinions.
11
4. Teachers play a new role as guide or
facilitator.
12
5. Meaningful products come out of inquiry-based
learning.
13
What does it mean to students?
  • When you do stuff that is real.
  • It is like projects and things that take a long
    time.
  • When kids work in groups or with partners and
    make big things.
  • Its fun!
  • I think about things.

14
Inquiry-based learning implies involvement that
leads to understanding

"Tell me and I forget, show me and I remember,
involve me and I understand."
15
What are the benefits of inquiry-based learning?

Students often have difficulty understanding how
various activities within a particular subject
relate to each other. Much more confusion results
when the learner tries to interrelate the various
subjects taught at school.
16
USE a spiral path of inquiry
Asking questions
Reflecting on new-found knowledge
Investigating Solutions
Discussing discoveries and experiences
Creating new knowledge
http//inquiry.uiuc.edu/ (The Inquiry Page)
17
Asking questions, investigating solutions,
creating reflecting on our new-found knowledge
  • What needs to be done?
  • What can I use to find what I need?
  • Where can I find what I need?
  • What information can I use?
  • How can I put my information together?
  • How will I know if I did my job well?

The Big6? !
18
How Does Inquiry-based Learning Sound?
  • Close the door!
  • Students with students
  • Teacher as guide

19
What Does Inquiry-based Learning Look Like?
httpwww/uis.edu/trammell/cap.htm
20
How Does it Feel?
http//museum.gov.ns.ca/roadshow/day7/image/05stea
mr.jpg
http//www.wrldcon.com/maestro/smiling-student.gif
http//www.gatewayconsortium.org/library2.jpg
21
Think about how good it feels to accomplish
something that was a challenge.
http//www.chester.ac.uk/gpollard/handstand.jpg
http//www.arndell.nsw.edu.au/00comp3.jpg
http//www.zcs.k12.in.us/images/mainpage3/reading.
JPG
22
Elements of Inquiry-based Learning
  • Cooperative Learning
  • Teamwork
  • Excitement
  • Presenting
  • Movement

23
Problem-based learning
  • Placing students in the active role of
    problem-solvers confronted with an ill-structured
    problem which mirrors real-world problems.

24
Active Learning - Students
  • Ends the listen-to-learn paradigm of the
    classroom
  • Gives students real and authentic challenges to
    overcome.

http//www.ncsa.uiuc.edu/Cyberia/DVE/FusionDVE/htm
l/inquiry_based_education.html
25
Active Learning - Teachers
  • Ends teachers paradigm of talking to teach
  • Puts teachers in the role of a colleague and
    mentor
  • Engaged teachers in the same knowledge quest as
    their students.

http//www.ncsa.uiuc.edu/Cyberia/DVE/FusionDVE/htm
l/inquiry_based_education.html
26
Teacher as Guide
  • What does facilitating really mean?

27
Five Kind of Questions
  • Inference Questions
  • Interpretation Questions
  • Transfer Questions
  • Questions about Hypotheses
  • Reflective Questions
  • The Art of Questioning by Denise Wolf
  • Research project for the Rockefeller Foundation.

28
Inference Questions
  • Ask students to go beyond the immediately
    available information.
  • Ask students to look for clues, examine them and
    decide if they have a role in the question.

29
Examples
  • What conclusions can you draw by looking at this
    photograph?
  • How did the author feel about the character in
    the story?

30
Interpretation Questions
  • Ask students to predict what consequences may
    occur as a result of a given scenario.
  • Ask students to combine past knowledge of
    situations and new factual information.

31
Examples
  • You found that Sports Illustrated actually had
    more tobacco ads than any other magazine we
    looked at. What does that say about Sports
    Illustrated?
  • We read and loved two books by AVI. What
    patterns did you see that you think might be
    present in the third book?

32
Transfer Questions
  • Ask students to take their knowledge and apply it
    to new situations.
  • Ask students to expand their thinking.

33
Examples
  • We found many patterns in math today. Now lets
    look at our Language Arts lesson on adverbs.
    Lets see what patterns you find there?
  • We learned how to make Inspiration webs from
    paragraphs in our textbook. Now lets try going
    the other way and making a web and then writing a
    paragraph from it.

34
Questions about Hypotheses
  • Ask students to predict outcomes and carry out
    tests to discover new knowledge.
  • Use in all disciplines, not just science.

35
Example
  • How can we find out if Energizer batteries
    really last the longest?

36
Reflective Questions
  • Ask students to look again at the beliefs they
    have and the evidence that supports them.
  • Lead students back into investigation.

37
Examples
  • How do I really know that there are no aliens
    out there?
  • How do I know that the show on TV was telling
    the truth?

38
Where do You Begin?
  • Examine the lessons
  • Listen to the questions you ask.
  • Start with small projects dont get overwhelmed
  • Remember, children who are not used to thinking
    may not know how to approach problems.
  • Be the guide. Dont supply the answers

39
Implementing
  • Collaborating - working together
  • Conversing - developing ideas and making
    connections
  • Continuing - knowing that learning is a process
  • Choosing - sense of control over the learning
    process by making choices on what to pursue,
    choose, leave out
  • Charting - depicts ideas for visualizations
  • Composing - formulating thoughts as a tool for
    thinking

40
Caution
  • Avoid activities that dont promote deep
    processing
  • Avoid too much structure, too little guidance,
    too few strategies
  • Distinction between project centered approach and
    inquiry-based approach lies in underlying
    motivation and objective

41
  • Inquiry is an important part of
  • multiple-intelligence work -- and
  • cooperative and collaborative learning is
    inherently inquiry-based.
  • a key tool for learning in constructivism
  • Standards can be met
  • incorporated early in planning
  • guiding students toward questions that will help
    them learn the required material

42
Lesson Plans
  • Inquiry-based lesson plans are usually referred
    to as "facilitation plans," to help teachers
    remember their role as facilitator of learning,
    rather than fount of all wisdom. The notion also
    helps teachers structure lessons more loosely to
    allow student questions to drive the learning
    process without derailing it.

43
What is your perception of learning?
What do you emphasize? What do you reward? What
do you expect?
44
How is inquiry teaching/learning defined? How do
we overcome barriers to make inquiry teaching
inclusive to all learners? How does information
technology contribute to inquiry teaching and
learning?
Focus Questions
45
Focus Questions
What meaningful learning experiences do you
recall as a result of student media center
experiences? How do you know that a learning
experience resulted in new learning?
46
What do we want to see happen?
  • Increased student achievement
  • School to work connection
  • Lifelong learning skills and a desire to learn
  • Productive citizens
Write a Comment
User Comments (0)
About PowerShow.com