This presentation is a simple demonstration of a combination of thinking maps and novel assessment schemas would help students to be self-directed learners. The discussion uses an example from Chemistry, namely the mole concept.
Mattingly "AI & Prompt Design: The Basics of Prompt Design"
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Thinking Maps and Novel Assessment Schemas
1. Thinking Maps and Novel
Assessment Schemas
Power of the Circle Maps
Empowered with Students’
Empowerment for Self-Evaluation
PPT prepared by Dr. Rajasekaran Renuka (Dr. R.)
Chemistry Lead Teacher
Luella High School
Locust Grove, GA-30248
This PPT is based on the Team Teaching by Dr. R. and
Ms Bembry Kaneice, Science Coordinator, Henry County schools, GA.
3. How can school students be
self-directed learners?
At a time, when we talk much about
enhancing teacher effectiveness, student-
centered teaching, etc., how can students
be self-directed learners?
Is Self-Directed Learning (SDL) advocating
classrooms without teachers and
teaching?
4. The Key Word in SDL is “Self-Direction”
If you were a student and if without the teacher
letting you know what you missed – what you
did not learn – what you have not mastered –
you are able to find them out on your own –how
would you feel?
More comfortable?
More accountable?
More responsible?
5. Why should the student know what
his/her learning gains are?
The basic motive is to know the level of
success, which in turn motivates the desire:
• To know the areas of weakness or deficit
• To know how to address those areas of
weakness or deficit and thus become
more successful.
6. How would the student know what
his/her learning gains are?
If they have a tool to recall and what factual
and conceptual content knowledge they have
gained!
Is this possible? Is there such a tool?
7. Circle Map, which is a Thinking Map
can be that Tool
Concept
Conceptual
Themes
Frame of
Reference
8. What are conceptual themes?
Conceptual themes are
the various learning
outcomes about the
concept, which is the hub
of the circle map.
Example:
If “Mole” is the concept,
the various knowledge
pieces about Mole
constitute the conceptual
themes for Mole
Mole
SI Unit of
count
Basic count of
atoms or
molecules
Avogadro number
600
sextillions
Molar mass
22.4 li
6.023x 10^23
No Unit
9. What is Frame of Reference?
Frame of Reference is
the backdrop which
holds the references
from which the
conceptual themes
have been developed.
So Frame of Reference
is full of source points
or the resources .
Mole
SI Unit of
count
Basic count of
atoms or
molecules
Avogadro number
600
sextillions
Molar mass
22.4 li
6.023x 10^23
No Unit
TeacherLab
Debate
Video
Hand-on
Online
Assignment
10. What is the Real Connection between
SDL and the Circle Map?
• For Self-Direction, three things are essential:
• Direction
• Drive
• Destination
A Circle Map
Provides all
the three.
Direction
Drive
Destination
11. So we find the Circle Map to be a
Simple and Versatile Tool for SDL
Concept
Conceptual Themes
Frame of
Reference
12. Compare the Cognitive Processes with
the Circle Map
In other words, the Circle Map serves the
same function as the Concept Map.
A step further, the Circle Map can become a
handy tool for teachers t o organize the
learning experiences for the students. In this
respect, the Circle Map becomes an Expert
Skelton Concept Map (Novak and Canas
(2008).
Picture courtesy: Novak and Canas
(2008)
13. As a Reminder, in the Expert Skeleton
Concept Map, Conceptual Themes
Embrace
Anchoring Concepts • Developing
Concepts
Picture Courtesy: Holme, T. and Murphy, K. (2012)
14. Part - 2
If SDL is what we need
We also need
Self-Directed Assessments for our
students
15. Assessment for Self-Directed Learning
When considering assessment for the self-
directed learning of our students, we need to
consider two things:
• The Age of our students
• The stress associated with the assessment
process.
In other words, the assessment process, we
advocate for the SDL for our students should be
stress-free, a fun, and at the same time, it
should be an effective assessment.
16. Conceptual Summative Assessments
• In SDL, as learners proceed through the
learning process, at the end of their process of
learning a concept or a big idea, they would
like to stop and take a look at how much and
how effectively they have learned the
concepts.
• This is a crucial step and this kind of concept-
summative assessments can be designed as a
fun activity.
17. A Set of Questions and
Meaningful Phrases
• Let us have a look at these kind of phrases or
sentences:
• Aren’t they complete sentences and also fun?
• Ms. Piller owns a red Saturn ion, okay?
• Vampires eat kittens and puppies for breakfast.
• Dead kittens smell very bad, don’t they?
• Vampires smell very dead and really bad.
• Don’t eat a red scorpion for breakfast.
• Red scorpions don’t eat kittens and vampires.
18. Problem Codes
• These sentences are Problem Codes or Question
Codes.
• For a set of problems, sentences such as these can be
set as the answers. That is, each word in the sentence
will correspond to the answer for a question.
• At the end of answering the questions, the student can
verify if the answers were correct by using the Problem
Codes.
• If the sentence could not be formed, the student will
revisit the question(s) corresponding to the misfit
word(s) and reattempt.
19. Problem Codes: Differentiation is an Added
Advantage
• Group 1: Ms. Piller owns a red Saturn ion, okay?
• Group 2: Vampires eat kittens and puppies for
breakfast.
• Group 3: Dead kittens smell very bad, don’t
they?
• Group 4: Vampires smell very dead and really
bad.
• Group 5: Don’t eat a red scorpion for breakfast.
• Group 6: Red scorpions don’t eat kittens and
vampires.
20. Generic and not Subject Dependent
• It might look as if the method is suitable for
math.
• In fact, this approach is not subject dependent
and can be effectively used with:
• Multiple choice questions
• Fill-in the blanks
• Matching
• Vocabulary
21. Reference
• To gain some familiarity with the Problem Code
approach, the following is a good reference:
• www.nclark.net/mole_problem_solving_game.doc
This reference exclusively deals with Mole Concept
(Chemistry); adaptable for all subjects.
Teachers would be quick at inventing their own
creative phrases or sentences as Problem Codes.
Editor's Notes
A frame of Reference can include any of the following:
A student’s prior knowledge about the process.
Learning from teacher’s teaching
2. Â A specific informational source that the student referenced to get these steps.
3. Lab carried out
4. Hands-on activities
5. Debate in the class
6. Video watched
3. Â Whether a specific perspective might have influenced the order of the steps.
4. Â The main idea about the importance of these steps.
The Frame of Reference gives the direction; that is, it provides the source points from where learning emanates. The conceptual themes provide the drive or they channelize the learning process; when this is achieved, the learner achieves the destination, namely mastery of the Concept.
At the beginning of learning of a new concept, students can take up a circle map, write the concept in the middle and then start writing the sources in the Frame of Reference and the corresponding conceptual themes in the Themes Sector.
The Frame of Reference provides the Information Input or the Direction; The Conceptual Themes lead to Short-term memory, affective System, Long-term memory, and Motor system, these in turn result in Working Memory, which is the Mastery of a concept. This comparison also will highlight the need for multi-modal learning experiences, and recognition of multiple intelligence in individuals.
For mastery of concepts choice of learning experiences for the anchoring concepts have to be very powerful. Accordingly, the resources as well the conceptual themes have to be designed powerfully.
Picture Courtesy: Holme, T. and Murphy, K. (2012). The ACS Exams Institute Undergraduate Chemistry Anchoring Concepts Content Map I: General Chemistry (p. 721)