Zusammenfassung der Ressource
Higher-Order Thinking, Problem
Solving, and Critical Thinking
- Assessing Higher Order Thinking Skills
- Use tasks that require use
of knowledge and skill in
new or novel situations
- Use novel material to assess
higher order thinking
- Context-Dependent Item Sets
(-A.K.A. Interpretive Exercises)
- Introductory material
followed by items
- Reading excerpts, pictures, graphs,
drawings, paragraphs, poems, formulas,
tables of numbers, lists of words or symbols,
specimens, maps, films, sound recordings
- Advantages
- relatively close to the
real-world contexts
- provides the same
context for all students
- lessens the burden
of memorizing
- may moderate the effects
of prior experience
- only means to test
certain intellectual
abilities
- Disadvantages
- difficult to
construct sets
- intro material must
be carefully created
- performance on one item
set may not generalize well
- the set often requires students
to use additional abilities beyond
the assessment task focus
- may need special
facilities/equipment
- Layout
- poor arrangement
may cause students
to misread or
misinterpret
- Use side heading
and directions to
point students to
the introductory
material & tasks
- center
introductory
material
- items below
introductory
material
- introductory material and
items on the same page
- Ability to use
Reference Materials
- Reference-using skills
- alphabetizing, using tables of contents and indexes, using
encyclopedias, using dictionaries, using general reference
materials (calendars, maps and globes, textbooks,
periodical indexes, atlases, and so on), using library
services, using the Internet and computer-based CDs
- Interpretive materials
- section of an index, a section of a
table of contents, a part of an atlas,
a picture of a computer screen
- Graphs and Tables
- comprehending the topic
- recognizing what is shown by each part
- reading amounts
- comparing two or more values
- interpreting relationships,
trends, & main points
- Maps
- orienting maps, determining
direction, locating and/or describing
places on maps and globes,
determining distances, tracing
routes of travel, and interpreting
time zones, landscapes, features
- Concept Learning
- What are concepts?
- concept is a class or category of similar things (objects, people, events, or relations)
- forms the basis for their higher-order learning
- instances, examples, or
exemplars are individual
members of the concept
category
- concrete concept class
- has one or more common physical,
tangible qualities that can be heard,
seen, tasted, felt, or smelled
- IE: large, triangle, green, house, dog
- defined concept
classdefined concept class
- can be defined in the
same way by attributes
that are not tangible
- often relationships
among other concepts
- sometimes called abstract or relational concepts
- usually learned by definitions
- IE: diagonal,beside, friendliness, uncle, mother
- Some concepts are learned initially as concrete
concepts and later as defined concepts
- Understanding isn't just
showing examples.
Understanding is showing how
concepts are related to each
other and linked together in
complex ways through
schemata or networks
- schema is the way knowledge is
represented in our minds
- connected concepts, information, rules,
problem-solving strategies, conditions for actions
- Assessment Strategies
- Give the Name
- Over generalizations are not caught
- discriminating examples from nonexamples
- doesn't require concept name
- allows teacher control of
assessment situation
- doesn't assess deeper understanding
- producing their own examples
- students to think up examples
- useful for assessing simple
(not complex) concepts
- using the concept in performance assessment
- Demonstrates deeper understanding
- Complex assessment with concept application
- use the concept to solve problems;
relate the concept to other concepts
principles and generalizations; use the
concept to learn new material
- Defined Concept
Learning
- weaker strategies (may not be
suitable for younger students)
- produce a definition
- produce new concept exemplars
- stronger strategies
- discriminate exemplars from nonexemplars
- identify components and demonstrate relationships
- Assessing Rules &
Principles Comprehension
- Strategies for assessment
- produce or identify
consequences
- produce consequences
& explain why
- produce an
explanation only
- draw a conclusion
based on application
of the principle
- Difficult to interpret, so questions you
have to answer about the students’
responses to evaluate them properly
- Are the students’ examples new, or
were they presented in the class or in
the assigned materials?
- Why can’t students give good examples?
- Do they understand the principle?
- Is there weak content
specific knowledge being
used to apply the principle?
- Problem Solving
- Nature of Problem Solving
- Requires use of
higher-order "problem
solving" processes
- “No-brainers”
are NOT
problem solving
- Well Structured
- Most textbook questions/exercises
- Clearly laid out
- Give students
opportunities to rehearse
procedures or algorithms
- Not authentic/real life
- Ill-Structured
- students organize the information
- More Authentic/real life
- students clarify the problem
- students obtain the information
- students recognize
there may be multiple
correct answers
- General vs. Specific
Problem Solving
- General
- Strategies apply across subject
areas but in less powerful ways
- Used when
operating outside of
a comfort/expertise
zone
- Specific
- Strategies apply strongly to
specific content areas but not
across subject areas
- Used by people who are
more expert/comfortable
with the subject
- 10 step heuristic for
Solving Problems
- see the whole picture, not just details
- withhold judgment; do not rush to a solution
- create a model of the problem
- pictures, sketches, diagrams,
graphs, equations, or symbols
- try different models if the first doesn't help
- state the problem as a question
- try different questions if the first doesn't work
- think outside of the box
- work backward
- keep track of partial solutions
- use analogies to compare
the problem to others
- talk around and through it in many
ways until you find a solution
- IDEAL problem solver
- Identify the problem
- Define & represent the problem
- Explore possible strategies
- Act on strategies
- Look back and evaluate the effects of your activities
- Critical Thinking
- Assessing critical thinking
- checklists can help keep
track of students' uses of
critical thinking skills
- Rating scales help record
teacher judgment of the
quality of critical thinking
- Advanced clarification
- Interact with others
- “ Critical thinking is a process, the
goal of which is to make reasonable
decisions about what to believe and
what to do” ( Ennis, 1996 , p. xvii)
- Reasonable thinking
- Reflective thinking
- Focused thinking
- Deciding what to believe or do
- Abilities and dispositions
- 5 areas of critical
thinking abilities
- Elementary Clarification
- Basic Support
- InferenceInference
- Advanced clarification
- Strategies & tactics
- Decide on an action
- Interact with others
- Define terms &
judge definitions
- Identify assumptions
- Make &
evaluate
- deductions
- inductions
- judgments
- Judge the credibility
of a source
- Make & judge
observations
- Focus on a question
- Analyze arguments
- Ask & answer
questions that
clarify and
challenge
- Reading Skills
- Traditional procedure
- Read-->answer questions
- Locate possible passages
- Write initial test items
- Rewrite the passage to
focus on targets
- Consider rewriting
some of the items
- Repeat rewriting
as necessary
- Authentic reading assessment
- Reading
comprehension
is focus
- Longer passages
from primary
sources
- Can be combined
with writing &
experimenting etc.
- MAZE item type
- Embed multiple-choice
questions to check for
comprehension
- Design so students
need to read and
understand the passage
- Information required for
a correct answer should
all be in the passage
- All of the items’
options should be
common words