Title: Introduction to CTE Learners with Intellectual Disabilities: Additional Information
1Introduction to CTE Learners with Intellectual
Disabilities Additional Information
2Historically Devalued Populations
3Characteristics of Intellectual Disabilities
- Prevalence
- Total rate of persons with intellectual
disabilities at any given time. - USA 3
- Worldwide - Developed countries between 1 and 3
per 100 persons and even higher in developing
countries. - Incidence
- Rate of newly identified persons with
intellectual disabilities during a given time
period. - In the USA, the incidence rate is highest when
individuals begin school.
4Related Disabilities
- Autism
- 70 - 90 of people also have an intellectual
disability - Four times more common in boys
- Issues with stimulus response to
- Objects
- People
- Sensations (i.e., touch, smells, sounds, sights)
- Cerebral Palsy
- 60 - 70 of people also have an intellectual
disability - Issues with motor control, posture, and movement
- Note There are no means to assess IQ in people
who lack communicative oral or gesture language
5Other Issues
- Seizure Disorders
- 21 of people with intellectual disabilities
- 50 of people with both intellectual
disabilities and cerebral palsy - Self-Injurious Behavior
- Communicating something
- Boredom
- Psychiatric Disabilities
- Anxiety
- Depression
- Schizophrenia
6Other Issues
- Traumatic Brain Injury
- Typically results from accidents however, brain
injury may also be caused by insufficient oxygen,
stroke, poisoning, or infection. - Brain injury is one of the fastest growing types
of disabilities, especially in the age range of
15 to 28 years.
7Residential (Siperstein, 2003)
- 75 believe that the best living arrangement is
at home with their parents/guardians, group
homes, or institutions - And only 25 believe that people with
intellectual disabilities should own their own
home, live in a supervised apartment or totally
independently.
8Employment (Siperstein, 2003)
- 61 believe that the negative attitudes of other
workers present a major obstacle towards
inclusion in the workplace - 49 believe people with intellectual disabilities
should either not work or should work in a
special workshop - 50 believe that inclusion will reduce the
productivity of the other workers
9Attitudes (Siperstein, 2003)
- Overall, the survey data indicates that there is
a lack of appreciation of the range of
capabilities of individuals with intellectual
disabilities - Low expectations of how much people can achieve.
- The world still believes individuals with
intellectual disabilities should learn, work and
live in separate settings, apart from people
without disabilities.
10Access to the Community
Our Expectations MAKE The Difference
11Supporting Course Participation
- Need to address these types of barriers
- Lecture Format
- Handouts
- Video and PowerPoint Presentations
- Reading and Writing
- Assessment and Testing
- Laboratory Work
- Internships/Practica
- Office Hours
12The Continuum of Technology Blackhurst, 1997 (p.
42)
- High-tech solutions involve the use of
sophisticated devices, such as computers and
interactive multimedia systems. - Medium-tech solutions use less complicated
electronic or mechanical devices, such as
videocassette players and wheelchairs.
Beirne-Smith et al.Mental Retardation, Seventh
Edition
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15The Continuum of TechnologyBlackhurst, 1997 (p.
42) (continued)
- Low-tech solutions are less sophisticated, such
as adapted spoon handles, Velcro fasteners, or
raised desks that can accommodate a wheelchair. - No-tech solutions require no devices or
equipment. These might involve the use of
systematic teaching procedures or the services of
related services personnel such as physical or
occupational therapists
Beirne-Smith et al.Mental Retardation, Seventh
Edition
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17Usage Barriers
- Awareness
- Cost
- The Digital Divide
- Teacher Expertise
Beirne-Smith et al.Mental Retardation, Seventh
Edition
18Traditional Teaching Styles
- Linguistic Intelligence
- Thinking in words
- Use language to express and appreciate complex
meaning - Logical Mathematical
- Calculates, quantify, consider propositions and
hypotheses - Carry out complex mathematical operations
- Career and Technical Education
- Incorporates some others
- Visual/spatial
- Recognizing relationship between objects
- Finding ones way in space
19Universal Design for Learning
- Framework
- Multiple means of presentation of information to
students - Multiple means of expression by students
- Multiple means of engagement for students
20Brain-Based Learning
(Jensen, 1998)
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