14 IDEA Disability Categories
Deaf-Blindness (Low-Incidence) Ji In Seo
Developmental Delay (Low Incidence) Eleanor
Traumatic Brain Injury
(Low-Incidence)
Penny
Autism--Low Incidence--Jennifer
Deafness
(Low- Incidence) Lasana
Hearing Impairment (low incidence) Cassandre
Emotional Disturbance( High Incidence)Adam
Other Health Impairment Mark
Intellectual Disability--Low Incidence--Jennifer
Speech or Language Impairment (High Incidence) Daniela
Orthopedic Impairment--Low Incidence--Aron
Specific Learning Disability (High Incidence) Patrizia
Visual Impairment Including Blindness
(Low-Incidence)
Talene
Multiple Disabilities Patricia
Assistive Technologies:
Accommodations; Not having fluency in sign language won't prevent learning if one provides written instructions using clear diagrams, graphics, and pictures coupled with strong body language. While interacting with students, make accommodations in the lesson to have pauses for the deaf student to have the time to process, respond, and get their response filtered. Finally, provide ample opportunities for the student to work independently.
Computer adaptations such as Braille translation software, braille printer, screen reader, screen enlargement software, and refreshable braille display are suggested.
For other adaptive devices, braille notetakers (note taking device), optical character reader, assistive listening devices, and electronic braillewriter are also available.
Deaf-Blindness. (n.d.). Retrieved from http://www.projectidealonline.org/v/deaf-blindness/
Consideration When Teaching Students Who are Deaf-Blind. (2001). Retrieved from https://cms.hutchcc.edu/uploadedFiles/StudentServices/DisabilityServices/tpshtdb.pdf
Symbolic communication should be used such as touch cues, object symbols, and fingerspelling should be used often in classroom for better comprehension.
Augmentative and alternative communication (AAC) involves alternate methods of communicating needs, feelings, ideas and perceptions through the use of electronic and non-electronic devices that provide a means for expressive and receptive communication for persons with limited or no speech.
Assistive and Adaptive Technology and Autism. (2018, June 15). Retrieved from http://researchautism.net/autism-interventions/types/assistive-and-adaptive-technology
Computer access aids include hardware (such as mobile devices) and software (such as apps) that enable people to access, interact with, and use computers.
Word predicting programs; talking spell checker and dictionary; picture and symbol supported software; accessibility options on computer; speech recognition software; recording device; and speech-generating device.
"National Resource Center for Traumatic Brain Injury," www.tbinrc.com/education-and-training
Materials: Use lecture recording, speech-generating device; picture- and symbol-supported software. Permit use of dictionary/thesaurus on exams.
Additional time: For both in-class assignments and exams. Administer long exams in a series of shorter segments. Allow oral exams if needed.
"A severe orthopedic impairment that adversely affects a child's educational performance" (Project IDEAL, 2013)
Learning disabilities are neurologically-based processing problems. These processing problems can interfere with learning basic skills such as reading, writing and/or math. They can also interfere with higher level skills such as organization, time planning, abstract reasoning, long or short term memory and attention.
“Types of Learning Disabilities.” (2018) Learning Disabilities Association of America, ldaamerica.org/types-of-learning-disabilities
Assistive technologies, including the following:
The Individuals with Disabilities Education Act (IDEA) defines speech and language impairment as "a communicative disorder such as stuttering, impaired articulation, a language impairment, or a voice impairment that adversely affects a child's education performance." Retrieved from http://www.specialeducation guide.com/disability.../speech-and-language-impairments...
Definition Of Other Health Impairments
…means having limited strength, vitality, or alertness, resulting in limited alertness to the educational environment, that—
https://www.parentcenterhub.org/ohi/#school
"Optical scanners; closed-circuit television systems (CCTVs); optical magnifiers; note-taking devices; and technologies that produce large print, braille, or speech are examples of technologies that enable individuals who are visually impaired to write and edit papers, conduct research, gain access to information, and develop job skills."
Abner, G. H., & Lahm, E. A. (2002). Implementation of Assistive Technology with Students Who Are Visually Impaired: Teachers' Readiness. Journal of Visual Impairment and Blindness, 96(2), pp. 98.
- Materials: Use braille, raised line paper, text recording, lecture recording, etc.
- Extra time: Make considerations for eye fatigue and scanning ability
- Classroom layout: Seat student away from windows and avoid glare from overhead lights
- Assignments: Allow students to use bold markers and present expectations in a visually uncluttered way
What's the Difference Between a Speech Impairment and a Language Disorder?
2) adversely affects a child’s educational performance
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"The use of real materials or actual tools in natural environments is an essential component in the effective instruction of students with intellectual disabilities." (Project IDEAL, 2013) These assistive technologies may seem "low tech" teaching resources, it is still the best way to motivate the student and facilitate a similar and general working environment. Students with intellectual disabilities in inclusive classrooms benefit by using the same materials as the rest of the class when possible.
Augmenting Assistive Technologies: Cochlear implants and hearing aids; Personal FM or soundfield systems (microphone worn by teacher directly connects to student's implant/aid or speaker) Transforming Assistive Technologies: Transcribing services/programs (convert spoken words into written text); Captioning Services for video/audio productions. Central Institute for the Deaf. Assistive Technology in the Classroom for Deaf and Hard of Hearing. 2013, cid.edu/wp-content/uploads/2013/10/Assistive-Technology-in-the-Classroom.pdf.
Breaking down larger tasks into specific parts can be an effective technique to teaching any kind of skills to a student with intellectual disability.
Implants and hearing aids work best in quiet environments. Background noises or other auditory distractions should be limited.
There can often be a pattern seen where attachment and connection to a cognitively healthy individual is made and broken repeatedly. This places the student in a constant state of alarm. Desautels, L. (n.d.). Reaching Students With Emotional Disturbances. Retrieved from https://www.edutopia.org/article/reaching-students-emotional-disturbances-lori-desautels
Under the IDEA, individual states have the freedom to define "developmental delay." The term generally describes a significant delay in a child age 3-9 years in one or more of the following areas:
Physical (fine/gross motor skills)
Cognitive
Communication
Social/emotional
Adaptive behavior
(https://sites.google.com/a/ucdavis.edu/teaching-students-with-disabilities/home/idea-disabilities/developmental-delay)
Have a "time out" corner where children can relax to eliminate stress.
Personalized check in notes with clear goals and affirmations of behavior. This is shown to be exceptionally effective in working with students that do not respond to spoken communication.
Structured Emotional Support can be established in several ways. Psychologist Raymond Wlodkowski developed a 2x10 program. For 2 minutes a day, 10 days in a row the teacher has a personal conversation with the student about anything that is of interest, and is appropriate, to the student. This technique claims an 85% rate of improvement in that students behavior.
A locked journal is a safe place to write down thoughts and feelings without being judged. Encouraging the student to keep a journal, or even offering to keep one in a drawer in your classroom for the student to write in, could prove very beneficial.
Daily living (or functional) aids are devices and tools (such as videos) which are designed to help people perform daily living activities, such as getting dressed, getting around safely and so on.
Education and learning aids (such as robots and visual schedules) are designed to help people cope with educational tasks such as reasoning, decision making, problem solving etc.
Recreation and leisure aids (such as models and toys) are designed to help people participate in sports, social, cultural events.
The term includes the following impairments according to Project IDEAL (2013):
Other accommodations include: teachers helping to make the classroom environment predictable since students with autism don't like change and students with autism benefit from daily routines so they know exactly what to expect.
Diseases
According to Bausch et al. (2015) orthopedic impairment was the second most frequent reported disability in students between the kindergarten to grade 12.
However it is reported that only 1.1% of students, approximately 68,188) in the USA receive special education services based on the classification of orthopedic impairments (Project IDEAL, 2013).
LOW INCIDENCE
Other causes
Congenital anomalies
Students should be seated near the teacher during instruction
Clubfoot
Absence of some member
Poliomyelitis
Bone tuberculosis
Check ins should be conducted frequently for hearing/understanding and repetition/rephrasing of information as needed
Fractures or burns that cause contractures
Cerebral palsy
Amputations
Teachers and peers should enunciate, and provide information in an organized and sequential manner.
Reliance on visual senses can require special lighting, reduced visual distractions, and breaks to avoid over stimulation.
Characteristics of Orthopedic Impairments:
Degenerative Diseases
Musculoskeletal disorders
Neuromotor Impairments
Caused by the following: abnormality or damage to, the brain, spinal cord, or nervous system.
Associated Motor Problems
Loss of urinary control
Loss of alignment of the spine
Limited limb movement
Common Types: Cerebral Palsy and Spina Bifida
Composed of various diseases that affect motor development.
Common Type: Muscular dystrophy
Composed of various conditions that can result in various levels of physical limitations.
Examples include: Juvenile Rheumatoid Arthritis and Limb Deficiency
Teaching Strategies
Students may require the following accommodations to access the general curriculum of a school (Project IDEAL, 2013):
Awareness of medical condition and its affect on the student (such as getting tired quickly)
Securing suitable augmentative communication and other assistive devices
Instruction focused on development of gross and fine motor skills
Special seating arrangements to develop useful posture and movements
Other specialists may be included in an IEP to ensure that all aspects of a students' impairment are covered.
Specialists Included (Project IDEAL, 2003):
- Physical Therapists who work on gross motor skills (focusing on the legs, back, neck and torso)
- Occupational Therapists who work on fine motor skills (focusing on the arms and hands as well as daily living activities such as dressing and bathing)
- Speech-Language Pathologists who work with the student on problems with speech and language
- Adapted Physical Education Teachers, who are specially trained PE teachers who work along with the OT and PT to develop an exercise program to help students with disabilities
- Other Therapists (Massage Therapists, Music Therapists, etc.)
Teach one concept or activity at a time, until they master it.
Teach one step at a time, to help support memorization and sequencing.
Teach students in small groups, or preferably one-on-one.
Assistive Technology
- Devices for Positioning and Mobility
- Devices to Access Information
Always provide hands on learning, and practice skills learnt in numerous different settings.
Use verbal and physical feedback to guide correct responses and provide positive reinforcement.
Screen reading software
Augmentative and alternative communication devices (eg. communication boards)
Speech recognition software
Academic software packages for students with disabilities
Crutches
Wheelchairs
Walkers
Specialized exercise equipment
Canes
Specialized chairs, desks and tables for proper posture development
References:
Project IDEAL (2013). Orthopedic Impairments. Retrieved from http://www.projectidealonline.org/v/orthopedic-impairments/.
Bausch, M.E., Ault, M.J., Hasselbring, T.S. (2015). Assistive Technology in Schools: Lessons Learned from the National Assistive Technology Research Institute. Efficacy of Assistive Technology Interventions*, 13-50. Retrieved from https://doi.org/10.1108/S2056-769320150000001002
Accommodations during assessments (some examples):
Phonetic Spelling Software and abbreviation expanders to convert the student's typing into the word they intended to write (dyslexia)
Talking calculator makes it easier to check assignments, read numbers and perform calculations. (dyscalculia)
Electronic worksheets to complete the assignments. These worksheets help students to format/line up words, equations and numbers. A text to speech or a speech synthesizing technology may be available. (dyslexia)
Proofreading programs may help students who struggle in writing, since these softwares scan documents and alert to possible errors.
Accommodations in class (some examples):
Formula cards, calculation checklists and calculator (dyscalculia)
Examples should be written either horizontally, or vertically but not both
Highlighting or circling of the important information in a problem
Squared paper
- Extra time (usually 25%) (dyslexia/dyscalculia)
- Separate room for assessments (dyslexia/dyscalculia)
- Spell check (dyslexia/dyscalculia)
Speech refers to the actual sound of spoken language (talking). A speech disorder usually indicates that someone has trouble producing certain sounds accurately.
Language refers to a whole system of words and symbols - written, spoken or expressed with gestures and body language - that is used to communicate meaning. Language Impairment deals with meaning.
Students with high incidence disabilities can meet same standards as students without disabilities when highly structured interventions are put in place.
Assistive technologies include:
Computer Softward such as Read and Write for Google Chrome that supports learning in the four skills
Communication Apps such as PROLOQUO2GO or iCommunicate that assist teachers and students in designing visual schedules, speech cards, storyboards
Touch Screens and Communication Boards that support children whose speech is not understood by others to communicate
Receptive Language Issues refer to difficulty understanding what is said
Expressive language issues refer to difficulty communication one's thoughts
Speech and Languages Strategies for the Classroom
If you cannot understand a student, ask the student to show you or say it in a different way. If the student is able, ask them to write the word.
Use a slow and relaxed rate with your own speech, but not so slow that you sound unnatural. Use pauses to slow down your speech.
When introducing new units/stories, compile a list of key vocabulary words (and when possible, pair a picture with vocabulary words). Create a word list with vocabulary and definitions to display in a visible place within the classroom.
Stuttering is the most common kind of speech problem involving fluency. If a student stutters, allow the student to complete his/her thoughts without interrupting or completing the sentence for them.
Allow student to demonstrate learning one-on-one
If a child makes an error, repeat the word in an appropriate model (e.g. If the child says "nak" for snake, you would say, "Oh, you want a snake"). This way you are not focusing on the error or calling negative attention to the child, but providing an appropriate model.
one-on-one instruction with a speech therapist or push-in help with a speech therapist
Assistive Technologies
Developmental Delays can be caused by genetic abnormalities (Down Syndrome, cerebral palsy), pregnancy/birth complications (prematurity), environmental factors (neglect, malnutrition), but most often the cause is unknown.
Low tech manipulatives and high tech game apps to improve fine motor skills.
Text to Speech Software for students with speech delays or difficulty reading.
Audiobooks
FM systems to help students ignore background noise and focus on teacher's voice.
Accommodations
Seat students away from distractions, perhaps with a buddy who can help keep them on task.
For a comprehensive list of strategies see Developmental Delay Strategies (http://www.do2learn.com/disabilities/CharacteristicsAndStrategies/DevelopmentalDelay
Read to students and ask questions to build comprehension and communication skills.
- Breaking long assessments into chunks
Time organizers
Mnemonics
Note taking with the 2- columns approach
Prioritizing with different coloured highlights: important information in one colour and details in another
Materials can be written in large prints, or translated into braille.
When speaking, walking around the classroom may be helpful for the students to hear the teacher's voice more clearly. On the contrary, writing on the board while speaking may be a distraction for the deafblind student to hear.
If there is an interpreter in class, teacher's instruction should be kept at a certain pace that is agreeable with the interpreter.
Videotapes and slides may be helpful for students with low visions. Graphs, diagrams, or scale model objects can be used during class to describe information taught in class.
Assistive Listening Device can be used in class. Teachers can use small microphone that could increase the volume of the lecture for the student wearing the device.
Shorten writing assignments for students who have difficulty holding a pencil.
Employ predictable routines in the classroom.
Use play-based activities for young children to strengthen muscles, improve motor skills and coordination: blowing bubbles, playing with play dough, hopping and skipping.
Be inclusive and encouraging, setting small achievable goals and focusing on successes.
The best assistive technology is the use of the sign language that the student is used to using at home; if not oneself, getting a translator would prove also effective.
1) is due to chronic or acute health problems such as asthma,
attention deficit disorder or attention deficit hyperactivity disorder,
diabetes,
epilepsy,
a heart condition,
hemophilia,
lead poisoning,
leukemia,
nephritis,
rheumatic fever,
sickle cell anemia,
and Tourette syndrome
The phrase "such as" means that other health impairments not listed above can be considered as IDEA Disabilty Categories if they meet the two main criteria
1) chronic or acute health problems that
2) adversely affects a child’s educational performance
Early intervention services are for children under the age of 3 includes free evaluation of the baby or toddler to see what the problem is, identifying the needs of the child (and family), and designing and delivering an individualized family service plan (IFSP) to address the child’s unique needs.
Special education services are for children from 3 to 21, sometimes older. These services include specially designed instruction and a wide range of supports to address the student’s individual needs that result from his or her disability.
Managing the Health Condition at School
School Health Services and School Nurse Services, provided by a qualified school nurse or other qualified person
Diagnosing the Health Condition
medical services provided for diagnostic and evaluative purposes only by a licensed physician to determine a child’s medically related disability that results in the child’s need for special education and related services.
Including
special feedings
clean intermittent catheterization
suctioning
management of a tracheostomy
dispensing medications
changing a child’s position frequently to prevent pressure sores
chronic disease management
conducting education and skills training for caregivers
Accommodations in the Classroom
Provide written or pictorial instruction
Use voice recordings of verbal instructions
Have a peer buddy take notes for the student or permit tape recording
Divide large tasks into smaller steps
Provide a checklist of assignments and a calendar with due dates
A child with an OHI may have periodic, lengthy absences from school, including hospitalization. During these times, the public school remains responsible for providing educational and related services.
.
At home, the school may arrange for a homebound instructor to bring assignments from school to home and help the student complete those assignments
When hospitalized, services may be provided by the hospital, through arrangement with the school. The hospital may want to review the child’s IEP and may, with the parent’s permission, modify it during the child’s hospitalization.
After the child is discharged, the hospital will share a summary of the child’s progress with the school, in keeping with whatever local school policies are
Prepare for Transition Back To School.
Other Health Impairments (High incidence)
(National Center For Education Statistics
2014-2015)
AD/HD is the largest component of OHIs. It is estimated that from 2 to 9% of all children are identified as having the condition.
(Project IDEAL 2013)