Dyslexia affects about 15 to 20% of all students in the country. Attention deficit hyperactivity disorder comes next at 5-10% of the population. Dyscalculia affects a child's ability to process math skills. Around 3-7% of children across the world are affected by this learning disability.

It is estimated that 1 out of 10 people have dyslexia.

1.Text-to-Speech Software: Text-to-speech software helps people with dyslexia read and analyze text in digital format. Hearing their writing being read aloud in a natural voice allows them to proofread and work on their mistakes. For example: Natural Reader

2.Speech-to-Text Software: Speech recognition tools allow students to dictate their thoughts, which are then transcribed into written text. This can assist students with difficulties in writing, spelling, or fine motor skills. Popular options include Dragon NaturallySpeaking and Google Docs Voice Typing.

3.Electronic Graphic Organizers: These digital tools help students organize their thoughts, make visual connections, and outline ideas. Programs like Inspiration and MindMeister offer customizable visual mapping features.

4.Optical Character Recognition (OCR) Technology: OCR software converts printed text from books, worksheets, or handouts into editable digital text, enabling students to access and work with the content more effectively. A popular OCR tool is ABBYY FineReader.

Accommodations:

1.Extended Time: Allowing students with SLDs additional time to complete assignments, tests, or exams can reduce stress and provide them with the necessary time to demonstrate their understanding and abilities

2.Preferential Seating: Placing students in a location that minimizes distractions, improves focus, or allows better visual access to the board or teacher can enhance their learning experience.

3.Modified Assignments: Adapting assignments or tests to suit the individual needs of students can include providing fewer questions, altering the format, simplifying language, or providing additional support resources.

4.Visual Aids and Organizational Supports: Using visual aids like graphic organizers, color-coding systems, checklists, or visual schedules can assist students with organization, sequencing, and understanding complex information.

References:

https://studycorgi.com/blog/assistive-technology-for-learning-disabilities/#:~:text=Assistive%20technology%20for%20learning%20disabilities%20is%20any%20equipment%2C%20software%2C%20or,%2C%20apps%2C%20and%20handheld%20devices.

https://www.crossrivertherapy.com/research/dyslexia-statistics#:~:text=It%20is%20estimated%20that%201,of%20them%20receiving%20a%20diagnosis.

2. Assistive Listening Systems

3. Sign Language Interpreters

4. Real-Time Captioning

5. Note-taking Support

6. Captioned Videos and Multimedia

 

Mild intellectual disability = IQ of 50-69

Moderate = 35-49

Severe = 20-34

Profound = under 20

2. Previewing

Activate knowledge from the previous lesson by asking students reflective questions, then set intentions for your current lesson.

3. Mnemonic instruction

Use this memory-enhancing tool to teach students how to link new information to prior knowledge so that they easily retain specific information.

4. Adjust task difficulty

Adjust the difficulty of math problems to suit your learners’ capabilities.

5. Personalized system of instructionn

6. Interval duration during reading sessions

Adjust the amount of time between a student reading a word and the next word’s presentation, e.g., about five seconds.

7. Life space interviewing

This crisis intervention technique entails discussing the student’s negative behavior when the problem occurs.

8. Story mapping

Create a visual depiction of the setting, order of significant events, and character actions in a story before reading. This procedure helps to enhance student comprehension.

9. Individual curricular modification

Regularly administer behavioral assessments and use the results to determine the best instructional and curricular variables for different students when it comes to, for instance, assignment completion.

Assistive technology devices help students with various levels of severity of orthopedic impairment. These devices enable access to the educational curriculum and may include one or more of the following: