The purpose of this blog is to use it as a supplementary learning tool during my participation in my EDUC: 569.69: Assistive Technology, Masters of Education course at St. Francis Xavier University.

Wednesday, 4 June 2014

Review and Critique of UDL and Assistive Technology Research Articles

There is copious amounts of research obtainable related to the importance and value of incorporating assistive technology and Universal Design for Learning (UDL) into the classroom. Stakeholders, administrators, educators, parent(s)/guardian(s) are being presented with evidence suggesting the compulsory need for teaching to meet the needs of ALL learners. The purpose of this post is to summarize six research articles related to UDL and assistive technology. Furthermore, this post will provide a review and a critique of each article.

Article #1: Differentiated Instruction: Begin with Teachers! By: Kappler & Weckstein

Oakwood City School District in Dayton, Ohio and the change it implemented is discussed in this article. Within this school district, differentiation has been a goal for years and resistance to change amongst some of the educators has always existed. But acceptance and incorporation of change can occur when provided with distinguished means for implementing differentiation.

Furthermore, this article proves change only occurs when there is a deep implementation of the change.  Kappler & Wechstien (2012) state, “Implementation that was moderate or occasional was no better than implementation that was completely absent. Only deep implementation had the desired effect on student achievement” (p. 36). This statement summarizes my personal experience with change. I believe my school discusses areas for improvements, implements strategies, places a strong emphasis on the desirable change for a couple a months, then the change is forgotten. No one truly get excited about the change and there are often many educators who are resistance. My school fails to recognize the importance and value of deep implementation, so little change ever occurs.

In addition, this article reveals a successful strategy supporting deep implementation of change. Teacher evaluation was used to support school reform. The evaluation process was tailored to meet the needs of individual teachers. Each teacher was asked to compose goals, opportunities were provided to select desirable professional development experiences, and a variety of methods were offered for teachers to share their evaluations. When provided with an amplitude of choices, differentiated evaluations, and occurrences to participate in collaboration; educators desire to participate in change was fostered. When told what to do and how to do it, people will be resistant. When individuals believe their opinion matters, intrinsic motivation is initiated. As a result, a willingness and eagerness to implement change is strengthened. Who wants to be part of change when the change involves reluctantly accepting requests from a dictator? I am only motivated when I believe my knowledge and suggestions are considered.

Kappler Hewitt, K., & Weckstein, D., (2012). Differentiated instruction: begin with teachers! Kappa Delta Pi Record, 48, 35-40. doi:10.1080/00228958.2012.654719.

Article #2: Using iPads with students with disabilities: lessons learned from students, teachers, and parents. By:  Rodríguez, Strnadová, & Cumming.

This article examines the implementation of mobile technologies (e.g., smartphones, iPods, iPads, and other tablets) in a Special Education classroom. The inclusion of mobile technologies in the classroom has enhanced student’s active participation in learning, particularly students with disabilities. The authors of this article facilitated several case students and the participants of the case studies were students with disabilities. One study consisting of school-aged participants demonstrated an improvement in student engagement which was directly correlated with student’s participation in literacy and numeracy mobile technology app usage. Similarly a study consisting of secondary students and their enriched access to mobile technologies in the classroom showed improvements in professor’s ability to present knowledge as well as an enhancement of student’s ability to access knowledge. Mobile technology is making the aspiration for Universal Design of Learning, a reality.  

Furthermore, the article provides strategies for successfully implementing mobile technologies into the classroom. First and foremost, education and awareness is essential and informing parent(s)/guardian(s) about the importance and value of mobile devices is crucial. Secondly, access to professional development is necessary. When the tools and resources are accessible, educators require the knowledge and skills related to how to use mobile devices most effectively. Thirdly, funds need to be available to purchase and maintain the technology. Fourthly, the school and the home need to collaboratively work together. If the student is being provided with access to learning at school, he/she needs equal access at home. 

Overall, the incorporation of mobile devices in the classroom has proven to foster student engagement and as a result impact student achievement positively. However, simply handing a teacher an iPad and saying, “here… use this to help your student who has written output difficulties” is not sufficient. It is imperative to provide awareness and understanding of how to best incorporate the assistive technology device. I am a Special Education teacher and I do have two iPads in my classroom. Enrolling in this course and gaining the knowledge and awareness related to how to use my iPads most efficiently to support the needs of my students has supported my ability to implement mobile technology in my classroom. I am very grateful for this course because I believe it has enhanced my ability and willingness to create a classroom tailored to Universal Design for Learning.

Rodríguez, C., Strnadová, I., & Cumming, T., (2013). Using iPads with students with disabilities: lessons learned from students, teachers, and parents. Intervention in School and Clinic, 49(4), 244–250. doi: 10.1177/1053451213509488

Article #3: iPads as instructional tools to enhance learning opportunities for students with developmental disabilities: An action research project. By: Cumming & Strnadova

This article provides an overview of an action research project that was funded through the Association of Independence schools as part of the Australian Government Quality Teacher Program. The goal of the action research was to examine the process and outcomes related to the implementation of iPads for students with disabilities.
Initially, this action research project was implemented through the incorporation of the best evidence synthesis (BES) model. First, qualitative and quantitative data was collected related to current student achievement. Next, the participating teachers meet regularly to participate in a variety of training and professional development sessions. Then, students with disabilities were exposed to iPads in the classroom. Results were collected through teacher blogs, student video interviews, and teacher video interview and focus groups.
The findings of this action research project revealed that teachers believed students who had access to iPads in the classroom became more independent. In addition, students who had access to iPads explained how there was an improved confidence in their abilities to complete academic tasks and they were finding learning more fun. Overall, when provided with the opportunity to use iPads for learning amongst student with disabilities, student achievement improved.
However, some teachers did express limitations. One limitation in particular was related to the lack of accessibility. A student may have access to an iPad in their special education classroom but will not have access to those same tools in their regular education classroom. Personally, I experience the same limitation with my students. I do have mobile devices in my classroom and my students use them frequently. However, when integrated into their regular education classroom they do not have the same access to assistive technology. Advocating for my students is a large component of my job. Explaining to colleagues the importance of assistive technology for that student is challenging and often the teacher is reluctant to allow the assistive technology to be in their classroom because it is unfair to the other students. How is it unfair? Isn’t it unfair for the student to sit in class and be taught a way he or she can’t learn? I wish so many times that I had the courage to say this, but I fear conflict and confrontation. I think some teachers need to be provided with additional opportunities for the development of their technological pedagogical knowledge.

Cumming, T. M., & Strnadova, I. iPads as instructional tools to enhance learning opportunities or students with developmental disabilities: An action research project. Action Research, 12(2), 151-176. doi: 10.1177/1476750314525480`

Article #4: AIM for Digital Equity. By: Bowser & Zalaba

In the introduction of this article the authors explain how the elimination of paper textbooks continues to transpire. The introduction to textbooks via digitally has enhanced and will continue to support struggling readers and students with disabilities ability to access text. However the authors explain, “If content developers and manufacturers design and develop digital content and electronic learning tools in ways that prohibit the use of reading software and hardware and assistive devices, then they will create new barriers just as they dismantle older ones” (Browser & Zalaba, 2012, p. 16). Therefore, as technology continues to be implemented into the classroom the process should be gradual and closely examined to ensure future barriers are prevented.

Subsequently, as technology continues to be introduced to the classroom educators need to be provided with the knowledge and awareness of how to acquire instructional materials in a variety of ways. Likewise students need to be provided with the opportunity to access materials for learning in variation of ways. When students are provided with the capacity to access text differently, this process is known as accessible instructional materials (AIM). There are a variety of resources to support the AIM process.
Purchased materials, free materials, and create your own materials are three methods related to AIM. Previously, I purchased WYNN in my classroom to support a student’s ability to access text. WYNN, older software, would be considered AIM purchased material. Free materials are also available online but it is important to get the most accurate and authentic resource. Also, teachers can incorporate their own AIM by making text more accessible to students (printing large text, scanning textbooks, printing notes).
Overall, text is becoming more digitally accessible in the classroom yet there are still actions required to support this process. Increased awareness of current resources, professional development related to AIM, and increased collaboration are all important steps supporting the incorporation of digital text in the classroom.

Bowser, G., & Zabala, J., (2012) AIM for digital equity. Learning & Leading with Technology. 16-19.

Article #5: Expanding horizons for students with dyslexia in the 21st century: universal design and mobile technology. By: Reid, Strnadová, & Cumming

This article explains the different attempts and strategies employed to support students with disabilities, in particular Dyslexia. Isolating, integrating, including with support have been implemented in schools system. Although these methods have been successful, are these strategies fostering Universal Design for Learning (UDL)?

“UDL involves planning the classroom environment and instruction so that it is accessible for all students from the start, without the necessity of adaptation or modifications” (Reid, Strnadová, & Cumming, 2013, p. 175).  When students are segregated, integrated, and included into the classroom setting, how evident is UDL? Students with disabilities should be provided with the means to access knowledge and learning through a means that supports their abilities in a typical classroom setting. Mobile technology is making the goal of achieving UDL a possibility.

When considering appropriate mobile technology for a particular student, assessment is critical. It is valuable to identify the learners’ difficulties, understand the families’ perspectives, determine learning barriers, consider the curriculum, and reflect on the mobile technology that will break down barriers, difficulties and/or assumptions. Determining the most effective mobile technology can enable an individual to have a mobile toolkit at their fingertips which will enhance their ability to read, compose text, note take, organize, and engage in metacognition/ study skills.

Again, as discussed in previous articles it is extremely crucial to incorporate teacher training when implementing mobile technology into the classroom. Developing common goals, collaborating with school milieu, connecting with families, regularly scheduling review meetings, and supporting all individuals involved are essential components when including mobile technology into the classroom.

 Reid, G., Strnadová, I., & Cumming, T., (2013). Expanding horizons for students with dyslexia in the 21st century: universal design and mobile technology. Journal of Research in Special Educational Needs, 13(3), 175–181. doi:10.1111/1471-3802.12013

Article #6: Learning from Text. By: Edyburn

Through the incorporation of the No Child Left Behind Act of 2001 this article explains the compulsoriness of ensuring students be encouraged, supported and provided with means for accessing text. However, “the emerging dilemma for teacher, administrators, and policy makers centers on the relationship between the variables of time, conditions, and achievement” (Edyburn, 2003, p. 17). Although there are rules and regulations emphasizing the need for Universal Design for Learning, is there equal emphasis on the availability of resources, time, money, assistive technology, and/or professional development? I believe there is a magnitude of resources and tools available to support the implementation of the No Child Left Behind Act of 2001 but awareness and accessibility of these resources and tools is not of importance. Are schools being given money to purchase assistive technology tools? Are teachers provided with professional development to learn how to provide instruction based on Universal Design for Learning? Do educators have the time to learn about new technologies and how to incorporate the technology into their classrooms? If educators are being mandated to provide ALL learners with access to text we should be provided with the abilities to do so.

Furthermore, this article reveals the difference between remediation and compensation Remediation is used to strengthen an individual’s ability or to enhance a particular skill while “compensation approaches recognize that ongoing persistent deficits in performance must be addressed through strategies that minimize or eliminate the impact of disability on performance” (Edyburn, 2003, p. 19). The implementation of remediation has its benefits, but this article explains the inevitable need for additional compensation methods. 

Next, the article provides some compensatory strategies for accessing text and provides instructional and assistive technology tools to support these strategies. Bypassing reading, decreasing reading, supporting reading and guided reading are compensatory strategies and there is a variety of assistive technology, websites, and software’s mentioned throughout this article to support these compensation strategies. Yes, more tools and resources to use! I am grateful to learn more about these tools and I hope to implement them into my classroom. I as an educator have a responsibility to ensure all students have access to text. But again I ask the question… are we provided with sufficient time, money, and or opportunities to incorporate these strategies?

Edyburn, D. L., (2003) Learning from Text. Special Education Technology Practice, 16-27. Retrieved May 26, 2014, from http://indicators.knowbility.org/docs/resourcebank/LearningfromText.pdf
  
Closing Remarks:

Incorporation of Universal Design for Learning should be a mandate for all educators. Likewise, assistive technology needs to be implemented into the classroom. It is unmistakable from the research articles provided in this post, there is a magnitude of evidence proving the positive impact UDL and assistive technology has on student achievement. Student engagement, confidence, accessibility, and active participation in learning are all positive outcomes related to UDL and assistive technology. Aren't these outcomes the goals of education? 

Furthermore, all students have the right to learn and educators need to find the best means to teach them. When we consider incorporating mobile technology into the classroom, we need to assess, collaborate with others, engage in professional development and learn to incorporate it effectively to best meet the needs of our students. It takes a village to raise a child... it takes a community of educators and caregivers to successfully educate a student. 

Change is scary and some educators are fearful of moving towards UDL and/or incorporation of assistive technology. It does take time, training, resources, funds, and willingness. But, we cannot make excuses or fear giving our student accessibility to learning. Our mission is to teach and allow students to learn! Assistive technology and UDL make this mission possible. 

Final Class: Online Research Task - Visually Impaired and Assistive Technology

For our final class we were asked to work collaboratively with a partner to research an assigned disability. My partner and I researched visual impairment and identified a variety of assistive technology supporting individuals with visual impairments. This post will provide examples, images, strengths, and limitations of 6 different assistive technology tools related to visual impairment. In addition, a couple of videos are embedded related to visual impairment and assisitve technology. 


Assistive Technology for Visually Impaired: 

1) 


Cost: $5.99

Description:
Like a Guide Dog, this high tech assistive technology app supports individuals who are visually impaired by enhancing their ability to be mobile. If you have VoiceOver activated on your device, you will be able to know the street names and numbers that are around you by touching them. You can also explore a different region than the one around you by telling the app the street and the city. If you add your favorite points to the app database, you can be alerted when you get closer than a certain distance to one of them.

Targeted Population:
This app is completely accessible using VoiceOver and gives you access to information that are normally unavailable to people using the speech synthesizer and can be therefore especially useful to blind and partially sighted people. 

Strengths:
- Aids in eliminating an enduring travel barrier experienced by individuals who are blind and visually impaired.
- Provides a vast amount of location information sighted people have access to when traveling by virtue of simply being able to look around.
- With this tool, a blind person can conduct geographic research for a place to live, to go to school or to work, completely on their own.

Limitations:
- Technology is not always accurate and sometimes might be unreliable.
- Requires learned skills and/or support to learn how to use the app.
- Delay with relaying information on location.

2) SayText App

Cost: Free

Description: 
SayText is a high tech assistive technology device that scans text within any image, such as a medical form or restaurant menu, and reads it aloud. Center the document under the iPhone camera and double-tap the "Take Picture" button. Then raise it slowly: a beep indicates that the entire document is in the phone's frame. It will scan the image and then read it out loud.


Targeted Population:
Any individual with a visual impairment disability would benefit from using this app.
Strengths:
- Provides compact scanner at the tip of your fingers.
- Allows individuals with visual impairments the ability to access text.

Limitations:
Difficulty lining up the image to the phone in order to scan the image accurately.


3) MANO Portable CCTV


Cost: $595.00

Description: 
Mano is a high tech assistive technology tool users can easily carry in their pocket. Its 3.5" TFT screen will still allow you to view font easily and clearly.  With this portable CCTV you get all the additional features and quality for the low price.  An angled stand gives you optimal, ergonomic reading as well as comfortable space for writing or signing checks.

Targeted Population:
 All individuals with visual impairments would benefit from the features this assistive technology offers.

Strengths:
- Size and accessibility.
- Requires limited technology skills to use.

Limitations:
- COST$$$


My partner identified 3 other assistive technology tools for visually impaired individuals:


1)  Magnifiers

Visually impaired individuals will often use magnifiers to assist with reading and viewing. This device allows for independent viewing of material that would otherwise be too small to see. Magnifiers are ideal for a wide range of individuals, from young students to the elderly. One challenge of using this device in a classroom is that it is bulky and students may not bring it to class as needed. It may also cause a problem outside of the home, such as at the grocery store, for the same reason. 


2)  Optelec ClearReader+ OCR Reading and Scanning Device

 
This user friendly device offers high quality, multilingual voice output and fast optical character recognition (OCR) and text-to-speech recognition technology for the visually impaired. The intuitive portable reading assistant captures any printed material such as letters, newspapers and books, and reads text aloud using a naturally sounding voice. This device costs 2245.00$! And this is in US funds.




3) JAWS for Windows

This popular screen reader works with your PC to provide access to today’s software applications and the Internet for those who are blind or have low vision. Its multilingual synthesizer, Eloquence, speaks through the computer’s sound card, reading out information from the screen. This program is quite expensive, at 700.00$! 



Take a look at this TEDtalk related to visual impairment and assistive technology: 





Wednesday, 28 May 2014

Ninth Class: Augmentative and Alternative Communication

This evening we were asked to complete a task related to Augmentative and Alternative Communication (AAC). Together my partner, Nicole Holland, and I researched AAC and answered a variety of questions for the purpose of an assigned task.

What is Communication?

Communication is a way of sending and receiving information through verbal and non-verbal expression as well as other mediums. You cannot NOT communicate, even silence is communication.



Communication interactions involve:
1) communication of wants and/or needs
2) information transfer
3) social closeness
4) social etiquette

Twenty Different Ways We Communicate:

1) Verbal: we communicate verbally using words we understand.
2)  Non-Verbal: this is through body language; facial expressions, body language and gestures.
3)  Para-Verbal: tone, pitch and volume of voice.
4) Sign Language
5) Text message
6) Email
7) Writing
8) Eye contact
9) Touch
10) Drawing pictures
11) Telephone
12) Face time
13) Skype
14) Fax
15) Through Apps on mobile devices
16) PowerPoint
17) Emotion - aggressiveness/crying
18) Television
19) Playing an instrument
20) Dance

What is Augmentative and Alternative Communication (AAC) ?

Augmentative and alternative communication, also known as AAC, is a term that is used to describe a magnitude of methods of communication headlong people who are unable to use verbal speech to communicate. AAC includes both unaided and aided systems. Unaided systems, like signing and gestures, do not require special materials or equipment. Aided systems use picture charts, books, and technology. Many forms of AAC include an assistive technology component which range from high- to low-tech strategies.

Who is a typical user of AAC?
AAC can benefit a wide range of individuals, from a beginning communicator to a more sophisticated communicator who formulates his own messages.
Any person with a disability that makes it difficult for them to communicate may benefit from AAC.  AAC allows an individual to express their needs and wants, and more fully participate in decisions that affect their lives.
AAC also benefits family members and other significant others, providing a way for them to more fully communicate with their loved ones.
What are 3 Criteria for EFFECTIVE communication?
1) a communication partner
2) a common language
3) joint attention
10 Different Types of AAC
Name of AAC
Description
Level  of Tech
Cool Speech

CoolSpeech is the text-to-speech player for Windows! It empowers users to experience the wonderful text-to-speech technologies in many ways.
High
MyVoiceX

MyVoiceX is a simple and user-friendly software utility designed specifically for individuals who are temporarily or permanently unable to speak.
High
My Choice Board

The My Choice Board app enables users to increase independence and communicate needs and wants by presenting a visual display of choices. 
High
I Can Speak
I Can Speak is an easy-to-use AAC app designed to meet most of the communications needs of those unable to speak.
High
Boardmaker

This software aid in creating visuals. In particular, excellent for creating visual schedules.
Low
Tech/Speak






This augmentative speech device provides users with speech playback. You can record many messages. This device can be used for students who are non-verbal and/or have difficulty with communicating their wants and needs.
Low
Nova Chat 5

This is a speech generating device. It is portable which makes it very convenient. It allows student with significant communication difficulties to be able to communicate. It’s easy to use and it can be customized.
Low
MACAW

MACAW is a communication device for people who do not have functional speech. Pictures or words are used to represent messages stored in each key. The student using the device presses the button to communicate their message.
Medium
Proloquo2go

This AAC App uses text to speech, has a huge vocabulary and is able to predict words. This App can be used by students who are unable to communicate verbally.  You can customize it for your specific needs. It is user friendly
High
Predictable
This AAC App is another text to speech application. You can incorporate social media with this App which makes it very inclusive. It allows the users to hand write on the screen, includes emoticons, convenient folders to store phrases and you can select from a variety of voices. Predictable is commonly used by people who have cerebral palsy and those who have suffered from a stroke or brain injury and have difficulties with communicating.
High

The following is a video of an individual using AAC devices. He demonstrates his ability to use low, medium and high tech devices. It is very inspiring to see how high tech assistive technology drastically improves his ability to EFFECTIVELY communicate. 

Monday, 26 May 2014

Eight Class: Writing Process

The writing process is very intricate and I was thrilled to have a class related to this topic. Eager to learn about the assistive technology methods available to support students readiness and willingness to write, this class presented great value.

At the beginning of the class we were asked to engage in a 10 minute writing task. First of all it was extremely difficult to find a writing tool and/or paper. After finding the tools necessary to complete the task I become annoyed and frustrated. I don't like to write... I like to type! Then we were asked to write with our less dominate hand. Yikes... my printing was not legible and I disliked this task. I got frustrated, angry, and gave up prior to the time limit provided.

However, there was value in both these tasks. These tasks enhanced my ability to empathize with students who have deficits related to writing. What are we really assessing by asking students to write? There are so many means of representing knowledge, a variety of available assistive technology accessible to educators, and tools to foster Universal Design for Learning. Why are students with writing deficits still being asked to write with the traditional pencil and paper?

Our instructor continued the evening by providing us with a document highlighting the complexity of skills required in the writing process. There are so many skills involved in the writing process and one deficit in any of those areas can make the writing process tremendously difficult for a student. I was so naive to the number of skills incorporated in the writing process. I know how to write but never realized the variety of accessible capacities I have which foster my ability to write.

The second half of the class provided a variety of assistive technology and Universal Design for Learning strategies. Yes... ways to support my students ability to write. We watched two videos related to supporting students ability to write:






The Writing Process and Assistive Technology

Mechanical and content skills are essential to writing. Furthermore, there is lower level content skills, lower level mechanical skills, upper level content skills and upper level mechanical skills.

Component
Skills
Assistive Technology
Lower Level Content Skills

Initiating, formulating, and organizing the idea.
- Inspiration
- Draftbuilder
Upper Level Content Skills 

Requiring prior
knowledge, experience
memory, recall,
metacognitive skills, and writing with purpose.
- Co Writer
- Dragon
- Siri
Lower Level Mechanical Skills

Use of pen/pencil as a tool for writing, consistent use of form and space when writing letters, automatic letter form, punctuation, and spelling.
- iPad Word Processing
- Read Please Software
Upper Level Mechanical Skills

Automaticity of lower level skills (all the above, in a well integrated process), grammar, semantics (clear and appropriate word usage), and speed of motor performances .
- Co Writer
- Dragon
- Siri
- Word Prediction
- Clicker Sentences

We were also provided with samples of student written work. Our instructor provided us with visuals and descriptions highlighting the difference between a student with a writing deficit asked to just write with the traditional pencil and paper compared to the same student provided with assistive technology asked to write. This was so empowering and powerful. It was a true demonstration of presumed competency. Students were given the tools necessary to allow them to meet their full potential. The power of assistive technology is so awakening. I can't wait to alleviate the daunting frustration a couple of my students with written output deficits experience when asked to complete a written task, by providing them with some of the new assistive technology tools provided in tonight's class.

Tuesday, 20 May 2014

Seventh Class: Reading Process - Reading Remediation Websites, Software, and Apps

Tonight's class started with an excellent video emphasizing the value of i Pads. Click on the link to view this powerful, inspiring, and awakening video: http://www.apple.com/ca/ipad/life-on-ipad/includes/video-life.html#video-life

Assistive technology has enhanced individuals abilities and capacities to read. Throughout this post I will identify and share 5 different reading software and 5 different websites offering reading remediation. Furthermore, this post will provide links to the reading software and websites, elaborate on  the supports these software/websites present, and discuss the individuals who would benefit substantially from these software/websites. Subsequently, 5 Reading Remediation Apps will be provided at the end of this post.

5 Reading Remediation Software's

1) LEXIA
Website: http://lexialearning.com/  


Description: Lexia provides reading skills for students of all abilities, and delivers performance data and analysis without interrupting the flow of instruction to administer a test. This technology-based approach accelerates reading skills development, predicts students' year-end performance and provides teachers data-driven action plans to help differentiate instruction.

Benfits: Lexia benefits all students by providing a personalized reading experience. This software teaches students an abundance of reading skills: rhyming, word prediction, letter recognition, sounds, comprehension, etc. This software is extremely beneficial to educators, because it provides data related to students strengths areas for improvement. Furthermore, this software offers strategies for improving a particular skill associated with a students reading abilities. This software is a reflection of Universal Design for Learning because it addresses the needs of ALL learners. 



2) READING HORIZONS DISCOVERY

Description: Simply by teaching the core framework of the Reading Horizons methodology - the 42 Sounds of the Alphabet, 5 Phonetic Skills, and 2 Decoding Skills - students are empowered with skills that allow them to prove they are reading, spelling, and pronouncing the majority of the words in the English language with accuracy.

Benefits: Reading Horizons recognizes the necessary decoding skills involved in the reading process. Dyslexia is associated with deficits related to understanding the "code" associated with reading. Therefore this software is designed for all readings but indefinitely supports students with Dyslexia.

3) THE SENTENCE MASTER
Website: http://www.laureatelearning.com/products/descriptions/sentdesc.html

Description: 






Benefits: The Sentence Master is designed for students who are struggling to learn to read or haven’t responded to a phonics-based approach. This software supports students with Autism, intellectual and developmental disabilities, language-learning disorders, and hearing impairments. Sentence Master is also tailored to meet the needs English Language Learners (K-6).



4) EAROBICA
Website: http://www.earobics.com/

Description: Aerobics is a mutlisenory reading intervention solution. This software incorporates interactive activities, guided instruction, students resources, teacher guides, correlations and assessments to enhance students reading abilities.

Benefits: This software is particularly valuable for at-risk readers and students who require support to enhance on of the five specific reading skills: phonics, vocabulary, phonemic awareness, comprehension, and fluency.

5) SCIENTIFIC LEARNING READING ASSISTANT
Website: http://www.scilearn.com/products/reading-assistant/

Discription:




Benefits: Over-sized classrooms are prevalent in today's education system and educators are unable to provide the one-one reading support necessary to students. This software is beneficial to all beginning readers and aids in teaching reading strategies.



5 Reading Remediation Websites

All the following websites have interactive tools to support early readers, free of charge!

1) STARFALL

Website: www.starfall.com
This website focuses on phonics development, beginning with letters and sounds and advancing to simple words.  A variety of games and interactive books are available for learning.  The target audience is pre-school, kindergarten, and first grade.


2) READING BEAR
Website: www.readingbear.org
Videos and slideshows teach phonics rules using a variety of vocabulary. This is done in a progressive manner to help learners decode 1200 different words. Students aged 4 to 7 are the main users of this website.

3) THE READING GAME

Website: http://www.learntoreadfree.com/
This website has interactive games using pictures and the first 55 words a student will learn to read, so is suited to the beginning reader. These games adhere to the Montessori approach to education.


4) SOFT SCHOOLS
 Websites: http://www.softschools.com/language_arts/phonics/
This site offers phonics games, worksheets, and flashcards for learning to read. It also offers worksheets and projects for a variety of skills and subject areas for pre-kindergarten through middle school, many of which focus on the vocabulary aspect of reading.

5) TEACH YOUR MONSTER TO READ

http://www.teachyourmonstertoread.com/
This site has a series of free games to practice the first stages of reading. It focuses on phonics to teach vocabulary.

 



 5 Apps for Reading Remediation 

Name of App
Targeted Reading Skill
Cost
Reading Raven
Phonics and Decoding
$2.99
Marblemind Phonics
Phonics and Decoding
$2.99
Question Builder
Reading Comprehension
$5.99
The Land of Me-Story Time
Reading Comprehension
$2.99
Grammar Jammers
Grammar Usage and Mechanics
FREE