Fast Forward reading program

Fast ForWord software targets the underlying issues.

 - 50+ adaptive research based exercises.
 - At home, with remote coaching, for reading and learning.

Free Fast ForWord Program Demo Fast ForWord
fastforword software
Fast ForWord

877-914-4366

To ask a question or
schedule a free consult

Find Out If We Can Help

Online behavioral survey

How Our Service Works

Watch how we combine proven
software with personal coaching.


Intro Video

Find out about our programs and
who we help in this short video.

Fast ForWord Language to Reading

Make the Connection From Sounds To Text

Fast ForWord Language to Reading builds the link between spoken and written language to guide students towards becoming proficient grade level readers. It rapidly builds the skills critical for learning to read or becoming a better reader as students learn to associate language sounds with the letters of the alphabet.

Who Can Benefit from Fast ForWord Language to Reading?
After Fast ForWord Language v2 where students improve their ability to hear phonemes, the component sounds inside words, students are ready to make the connection to text, the next step towards learning to read or reading more efficiently and comfortably.

Fast ForWord Language to Reading develops essential cognitive skills in the context of language and reading, including:

  • Listening Comprehension
  • Sound-Letter Recognition
  • Phonological Awareness
  • Beginning Word Recognition
  • English Language Conventions

This program is a great follow-up to Fast ForWord Language v2 as it continues to develop the essential cognitive skills of memory, attention, processing and sequencing, known together as Learning MAPS, which are critically important prerequisites for successful reading.

Fast ForWord Language to Reading v2 consists of five exercises.

Jumper Gym 

The space athlete is helped to improve her tumbling skills when students match the correct sequence of sound sweeps. This exercise helps students to build and strengthen their listening accuracy and auditory sequencing skills as well as improving their sound processing and working memory.

 

Polar Planet

The penguin and the dog are working together on the ice. Students select the correct words to assist them with their building project. This exercise helps students learn to identify phonemes, associate sounds with letters and build visual tracking skills as they increase their processing skills.

 

Tomb Trek

The granny space explorer has discovered an ancient tomb. Students help her find the treasure. This exercise encourages students to develop their word analysis skills, as well as phonological awareness and working memory.

 Moon Ranch in Fast ForWord Language v2 helps working memory and phonemic awareness

Paint Match

Students help the artist by finding matching pairs of written and spoken words in an increasingly complex grid of paint tubes. This exercise improves organization and focus skills, word analysis, phonological awareness, and working memory by using auditory and visual cues to prompt the students to make the matches.

 

 

Cosmic Reader

Students follow spoken direction by clicking and moving items on the screen. They also listen to descriptions of activities and then select a picture that correctly illustrates the activity. This exercise improves skills in listening comprehension, English language conventions, and following directions.

 


Language and reading skills developed by Fast ForWord Language to Reading:

  • Organization
  • Listening accuracy
  • Word analysis
  • Sound-letter correspondence
  • Phonological fluency
  • Visual tracking
  • English language conventions
  • Listening comprehension

Cognitive skills developed by Fast ForWord Language to Reading:

  • Working memory
  • Auditory and visual-spatial working memory
  • Picture-concept associations form long term memory
  • Visual symbol-sound associations from long term memory
  • Sustained and focused attention
  • Auditory and linguistic processing
  • Sequencing ability
  • Auditory, visual and cross-modal processing