Fo√ne…tic √Ēng…lish is a new, scientific way to learn English, giving you better results in less time, with less effort, less repetition and less stress, by incorporating principles of Cognitive Human Architecture and Cognitive Load Theory

“A series of brilliant innovations that will revolutionize language teaching”

UNSW Prof Emeritus
John Sweller, Founder of
Cognitive Load Theory

English spelling does not contain enough information to accurately figure out the correct sound of many English words

“signed can make
76,800” different sounds!

Here is an historical example showing how adding information made reading MUCH easier

HISEYESOPENWIDEASIFINSHOCKHESSAD

French monks added

1. Word spaces,

2. Upper and lower case letters and

3. Punctuation

His eyes open wide as if in shock. He’s sad.

As you can see, the additional information makes reading MUCH easier

Illustrated Roman soldier in helmet and armour puzzling over a scroll with a question mark above him

Phonics 1.0 provides a little additional information

Information needed to sound out English words

√con…tract (a document) vs con√tract (get smaller)

English letter Sounds

Every English letter has a name e.g. A, B, C. But the sound letters make when spelled in a word is not their name, but their usual sound

For example, in the word “cat”, the letters C, A and T make their usual sound.
Fo√ne…tic √Ēng…lish will test students to find out what letter sounds they need to learn, and a student will be taught the sounds they don’t know, not the sounds they already know.

Fo√ne…tic √Ēng…lish is Phonics 2.0

Fo√ne…tic √Ēng…lish em√beds āll tңê in…for√mâ…ťiòn yoů nêed tȷ √qüick…lý, in√tů…it…ive…lý and √acc…ů…rate…lý sijund ijut √än…ý √Ēng…lish wòrd, which is tңè √rê…ál ob√jec…tive of √Рho…nics 1.0. With Fo√ne…tic √Ēng…lish, thẂre iş next tȷ √nò…thing tȷ learn! √Män…ý √pêo…ဇle can √fig…ure ijut Fo√ne…tic √Ēng…lish just bΥ √sêe…ing text in Fo√ne…tic √Ēng…lish.

Fo√ne…tic √Ēng…lish rules can be learned in a few minutes

√bűş…ý

frñit

√bū…rý

qüick

ůşe

pùt

√än…ý

tңem

√dou…Εle

√â…Εle

yoů

Fo√ne…tic √Ēng…lish Dictionary

Reading Fo√ne…tic √Ēng…lish Text

Reading is the process where you:

Humans have not evolved to read
So there is no brain region specifically for reading 
So reading needs to repurpose other parts of the brain and link these parts in a network

Labelled diagram of the human brain showing the frontal, parietal, temporal and occipital lobes and speech

FLUENT reading with silent words

Reading needs new, high speed links between these different parts of the brain
These high speed networks physically change the brain – it gets heavier 
Silent reading repurposes the speech part of the brain to “hear” silent words you say in your mind
This is why you understand more when you read at the speed that you speak and listen, which is called FLUENT reading

Grey brain outline overlaid with a network of blue nodes, representing connections formed when reading

Fluency: Better understand what you read

Red octagonal stop sign with white lettering, used as a visual warning marker in FE reading materials

Its hard to remember random information

Cartoon green dragon with yellow horns and open wings, standing with its long spiked tail curled behind

Quickly acquiring sightwords with Fo√ne…tic √Ēng…lish

Learning sightwords can be even faster using syllables

Hearing words syllable by syllable

Au…tom…á√ti…çi…tý

Play

A better way to sound out words and syllables

Humans have evolved to recognize the shape of hiding predators, especially snakes

The colour of the snake is the same as the background, so it is the shape of the camouflaged snake that we can recognize. And we can recognize camouflaged snakes in all sorts of different positions. This is a pretty amazing skill we humans have evolved. 

Brown snake coiled among dead leaves, camouflaged, illustrating how the brain filters visual patterns

Read Fo√ne…tic √Ēng…lish, read standard English

So once you can recognize the shape of a word by sounding out the letters in the word, you can use our evolved predator recognition skill to read that word no matter how the word is written. It can be printed normally, can be in a curly type, can be printed badly, or the letters can be handwritten, and we can still recognize it by its shape.

In fact, being able to recognize disguised words is how we can prȷve to some websites that we are humans, not com√půt…ers.

CAPTCHA test beside handwritten text in Fonetic English mark-up showing how humans decode disguised words

Fo√ne…tic √Ēng…lish improves spoken English

Fo√ne…tic √Ēng…lish

Fo√ne…tic √Ēng…lish improves spoken English