Andrei’s American Accent Transformation — Russian to General American English: Before-and-After Phonetic Evaluation
(512) 265-9515Updated November 2, 2026 ◆ 9 min read
Andrei’s before-and-after recordings contain the same reading passage, “The Android,” beginning with “The android drives down the street” and ending with “the detective who ordered it.”
Native language: Russian | Target: General American English | Reading passage: “The Android”
Before-and-after American accent transformation report by Prof. Alex, Ph.D. Accent Coach, Doctor of Education, and professional linguist.
Andrei’s before-and-after recordings
Student testimonial

AndreiRussian speaker
Interactive American Accent Training5monthsof hard work and dedication
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Pronunciation estimates generated by ChatGPT
100 represents a reference benchmark for General American English pronunciation. Scores are supplementary AI estimates, not standardized or independently validated measurements.
Interactive American Accent Training rooted in doctoral research. Prof. Alex’s doctoral research identified four educational conditions that made interactive English teaching more effective than traditional instruction. At MyAccentWay, he applies them through 2D Sound Motion Technology, active pronunciation practice, and personalized feedback, so students understand, train, and refine American English speech sounds instead of only listening and repeating. Learn more about Prof. Alex’s doctoral research.
Listen to both recordings to hear the /ð/, American /ɹ/, consonant-transition and connected-speech changes described in this evaluation.
MyAccentWay · 2D Sound Motion Technology
American English Pronunciation: Consonant and Vowel Sounds with 2D Sound Motion Technology
Learning American English pronunciation and the American accent is more effective when you train your speech organs, not only listen and repeat. 2D Sound Motion Technology and Interactive Visual 2D Sound Simulators, developed in 2020 by Prof. Alex, Ph.D. Accent Coach, Doctor of Education, and professional linguist, as part of his interactive teaching model based on his doctoral research in interactive teaching methods, train your tongue, lips, jaw, teeth, airflow, and voice step by step. They train each American sound and more than 30 sound combinations.
What 2D Sound Motion Technology is
2D Sound Motion Technology is an advanced accent reduction and articulation training tool by Prof. Alex. It corrects, develops, and trains each American sound and more than 30 sound combinations through Interactive Visual 2D Sound Simulators.
What Interactive Visual 2D Sound Simulators do
Interactive Visual 2D Sound Simulators are part of 2D Sound Motion Technology, the articulation-training method Prof. Alex created by applying his doctoral research in interactive teaching to American pronunciation. Instead of listening and repeating, students actively train their speech organs. Each simulator uses Interactive 2D mouth movement to train the speech organs (tongue, lips, jaw, teeth, airflow, and voice) to produce each American sound correctly. Every consonant has its own simulator: explore American consonants trained with 2D Sound Motion Technology.
Sample training: the American t sound (aspirated [t])
Practice
Record yourself speaking these words:
Tab · Tacos · Time · Tub · Hotel · Motel · Sit · Pit · Net
Instructions
Play the Interactive Visual 2D Sound Simulator for the American t sound below several times and follow it step by step. Move your tongue, jaw, and airflow together with the simulator and train your articulation.
Interactive Visual 2D Sound Simulator: American unvoiced sound [t]
Practice
Record yourself again speaking these words, but this time focus on the movement of your tongue. Go slow, and you will hear the difference. You’ve got this!
Tab · Tacos · Time · Tub · Hotel · Motel · Sit · Pit · Net
How Interactive Visual 2D Sound Simulators solve pronunciation and speaking problems
- Wrong articulationMost pronunciation problems start with the tongue, lips, jaw, or teeth in the wrong position. Each Interactive Visual 2D Sound Simulator trains the correct articulation of one American sound, so the student corrects the cause of the problem, not only the result.
- Airflow and voicingMany accent problems come from wrong airflow or voicing: sounds that are too weak, too strong, or voiced when they should be unvoiced. The simulators train airflow and voice together with articulation, step by step, for each American sound and more than 30 sound combinations.
- Clear speech and confidenceWhen each sound is trained correctly, words connect into clear American English speech. Listeners can understand you more easily, and speaking at work, in meetings, and on calls becomes more confident.
If you start hearing the aspiration, the short airstream after [t], with one simulator, you can only imagine how successful you can be in 1-on-1 Interactive American Accent Training with Prof. Alex, Ph.D. Accent Coach, where your whole American sound system is trained sound by sound.
In MyAccentWay, the Interactive Visual 2D Sound Simulators are only available in 1-on-1 accent coaching sessions with Prof. Alex.
Executive summary
Andrei’s two recordings provide a direct comparison of the same English passage, including the android, drives down the street, dehydrated, water, important drone, and the detective who ordered it.
The main pronunciation features assessed are:
- The Russian-influenced realization of English /ð/.
- American /ɹ/.
- Vowel quality.
- Consonant transitions.
- Word stress and sentence melody.
Reading duration
| Recording | Duration | Delivery |
|---|---|---|
| Before | 28.2 s | More deliberate pacing and separated phrasing. |
| After | 22.2 s | Faster, more continuous delivery. |
The after recording is approximately 21% shorter. That establishes a difference in reading duration, but not by itself a 21% gain in pronunciation proficiency.
Sound-by-sound transformation
The strongest changes are in Andrei’s pronunciation of connected words, consonant transitions, and American rhotic sounds. His after recording also shows a more continuous rhythm.
| Sound | Words evaluated | Before training | After training |
|---|---|---|---|
| /ð/ | the, this | Frequently sounds like /z/, especially in the street and this important. | Some tokens move closer to the American dental fricative, but the substitution is not completely eliminated. |
| /ɹ/ | drives, street, garden, drone, ordered | Rhotic sounds are comparatively tense and sometimes resemble Russian-influenced articulation. | More fluid American-style approximant, particularly in drives and drone. |
| /w/ | was, water | Recognizable, but transitions into the vowel are comparatively deliberate. | Smoother lip rounding and word integration. |
| /t/ | street, hot, important | Stronger consonant releases and separation between sounds. | More integrated into connected speech; final /t/ remains variable. |
| /d/ | down, deliver, dehydrated | Generally clear but strongly articulated. | Smoother coordination with following sounds. |
| /v/ | device, deliver, drove | Correct consonant category is generally recognizable. | Improved transitions rather than a major change in the consonant itself. |
| /h/ | hot, he, dehydrated | Present, with occasional interruptions in the surrounding phrase. | More consistent integration into the words. |
| Final consonants | street, important, ordered | Word boundaries are sometimes emphasized through distinct releases. | More natural transitions between words, although some endings remain deliberate. |
English /ð/ — a significant Russian-influenced feature
Russian does not have the English voiced dental fricative /ð/. A common Russian-influenced substitution is /z/.
| Before | American target |
|---|---|
| /z/ the resembles “ze” this resembles “zis” | /ð/ the /ðə/ this /ðɪs/ |
In the after recording, Andrei’s production is less consistently sibilant. Nevertheless, some occurrences still retain Russian-influenced characteristics.
Assessment: Improvement, with additional training needed for consistent /ð/ in connected speech.
American /ɹ/ — improvement in articulatory control
Russian /r/ typically involves tongue-tip contact, whereas American /ɹ/ is generally an approximant without repeated tongue-tip contact.
In the before recording, the rhotic consonants sound comparatively tense, particularly in drives, drone, and ordered.
In the after recording, these words have smoother consonant-to-vowel transitions and a more recognizable American rhotic quality.
Assessment: Noticeable improvement, although complete native-like rhotic consistency cannot be established from this passage.
Vowel transformation
| Target vowel | Word | Comparative finding |
|---|---|---|
| /aɪ/ | drives, device | Smoother diphthong transitions after training. |
| /aʊ/ | down | More continuous transition into the final nasal consonant. |
| /ɑ/ | hot | Vowel remains understandable; finer American vowel placement still warrants attention. |
| /ɔ/ or /ɑ/ | water | More integrated production, especially with the following rhotic environment. |
| /ʌ/ | some | Improved connection with surrounding words, although the vowel itself is not consistently native-like. |
| /ə/ | deliver, continue, important | Better reduction and organization of unstressed syllables. |
| /ɜ˞/ | third | Not present in this passage; no direct conclusion can be drawn. |
The improvement is especially apparent in vowel transitions and syllable integration. These recordings do not establish that Andrei has fully acquired every General American vowel.
Word stress and American rhythm
Before training
Andrei gives many words relatively independent prominence. The reading includes noticeable pauses and a somewhat segmented rhythm.
For example, in “The android drives down the street,” the individual words are comparatively separated, making the sentence sound less fluid.
After training
The same sentence is produced with greater continuity. The important words are more naturally grouped, and transitions between unstressed and stressed syllables are smoother.
The after recording also shows better continuity in longer expressions such as continue to deliver this important drone.
Intonation and American speech melody
| Recording | Finding |
|---|---|
| Before — more segmented melody | Pitch movement tends to follow smaller word groups. Pauses interrupt some sentence-level contours, and individual words receive relatively similar emphasis. |
| After — more cohesive melody | Longer phrases are produced with fewer interruptions. Sentence-final intonation is more organized, and the prominence of important words is somewhat clearer. |
Sentence-by-sentence prosodic evaluation
“The android drives down the street to deliver a device.”
In the before recording, the android and drives down the street are comparatively separated. The after recording is more continuous and maintains a more coherent intonational phrase.
“It was too hot in the street, and the android was dehydrated.”
The later performance has better rhythmic continuity and less interruption between clauses. The phrase was dehydrated also sounds more integrated.
“He drove down the garden to drink some water from a bottle of water.”
The after recording shows smoother word transitions, particularly around drink some water and bottle of water. Some non-native vowel and rhotic characteristics remain.
“During his drive, he rehydrated so he could continue to deliver this important drone to the detective who ordered it.”
This is the longest and most demanding part of the passage. The after version demonstrates more continuous delivery and better organization of the longer words. However, further work on American stress prominence and unstressed-vowel reduction would make the sentence sound more natural.
Comparison of pronunciation development
| Area | Result |
|---|---|
| /ð/ dental fricative | Improved but inconsistent |
| American /ɹ/ | Noticeable improvement |
| Consonant-to-vowel transitions | Improved |
| Diphthong continuity | Improved |
| Vowel accuracy | Some improvement; further refinement needed |
| Word-final consonants | More integrated |
| Word stress | Improved organization |
| Connected speech | Noticeable improvement |
| Intonation | More coherent |
| American speech melody | Improved continuity, with remaining Russian influence |
ChatGPT-estimated American pronunciation scores (non-standardized)
ChatGPT estimated Andrei’s General American pronunciation, using 100 as a reference benchmark for General American English pronunciation.
| Recording | ChatGPT estimate |
|---|---|
| Before training | 64/100 — baseline estimate |
| After training | 82/100 — post-training estimate |
Estimated improvement: +18 points
Pronunciation breakdown
| Category | Before | After |
|---|---|---|
| Consonant accuracy | 62 | 83 |
| Vowel accuracy | 65 | 80 |
| American /ɹ/ articulation | 60 | 83 |
| Word stress | 68 | 83 |
| Intonation and melody | 63 | 79 |
| Connected speech and rhythm | 66 | 84 |
These are illustrative listening-based estimates, not scores calculated from a validated acoustic assessment. The category values are approximate judgments, not independently measured results.
The strongest estimated improvements are in consonant transitions, American /ɹ/, and connected speech. Andrei’s intonation and melody have improved but still retain some Russian influence.
Final professional evaluation
Andrei’s American Accent Transformation — Russian to General American English
Andrei’s before-and-after recordings document changes in his English pronunciation during American accent training.
The initial recording demonstrates several characteristics associated with Russian-influenced English, particularly substitutions affecting the voiced dental fricative /ð/, comparatively tense rhotic articulation, deliberate consonant releases, and segmented connected-speech rhythm.
The after-training recording demonstrates improved consonant coordination, smoother rhotic transitions, greater continuity of diphthongs, and more integrated pronunciation across words and phrases.
Andrei’s speech also shows development in American sentence rhythm and intonation. The later recording is more continuous, with clearer phrase organization and improved coordination between stressed and unstressed syllables.
The most noticeable areas of development are American rhotic articulation, connected speech, and overall rhythmic fluency. Some Russian-influenced features remain, particularly in dental consonant consistency, vowel quality, and the finer aspects of American speech melody.
Overall assessment: Andrei demonstrates meaningful progress toward General American pronunciation in this before-and-after comparison. His later recording shows more controlled phonetic production and more cohesive connected speech.
These recordings document an individual student’s pronunciation development during accent training. They are presented as a comparative professional phonetic evaluation rather than as a standardized experimental measurement.
Recommended next-stage training
Andrei would benefit most from continued practice with:
- American /ð/ in connected speech.
- Rhotic articulation in different phonetic environments.
- Reduced vowels.
- Stress hierarchy.
- Pitch-accent placement.
Evidence and scoring methodology
This report is a professional comparative phonetic case evaluation by Prof. Alex. The original recordings are the primary evidence. The sound-by-sound report documents the pronunciation features identified in those recordings.
The scores on Andrei’s card are estimates generated by ChatGPT. They are illustrative AI estimates only, not a validated measure of pronunciation accuracy.
Assessment limitation: This report is based on auditory comparison of two prepared readings. It does not include acoustic formant measurements, measured pitch contours, blinded listener ratings, or standardized scoring. The recordings demonstrate changes in performance but cannot independently establish the precise contribution of any particular instructional method.
Related reading: American accent training before and after results
The American accent sound system for Russian speakers
Russian and American English use different speech-organ habits. Most Russian-accented features in English come from a small set of predictable patterns: sounds that do not exist in Russian, sounds Russian treats differently, and a different rhythm. The tables below are a training map for Russian speakers. They describe typical Russian-speaker patterns, not a diagnosis of any one student.
Consonants
| American sound | Example words | Typical Russian-speaker pattern | American target |
|---|---|---|---|
| TH /θ/ | think, three, month | /s/ or /t/: “sink”, “tree” | Tongue tip lightly between the teeth, air flows out, no voice |
| TH /ð/ | the, this, mother | /z/ or /d/: “za”, “dis” | Same tongue position as /θ/, with voice |
| W /w/ | west, water, wine | /v/: “vest”, “voter” | Rounded lips, no contact between teeth and lip |
| H /h/ | hot, house, hello | Harsh /x/ from the back of the mouth: “khot” | Soft breath from the throat, no friction in the mouth |
| American R /ɹ/ | red, street, car | Rolled or tapped R | Tongue pulled back and up, never touching the roof of the mouth |
| Aspirated P, T, K | pen, time, cat | No puff of air: “pen” sounds close to “ben” | A clear puff of air at the start of stressed syllables |
| Flap T /ɾ/ | water, better, city | Full hard /t/ | A quick tongue tap, close to a soft D: “wah-der” |
| Dark L /ɫ/ | full, milk, bottle | Too light, or too hard and Russian-like | Back of the tongue raised at the end of words |
| NG /ŋ/ | sing, thinking | /n/ or /ŋɡ/: “sin”, “singg” | Back of the tongue on the soft palate, no added G |
| Voiced final consonants | bed, dog, his, love | Final devoicing: “bet”, “dock”, “hiss”, “luff” | Keep the voice to the end of the word |
| Soft consonants | tea, dear, need | Russian-style softening (palatalization) before /i/ | Plain American consonants, no extra “y” quality |
Vowels
| American sound | Example pair | Typical Russian-speaker pattern | American target |
|---|---|---|---|
| /ɪ/ vs /i/ | ship / sheep, live / leave | One vowel for both | Short and relaxed /ɪ/; long and tense /i/ |
| /æ/ vs /ɛ/ | bad / bed, man / men | One vowel for both, close to Russian “э” | Jaw lower and tongue forward for /æ/ |
| /ʊ/ vs /u/ | full / fool, pull / pool | One vowel for both | Short and relaxed /ʊ/; long and rounded /u/ |
| /ɑ/ | hot, stop, job | Rounded Russian “о”: “khot” | Open, unrounded “ah”: “haht” |
| /ʌ/ | cup, love, money | Russian “а” | Short, central, relaxed vowel |
| Schwa /ə/ | about, banana, the | Every vowel pronounced fully | Weak syllables reduced to a short, neutral schwa |
| R-colored vowels /ɝ/, /ɚ/ | bird, work, water | A vowel plus a rolled R | One R-colored sound throughout the vowel |
| Diphthongs /eɪ/, /oʊ/ | day, go, drove | Flat single vowels | Full glide to the second part |
Stress, rhythm and intonation
| Feature | Typical Russian-speaker pattern | American target |
|---|---|---|
| Word stress | Stress on the wrong syllable in long words | Correct strong syllable: de-LIV-er, de-VICE, im-POR-tant |
| Sentence rhythm | Every word given similar weight | Content words strong, function words light and reduced |
| Weak forms | “to”, “for”, “and”, “can” said fully | Reduced: “tə”, “fər”, “ən”, “kən” |
| Linking | Words separated, with small breaks | Words connected smoothly: “drove_down”, “a_bottle_of” |
| Intonation | Flat or falling patterns that can sound serious or abrupt | Wider pitch movement that fits the meaning |
How Andrei trained in the structured American accent program
Andrei trained 1-on-1 with Prof. Alex for 5 months and followed the same structured MyAccentWay path every student follows:
- Evaluation session. Prof. Alex first evaluated Andrei’s speech and identified his native-language patterns: which Russian habits shaped his English sounds, stress and rhythm.
- American sound articulation. Andrei trained each American sound with Interactive Visual 2D Sound Simulators, which train the position and movement of the tongue, lips and jaw. For a Russian speaker, this stage targets the sounds that do not exist in Russian, such as TH, W, the American R and the short vowels.
- Phonetic exercises. Word-level exercises made the new sounds automatic, so the correct sound comes out without stopping to think.
- Sentence practice and intonation. Andrei trained word stress, sentence stress, rhythm, weak forms and linking.
- Paragraph practice. Andrei practiced full passages with real-life delivery, bringing the sounds, rhythm and intonation together in connected speech.
The result after 5 months: from 64/100 to 82/100 (ChatGPT estimates), a gain of 18 points.
Important note
This is an accent-performance evaluation, not a measure of English proficiency or intelligence. ChatGPT scored both recordings, and Prof. Alex listened to them and gave the sound-by-sound feedback. The 82/100 score should not be read as “82% native.” It is a ChatGPT estimate measured against General American English pronunciation, used to describe the before-and-after change in American accent patterns.
These recordings are not a research study. They show the result Andrei achieved with Prof. Alex’s research-based Interactive and Cognitive Accent Training.
Related reading: American accent training before and after results.
American Accent Training for Russian-Speaking Professionals in the United States
Foreign-born professionals in the United States often know their field and speak advanced English. Yet American listeners may still struggle with their sounds, stress, and rhythm. MyAccentWay offers private online American accent training through Interactive American Accent Training.
Interactive American Accent Training is led by Prof. Alex, Ph.D. Accent Coach, Doctor of Education, and professional linguist. He first diagnoses each speaker’s native-language patterns. Then he trains American sound articulation, stress, rhythm, and intonation for real meetings, calls, and presentations.
Who this training is for
- Engineers, IT specialists, and data professionals presenting to U.S. teams and clients
- Doctors, nurses, and healthcare professionals explaining care to American patients
- Managers, executives, and founders leading meetings, pitches, and briefings
- Consultants, researchers, and academics speaking at conferences and webinars
- Professionals preparing for interviews, promotions, or client-facing roles
Online training across the U.S.
MyAccentWay is based in Austin, Texas, and all training is online. The program is especially relevant for professionals in Austin, Dallas, Houston, New York City, the San Francisco Bay Area, Los Angeles, Seattle, Boston, Chicago, Miami, Washington DC, Atlanta, and Raleigh.
How Interactive American Accent Training works
- American sound articulation training with Interactive Visual 2D Sound Simulators that train speech-organ movement
- Phonetic exercises that make the new sounds automatic
- Sentence practice and intonation training for stress, rhythm, and emphasis
- Paragraph practice with real-life delivery
Real student evaluations
Real students have documented their progress. Andrei, a Russian speaker, moved from 64 to 82 in 5 months. Andrew, also a Russian speaker, moved from 52 to 76 in 5 months. Vlad, also a Russian speaker, moved from 60 to 83 in 5 months. Abishek, a Tamil and Indian English speaker, moved from 62 to 84 in 9 months. Tian, a Mandarin speaker, moved from 58 to 85 in 8 months. Alain, a Nigerian English speaker, moved from 57 to 72 in 8 months.
The first step is a 1 Hour Evaluation Session with Prof. Alex.
FAQ: Andrei Pronunciation Evaluation for Russian Speakers
How can a Russian speaker lose their accent in English?
By training the specific sounds and rhythm that Russian shapes differently: /ð/, the American /ɹ/, vowel quality, consonant transitions, word stress and connected speech. Andrei trained these 1-on-1 with Prof. Alex in a structured program and moved from 64/100 to 82/100 (ChatGPT estimates) in 5 months.
What changed most in Andrei’s pronunciation?
Consonant transitions, the American /ɹ/, and connected speech. His after recording is also more continuous: 22.2 seconds compared with 28.2 seconds for the same passage.
What sounds are hardest for Russian speakers in American English?
The most common are TH (said as Z, S, D or T), W (said as V), H (said as a harsh Russian /x/), the American R (rolled instead), the flap T in words like water, and vowel pairs such as ship/sheep, bad/bed and full/fool.
Who created this evaluation?
Prof. Alex, Ph.D. Accent Coach, Doctor of Education, and professional linguist. It is based on Andrei’s before and after recordings of the same passage, “The Android.”
Does 82/100 mean Andrei sounds 82% native?
No. It is a ChatGPT estimate measured against General American English pronunciation, not native American. It is not a measure of English proficiency or intelligence.
How can I get my own evaluation?
Book the 1 Hour Evaluation Session with Prof. Alex.








