Speech Therapy Exercises Families Can Practice at Home: 20+ Exercises by Difficulty Level

Best for: Dysarthria, Apraxia | Targets: Tongue elevation muscles

1. 1.Sit upright in a chair, facing a mirror.
2. 2.Press the tip of the tongue firmly against the roof of the mouth (hard palate), just behind the top front teeth.
3. 3.Hold for 5 seconds. You should feel the tongue muscles working.
4. 4.Release and rest for 3 seconds.
5. 5.Repeat 10 times. Do 2 sets with a 1-minute rest between sets.

Why it works: Strengthens the tongue elevation muscles critical for producing sounds like “t”, “d”, “n”, and “l”. These sounds require the tongue tip to contact the hard palate with precision and force.

Progression: Increase hold time to 10 seconds. Add resistance by pushing against a clean tongue depressor or the back of a spoon.

Best for: Dysarthria | Targets: Lip range of motion and orbicularis oris muscle

1. 1.Smile as wide as possible — pull the corners of your mouth back. Hold for 5 seconds.
2. 2.Now pucker the lips tightly, as if saying “oo” or blowing a kiss. Hold for 5 seconds.
3. 3.Alternate between smile and pucker, 10 times each.
4. 4.If one side of the face is weaker (common after stroke), gently support the weak side with a fingertip while practicing.

Why it works: Builds the range of motion for vowel production. The smile position shapes sounds like “ee” while the pucker shapes “oo” and “w”. Sounds like “p”, “b”, and “m” require strong lip closure.

Best for: All speech difficulties | Targets: Respiratory support for speech

1. 1.Sit comfortably or lie on your back. Place one hand on the chest, the other on the belly.
2. 2.Breathe in slowly through the nose for 4 seconds — the belly should rise while the chest stays relatively still.
3. 3.Exhale slowly through pursed lips for 6 seconds — the belly should fall.
4. 4.Practice for 5 minutes, 2–3 times daily.

Why it works: Speech requires coordinated breath control — you need enough air pressure to vibrate the vocal cords and sustain sentences. After stroke, Parkinson's, or prolonged bed rest, respiratory muscles weaken. According to the American Journal of Respiratory and Critical Care Medicine, diaphragmatic training improves both respiratory capacity and voice loudness.

Best for: Dysarthria, Voice disorders | Targets: Vocal cord strength and breath coordination

1. 1.Take a deep diaphragmatic breath.
2. 2.Say “ahhh” at a comfortable volume for as long as possible on one breath.
3. 3.Time it with a phone stopwatch. Write down the number.
4. 4.Rest for 30 seconds. Repeat 5 times.
5. 5.Track the best time each day in your progress log.

Why it works: Most healthy adults sustain “ah” for 15–25 seconds. After stroke or Parkinson's, this often drops to 3–8 seconds. Even small improvements (from 5 to 8 seconds) represent meaningful gains in breath-speech coordination. This is also one of the simplest ways to objectively measure progress.

Best for: Aphasia (severe) | Targets: Basic verbal communication re-establishment

1. 1.Ask simple yes/no questions about things the patient can see or know: “Did you eat breakfast?” “Is the light on?” “Is this a cup?” (holding up a cup)
2. 2.Wait at least 10–15 seconds for a response. Do not rush.
3. 3.Accept any clear response — a nod, head shake, thumbs up, or the words “haan”/“yes” or “nahi”/“no”.
4. 4.Gradually encourage verbal “yes” or “no” instead of gestures, but never insist.
5. 5.Do 10–15 questions per session.

Why it works: For severe aphasia, simple yes/no questions re-establish the basic loop of communication — someone asks, someone responds. This builds confidence and creates successful communication experiences that motivate further practice.

Best for: Aphasia, Apraxia, Voice disorders | Targets: Vocal cord activation without word-finding pressure

1. 1.Choose a song the patient knows well — a bhajan, old Hindi film song, or nursery rhyme.
2. 2.Hum the melody together — no words, just “hmmm” following the tune.
3. 3.Focus on matching the rhythm and melody, not perfection.
4. 4.Do 3–5 songs per session.

Why it works: Humming activates the vocal cords and builds phonation confidence without the pressure of word production. According to research on Melodic Intonation Therapy, melody and rhythm engage brain areas that are often preserved after left-hemisphere strokes — explaining why some stroke survivors who cannot speak a sentence can still hum an entire song.

Best for: Dysarthria | Targets: Oral pressure control and lip seal

1. 1.Fill both cheeks with air, like inflating a balloon in your mouth.
2. 2.Hold for 10 seconds without letting any air escape through lips or nose.
3. 3.Now transfer the air from one cheek to the other, slowly, 5 times.
4. 4.Release and repeat the full sequence 5 times.

Why it works: Builds intraoral pressure control needed for producing plosive sounds (“p”, “b”, “t”, “d”, “k”, “g”). Also strengthens the lip seal needed to prevent drooling — a practical concern for many stroke survivors.

Best for: Dysarthria, Apraxia | Targets: Articulatory precision and range of motion

1. 1.In front of a mirror, say “EE — AH — OO” with exaggerated mouth movements.
2. 2.Hold each vowel shape for 3 seconds. Make the movements as big and deliberate as possible.
3. 3.Repeat the chain 10 times.
4. 4.Progress by adding more vowels: “EE — AY — AH — OH — OO.”
5. 5.Then speed up gradually — maintaining clarity, not just speed.

Why it works: Vowels form the foundation of all syllables. This exercise builds the precise articulatory positioning that distinguishes one vowel from another, helping speech become more intelligible even when consonants are still difficult.

Best for: Dysarthria | Targets: Lateral tongue strength and coordination

1. 1.Open the mouth slightly.
2. 2.Move the tongue slowly from one corner of the mouth to the other.
3. 3.Touch each corner deliberately — don't rush.
4. 4.Do 10 complete sweeps (left to right = 1 sweep).
5. 5.Now do tongue circles — run the tongue tip around the outside of the lips, clockwise 5 times, counterclockwise 5 times.

Why it works: Lateral tongue movement is needed for manipulating food during chewing and for articulating sounds that require the tongue to shift position rapidly during connected speech.

Best for: All speech difficulties | Targets: Breath-speech coordination and phrase length

1. 1.Take a deep diaphragmatic breath.
2. 2.Count aloud — “1, 2, 3, 4...” — at a steady, comfortable pace until running out of air.
3. 3.Note the highest number reached. Write it down.
4. 4.Rest. Repeat 5 times. Track the best number each day.

Why it works: This bridges pure breathing exercises into functional speech. The counting provides automatic words (reducing word-finding demand) while building the ability to sustain longer phrases. Most daily conversation requires producing 5–10 words per breath.

Best for: Aphasia | Targets: Word retrieval through semantic and phonological networks

1. 1.Gather 10–15 photos of everyday objects (from a magazine, phone, or flashcards). Start with high-frequency words: chai, roti, phone, chair, clock, spoon, shirt.
2. 2.Show one picture at a time. Ask: “What is this?”
3. 3.Wait at least 15 seconds before offering a cue.
4. 4.If they struggle — use cue hierarchy: First, describe its function (“You drink tea from it”). If still stuck, give the first sound (“It starts with ‘ch’...”). If still stuck, say the word together.
5. 5.After going through all pictures, shuffle and repeat. Repetition is the point.

Why it works: Picture naming activates the brain's semantic network (meaning) and phonological network (sound). The cueing hierarchy gives the brain multiple “entry points” to find the word — like trying different routes to the same destination.

Best for: Dysarthria, Voice disorders | Targets: Sustained expiratory pressure

1. 1.Place a straw in a glass of water (about half full).
2. 2.Blow through the straw to create steady, even bubbles.
3. 3.Try to maintain consistent bubble size for 10–15 seconds.
4. 4.Rest. Repeat 10 times.
5. 5.Progress by using thinner straws (more resistance) or blowing for longer durations.

Why it works: Builds sustained expiratory pressure — the same airflow control needed for connected speech. The visual feedback (watching the bubbles) helps the brain calibrate the right amount of force. Used widely in voice therapy clinics.

Best for: Dysarthria | Targets: Lip seal strength (orbicularis oris muscle)

1. 1.Thread a clean, large button onto a piece of dental floss or string (about 15 cm).
2. 2.Place the button between the lips (in front of the teeth, not between the teeth).
3. 3.Hold the string end. Gently pull the string while the patient resists, keeping the button behind the lips.
4. 4.Hold resistance for 5 seconds. Release. Repeat 10 times.

Why it works: This is a classic SLP exercise for building lip seal strength. Strong lip closure is essential for producing bilabial sounds (“p”, “b”, “m”) and for preventing saliva loss — a significant quality-of-life concern for stroke survivors and their families.

Best for: Aphasia | Targets: Semantic word retrieval networks

1. 1.Set a timer for 60 seconds.
2. 2.Name a category: fruits, vegetables, animals, things in the kitchen, family members' names, things you wear, Indian cities.
3. 3.The patient names as many items in that category as possible within one minute.
4. 4.Count and record the number. Repeat with 3–4 different categories per session.
5. 5.Track category scores weekly — even 1–2 additional words per category is meaningful progress.

Why it works: Category fluency is one of the most commonly used neuropsychological measures because it engages both semantic memory (knowledge of what belongs to a category) and executive function (systematic retrieval strategy). Healthy adults typically name 15–20 items per category per minute; tracking this number gives you an objective measure of word-retrieval improvement.

Best for: Aphasia, Apraxia, Dysarthria | Targets: Entire speech production chain

1. 1.Choose familiar text: Hanuman Chalisa, Quran verses, Bible passages, or a favorite newspaper column. Familiarity reduces cognitive load.
2. 2.Sit side by side. Point to each word as you go.
3. 3.Read together in unison — both of you read aloud simultaneously. This provides a “scaffold.”
4. 4.Gradually lower your own voice to let the patient lead. If they falter, raise your voice to support again.
5. 5.Start with single sentences. Progress to paragraphs over weeks.

Why it works: Reading aloud activates the entire speech production chain — visual processing, language comprehension, motor planning, and articulation. Choral reading reduces the pressure of solo production while maintaining active participation. The scaffold can be faded as ability improves.

Best for: Aphasia (non-fluent/Broca's), Apraxia | Targets: Right-hemisphere language network activation

1. 1.Choose a simple, functional phrase: “Main theek hoon”, “Paani chahiye”, “Good morning.”
2. 2.Sing it — set the phrase to a simple, natural melody. Tap the rhythm on the table with your left hand while singing.
3. 3.Sing together 5 times.
4. 4.Gradually flatten the melody — reduce the singing quality while keeping the rhythm. Tap continues.
5. 5.Finally, speak the phrase at normal speech rhythm. Continue tapping.
6. 6.Practice 5–8 phrases per session.

Why it works: This adapts the principles of Melodic Intonation Therapy (MIT), one of the most well-researched approaches for non-fluent aphasia. A systematic review in the Journal of Clinical Medicine (2022) found MIT effective for rehabilitating speech in post-stroke non-fluent aphasia. The singing engages right-hemisphere networks that can compensate for left-hemisphere damage, while the rhythmic tapping provides temporal scaffolding for motor planning.

Best for: Parkinson's disease, Voice disorders, Dysarthria | Targets: Vocal loudness and projection

1. 1.Stand or sit 3 meters (10 feet) away from a family member.
2. 2.Say “AHHH” as loud as comfortably possible. The family member across the room gives feedback: “I could hear you clearly” or “a little louder, please.”
3. 3.Repeat with sustained vowels: “EE,” “AH,” “OO” — each for 5 seconds at full comfortable volume.
4. 4.Progress to short phrases: “Main theek hoon!” “Paani chahiye!” “Good morning!”
5. 5.Do 10 repetitions of each phrase at full volume. Then try them at increasing distances.

Why it works: This adapts the core principle of LSVT LOUD — the gold-standard speech treatment for Parkinson's disease. According to the PD COMM trial (2024, BMJ), LSVT LOUD significantly reduced voice handicap compared to standard therapy. A key insight: approximately 89% of Parkinson's patients develop dysarthria, often perceiving their own soft voice as normal volume. This exercise recalibrates that perception through external feedback.

Best for: Aphasia, Cognitive-communication | Targets: Functional, real-world communication

1. 1.Choose a predictable topic: “What did you have for breakfast?” “What was on TV?” “Tell me about your morning.”
2. 2.Ask the question. Then wait. Most families wait only 2–3 seconds before jumping in. Give at least 10–15 seconds of silence.
3. 3.Accept any communication — gestures, single words, partial sentences. The goal is communication, not perfection.
4. 4.Model the correct form naturally: if they say “water...want,” respond with “You want water? I'll get you water.” Don't say “No, say it again correctly.”
5. 5.Gradually progress to open-ended questions: “What do you think about...?” “What would you like to do today?”

Why it works: Real conversation is the ultimate goal of speech therapy. Structured conversations provide controlled practice in the most functional context possible. The waiting time is critical — research shows that increased response time allows the damaged brain to complete its word-retrieval process rather than being short-circuited by a well-meaning family member who finishes the sentence.

Best for: Dysarthria | Targets: Speech intelligibility in connected speech

1. 1.Choose 5 short sentences relevant to daily life: “Please give me water.” “I need to use the bathroom.” “Call the doctor.”
2. 2.Say each sentence with exaggerated mouth movements — make every syllable crisp and deliberate. Think of how a news anchor speaks.
3. 3.Slow the rate to about half of normal speaking speed.
4. 4.Repeat each sentence 5 times with over-articulation.
5. 5.Record on phone. Play back and listen together. Discuss what sounds clear and what needs work.

Why it works: According to the Cochrane review on dysarthria interventions, compensatory strategies like over-articulation and rate reduction are standard activity-level interventions. The brain recalibrates what “normal” effort feels like — what feels exaggerated to the speaker often sounds merely clear to the listener.

Best for: Aphasia, Cognitive-communication | Targets: Rapid word retrieval and semantic connections

1. 1.Say a word. The patient says a related word. You say a word related to theirs. Continue the chain.
2. 2.Example: “Hot” → “Cold” → “Ice” → “Water” → “Glass” → “Window”...
3. 3.Start with simple opposites (hot/cold, day/night, big/small).
4. 4.Progress to free association where any related word counts.
5. 5.Try to keep the chain going for 2+ minutes without stopping.

Why it works: Forces rapid traversal of semantic networks — the brain's interconnected web of word meanings. Each association strengthens the connections between related concepts, making them easier to access during natural conversation. This also exercises working memory and cognitive flexibility.

Best for: Aphasia, Cognitive-communication | Targets: Connected speech production and narrative organization

1. 1.Show a detailed picture — a family photo, a magazine image, or a scene from a newspaper.
2. 2.Ask: “Tell me everything you see in this picture.”
3. 3.Wait. Let them describe at their own pace.
4. 4.Prompt gently if needed: “What is the person doing?” “What colours do you see?” “Where do you think this is?”
5. 5.Record the description. Replay and count the number of different words used. Track over time.

Why it works: Scene description is used in formal aphasia assessments (like the Cookie Theft picture from the Boston Diagnostic Aphasia Exam) because it requires multiple language skills simultaneously — word retrieval, sentence construction, verb production, and spatial description. Tracking word count and sentence complexity over weeks shows objective progress.

Best for: Dysarthria, Voice disorders | Targets: Coordinating breath with natural speech phrasing

1. 1.Start with 2-word phrases on one breath: “Good morning.” “Thank you.” “I'm fine.”
2. 2.Take a breath before each phrase. Use diaphragmatic breathing.
3. 3.Progress to 4-word phrases: “I would like tea.” “Please open the window.”
4. 4.Then 6–8 word sentences: “I would like a glass of water, please.”
5. 5.Mark breath points with a “/” in longer text: “I went to the market / and bought vegetables / for dinner tonight.”

Why it works: In natural speech, we breathe at phrase boundaries — not in the middle of words. After stroke or Parkinson's, this coordination breaks down. This exercise re-trains the brain to plan breathing around natural speech chunks, preventing the “running out of air mid-sentence” problem.