A Sound-First, Movement-Informed Curriculum for Pianists
How This Series Is Designed
This series is built on three guiding principles:
Sound Before Symbol.
Experience Before Vocabulary.
Function Before Definition.
Simply memorizing lists creates brittle knowledge. A student may recite the order of sharps or draw the Circle of Fifths, yet lack aural understanding or functional control. In this curriculum, theoretical concepts are never “dumped” all at once. They are introduced in stages — first heard, then experienced physically, and only then named and defined.
The Soundscapes in each unit follow a carefully sequenced Sound Development Spine, guiding the ear from simple contrasts to advanced harmonic architecture. Students learn to perceive musical qualities — stable and unstable, bright and dark, expanding and contracting — before attaching terminology. In this way, vocabulary grows out of lived musical experience rather than replacing it.
Soundscapes cultivate perception.
Technic refines motion.
Layered Listening develops cognition.
Symbol Spotlight builds literacy.
All are balanced.
This is a curriculum in which students do not merely “learn theory.”
They learn to hear.
Layered Learning
Important components of musicianship ultimately function together, but they are separated temporarily for clarity and understanding. Each element is examined, refined, and then reintegrated. As in building a snowball, each layer strengthens the whole. Or like peeling an onion, we isolate each layer in order to understand it — yet the complete structure functions as one.
Technical coordination follows the same principle. Concepts such as Unity of Finger, Hand, and Arm are introduced early and revisited repeatedly as new layers are added. When shaping is introduced, movements become smaller and more efficient. When rotation is added, tension decreases and sound improves. Each refinement reshapes the whole mechanism into something more balanced and elegant.
Through this process, students gain not only facility, but understanding. They learn why something works — or does not. Over time, coordination becomes automatic, but awareness remains. This equips the pianist to solve technical and musical challenges independently, avoiding tension, fatigue, and limitation as repertoire becomes more demanding.
Sequencing of Physical Skills
The sequencing of physical skills in this method may differ from other approaches. Certain movements cannot be mastered successfully without prior equilibrium. For example, rotation and in–out motion are introduced only after Balanced Landing and alignment are secure. Early repertoire is often played non-legato to avoid finger isolation and unnecessary tension.
Fingering and composition choices are intentionally aligned with technical goals. Students are not confined to fixed “positions” such as thumbs sharing Middle C, which can encourage twisting and misalignment. Nor are they asked to pre-set the hand in stretched five-finger positions, which can create static tension. Movement is organized around coordinated motion rather than static placement.
Directions should be followed carefully, and video demonstrations reviewed regularly. There are no shortcuts to freedom at the keyboard. One must crawl before walking, and walk before running.
Reading, Rhythm, and Listening
Reading instruction emphasizes directional reading, landmarks, and intervallic recognition. Students are not confined to C major or fixed positions. From the beginning, they experience movement across the keyboard through rote pieces and early pedal usage, developing tonal color and spatial awareness.
Rhythm is treated as both physical and artistic. Patterns are experienced bodily before being read. By separating rhythmic experience from notation at first, students develop physical fluency without cognitive overload. Reading becomes a layer added to skills that are already embodied.
Layered Listening introduces contrapuntal awareness from the first book. This prevents the abrupt mental overload that often occurs when polyphonic repertoire is introduced later.
Listening itself is central to artistry. Ear training begins in the first lesson and continues throughout the series. Students are encouraged to cultivate a wide palette of sound, supported by a well-maintained acoustic instrument whenever possible. Weighted keys and proper bench height are essential for coordinated movement and tone production. Correct sitting height and distance must be maintained everywhere — in lessons, at home, and in performance.
The Goal
When all elements function together — sound, motion, rhythm, reading, and listening — the pianist experiences increasing ease and expressive freedom. Each refinement makes the next possible. Over time, motion becomes smaller, sound becomes richer, and artistry becomes more natural.
The ultimate aim of this series is not simply to prepare students for examinations, but to equip them with the understanding and coordination necessary for lifelong musical growth.
How This Series Is Designed
This series is built on three guiding principles:
Sound Before Symbol.
Experience Before Vocabulary.
Function Before Definition.
Simply memorizing lists creates brittle knowledge. A student may recite the order of sharps or draw the Circle of Fifths, yet lack aural understanding or functional control. In this curriculum, theoretical concepts are never “dumped” all at once. They are introduced in stages — first heard, then experienced physically, and only then named and defined.
The Soundscapes in each unit follow a carefully sequenced Sound Development Spine, guiding the ear from simple contrasts to advanced harmonic architecture. Students learn to perceive musical qualities — stable and unstable, bright and dark, expanding and contracting — before attaching terminology. In this way, vocabulary grows out of lived musical experience rather than replacing it.
Soundscapes cultivate perception.
Technic refines motion.
Layered Listening develops cognition.
Symbol Spotlight builds literacy.
All are balanced.
This is a curriculum in which students do not merely “learn theory.”
They learn to hear.
Layered Learning
Important components of musicianship ultimately function together, but they are separated temporarily for clarity and understanding. Each element is examined, refined, and then reintegrated. As in building a snowball, each layer strengthens the whole. Or like peeling an onion, we isolate each layer in order to understand it — yet the complete structure functions as one.
Technical coordination follows the same principle. Concepts such as Unity of Finger, Hand, and Arm are introduced early and revisited repeatedly as new layers are added. When shaping is introduced, movements become smaller and more efficient. When rotation is added, tension decreases and sound improves. Each refinement reshapes the whole mechanism into something more balanced and elegant.
Through this process, students gain not only facility, but understanding. They learn why something works — or does not. Over time, coordination becomes automatic, but awareness remains. This equips the pianist to solve technical and musical challenges independently, avoiding tension, fatigue, and limitation as repertoire becomes more demanding.
Sequencing of Physical Skills
The sequencing of physical skills in this method may differ from other approaches. Certain movements cannot be mastered successfully without prior equilibrium. For example, rotation and in–out motion are introduced only after Balanced Landing and alignment are secure. Early repertoire is often played non-legato to avoid finger isolation and unnecessary tension.
Fingering and composition choices are intentionally aligned with technical goals. Students are not confined to fixed “positions” such as thumbs sharing Middle C, which can encourage twisting and misalignment. Nor are they asked to pre-set the hand in stretched five-finger positions, which can create static tension. Movement is organized around coordinated motion rather than static placement.
Directions should be followed carefully, and video demonstrations reviewed regularly. There are no shortcuts to freedom at the keyboard. One must crawl before walking, and walk before running.
Reading, Rhythm, and Listening
Reading instruction emphasizes directional reading, landmarks, and intervallic recognition. Students are not confined to C major or fixed positions. From the beginning, they experience movement across the keyboard through rote pieces and early pedal usage, developing tonal color and spatial awareness.
Rhythm is treated as both physical and artistic. Patterns are experienced bodily before being read. By separating rhythmic experience from notation at first, students develop physical fluency without cognitive overload. Reading becomes a layer added to skills that are already embodied.
Layered Listening introduces contrapuntal awareness from the first book. This prevents the abrupt mental overload that often occurs when polyphonic repertoire is introduced later.
Listening itself is central to artistry. Ear training begins in the first lesson and continues throughout the series. Students are encouraged to cultivate a wide palette of sound, supported by a well-maintained acoustic instrument whenever possible. Weighted keys and proper bench height are essential for coordinated movement and tone production. Correct sitting height and distance must be maintained everywhere — in lessons, at home, and in performance.
The Goal
When all elements function together — sound, motion, rhythm, reading, and listening — the pianist experiences increasing ease and expressive freedom. Each refinement makes the next possible. Over time, motion becomes smaller, sound becomes richer, and artistry becomes more natural.
The ultimate aim of this series is not simply to prepare students for examinations, but to equip them with the understanding and coordination necessary for lifelong musical growth.
Technique Tip
Preparatory:
1. How to Sit at the Piano
2. Alignment: Natural Hand Position (Knuckles, Wrists)
3. Gravity - Freedom of Forearm (Drawbridge)
4. Neutral Position (Contacting)
5. Alignment: Finger+Hand+Arm (It's Not the Fingers Alone)
6. Balanced Landing - Playing Fingers 2, 3, 4
7. No Keybed
8. Walking Hand and Arm - Playing Harmonic 5ths
9. Torso
10. What is Piano Technique?
Level 1A:
1. Tension and Limitation Caused by Curling the Fingers
2. Tension and Limitation Caused by Stretching the Fingers Apart from Each Other
3. Introduction to Rotation
4. Combining Rotation with Balanced Landing (Fingers 2, 3, 4)
5. Moving Fingers Together from Main Knuckle Ridge
6. Playing Thumb with Rotation
7. Tension and Limitation Caused by Moving Hand to Extreme Range, Right/Left (Twisting at Wrist - Ulnar/RadialDeviation)
8. Playing the Thumb - More Tips
9. Tension and Limitation Caused by Co-Contraction and Finger Isolation (and how to solve)
10. Single Rotation - (Legato Playing - Step 1)
Level 1B:
1. Melodic Intervals - Broken Triads
2. Double Rotation for Repeated Notes and Intervals
3. In and Out - Introduction
4. In and Out (Intervals, thumb on black keys)
5. 3-4-5, 3-2-1 IN
6. Out to Avoid Curling the Fingers
7. Combining Rotation with In/Out (1-3)
8. Introduction to Double Rotation
9. Major/Minor Triads - Broken and Blocked (Single Rotation:1-5-3; 5-1-3)
10. Walking Hand and Arm
Level 2A:
1.Combining Walking Hand and Arm and Rotation in Interval and Chord Playing
2. Interdependence of Hands: Vertical Motions/2 Hands Playing Simultaneously
3. Introduction to Double Rotation (2-5)
4. Broken and Blocked Major Triads - D, E, A Major; C, F, G Minor (Double and Single Rotation) Double Rotation for Stepwise Motion (Legato - Step 2)
5. Timing of Double Rotations
6. 5-Finger Rhapsody (A, D Major)
7. Passages with Single and Double Rotations
8. 5-Finger Rhapsody (E Major)
9. Combining In/Out with Rotation (1-2)
10. Interdependence of Hands: Opposite Ins and Outs
Level 2B:
1. Key Speed - Tonal Control
2. In-Out Combined with Rotation (3-2-1/3-4-5)
3. In-Out Combined with Rotation (1-2-3/5-4-3)
4. Forward and Backward Movement
5. Shaping
6. What Determines the Shape?
7. Size of the Shape
8. Introduction to Thumb Scale Crossings - Wombat Walkabouts Pattern Group 1
9. Grouping Densities of Notes (Intervals/Chords to Single Notes, or More dense to less dense)
10. Thumb Under Sequences - WWBW/1-2-3-1 (D, A Major, c, g) DRH asc –WWBW 1-2-3-1 DEF#GA RH asc –WWBW 1-2-3-1 ABC#DBbRH asc –WWBW 1-2-3-1 CDEbFBb LH desc –WWBW 1-2-3-1 DCBbAEb RH asc –WWBW 1-2-3-1 CDEbFEb LH desc –WWBW 1-2-3-1 GFEbDcRH asc –WWBW 1-2-3-1 CDEbFgRH asc –WWBW 1-2-3-1 GABbCc LH desc –WWBW 1-2-3-1 CBAbGb LH desc –WWBW 1-2-3-1 EDC#Bf LH desc–WWBW 1-2-3-1 FEDbCf#RH asc –WWBW 1-2-3-1 ABC#D (Same as A)
Level 3A:
1. Thumb Under Sequences - WBBW/1-2-3-1 (A LH desc –WBBW 1-2-3-1 AG#F#EB RH asc–WBBW 1-2-3-1 BC#D#EF# RH asc –WBBW 1-2-3-1 BC#D#E#F# LH desc –WBBW 1-2-3-1 E#D#C#BE RH asc –WBBW 1-2-3-1 EF#G#AB LH desc –WBBW 1-2-3 -1 ED#C#BE LH desc –WBBW 1-2-3-1 ED#C#BC# RH asc –WBBW 1-2-3-1 B#C#D#E#C# LH desc –WBBW 1-2-3-1 E#D#C#B#Ab RH asc –WBBW 1-2-3-1 CDbEbFAb LH desc –WBBW 1-2-3-1 CBbAbGg LH desc –WBBW 1-2-3-1 GF#EbDd LH desc –WBBW 1-2-3-1 DC#BbAc# LH desc –WBBW 1-2-3-1 ED#C#B#ab RH asc –WBBW 1-2-3-1 CbDbEbFb Same as Bab LH desc –WBBW 1-2-3-1 CbBbAbGbb RH asc–WBBW 1-2-3-1 CDbEbF Same as Abbb LH desc -WBBW 1-2-3-1 FEbDbC
2. Thumb Under Sequences - WBWW/1-2-3-1 (G LH desc –WBWW 1-2-3-1 GF#EDD LH desc –WBWW 1-2-3-1 DC#BAa LH desc –WBWW 1-2-3-1 AG#FEeRH asc –WBWW 1-2-3-1 EF#GAe LH desc –WBWW 1-2-3-1 ED#CBbRH asc–WBWW 1-2-3-1 BC#DEf RH asc –WBWW 1-2-3-1 CDbEFeb LH desc –WBWW 1-2-3-1 FEbDCb Etude:Work on measure 1 until it is just right. Then, play measures 2-3 in a way that allows you to play m. 1 just the same way as before.(Tip: Not too much lateral arm adjustment when crossing thumb under. Just enough to play last measure easily.)
3. WBBWW/1-2-3-4-1 (f LH desc –WBBWW 1-2-3-4-1 CBbAbGF*B RH asc –WBBBW 1-2-3-4-1 EF#G#ABB LH desc –WBBBW 1-2-3-4-1 BA#G#F#EC# RH asc–WBBBW 1-2-3-4-1 E#F#G#A#B#F# LH desc –WBBBW 1-2-3-4-1-BA#G#F#E#C# LH desc –WBBBW 1-2-3-4-1 B#A#G#F#E#ebRH asc –WBBBW 1-2-3-4-1 FGbAbBbCbeb LH desc –WBBBW 1-2-3-4-1 CbBbAbGbF
4. B Major Octave Scale
5. F# Major Octave Scale
6. C# Major Octave Scale
7. Fingering
8. Enslavement to Notation
9. Thumb Under Sequences: WWWBW/1-2-3-4-1 (G RH asc –WWWBW 1-2-3-4-1 CDEF#GD RH asc –WWWBW 1-2-3-4-1 GABC#DF RH asc –WWWBW 1-2-3-4-1 FGABbCBb RH asc –WWWBW 1-2-3-4-1 FGABbCBb LH desc –WWWBW 1-2-3-4-1 AGFEbDa RH asc –WWWBW 1-2-3-4-1 DEFG#A With minor 3rd(har. minor)e RH asc –WWWBW 1-2-3-4-1 ABCD#E With minor 3rd(har. minor)e LH desc –WWWBW 1-2-3-4-1 BAGF#E
10. Thumb Under Sequences: WWBBW/1-2-3-4-1 (A RH asc –WWBBW 1-2-3-4-1 DEF#G#AE RH asc –WWBBW 1-2-3-4-1 ABC#D#EE LH desc –WWBBW 1-2-3-4-1 BAG#F#EEb RH asc –WWBBW 1-2-3-4-1 FGAbBbC (Same as Ab Major)Eb LH desc –WWBBW 1-2-3-4-1 DCBbAbGAb RH asc –WWBBW 1-2-3-4-1 FGAbBbCAb LH desc –WWBBW 1-2-3-4-1 GFEbDbCd RH asc –WWBBW 1-2-3-4-1 GABbC#D With minor 3rd(har. minor)g RH asc –WWBBW 1-2-3-4-1 CDEbF#G f RH asc –WWBBW 1-2-3-4-1 FGAbBbCf# RH asc –WWBBW 1-2-3-4-1 DE#F#G#Af# LH desc –WWBBW 1-2-3-4-1 BAG#F#E#c# RH asc –WWBBW 1-2-3-4-1 AB#C#D#Ec# LH desc –WWBBW 1-2-3-4-1 B#AG#F#Eab RH asc –WWBBW 1-2-3-4-1 FbGAbBbCbab LH desc –WWBBW 1-2-3-4-1 GFbEbDbCb
Level 3B:
1. Interdependence of Hands: Tonal Quality and Volume
2. Thumb Under Sequences: WWBWW/1-2-3-4-1
3. Thumb Under Sequences: WWWW/1-2-3-1
4. Thumb Under Sequences: WWWWW/1-2-3-4-1
5. D and A Major Octave Scale
6. E Major Octave Scale
7. G Major Scale
8. C Major Scale
9. F Major Scale
10. Legato Leaps
Level 4A:
1. F Harmonic Minor Scale
2. Grouping Densities of Notes
3. D Harmonic Minor Scale
4. A Harmonic Minor Scale
5. E Harmonic Minor Scale
6. Walking Hand and Arm for Arpeggios (Thumb Under) - D, A, E Major
7. Staccato Leaps
7. G Harmonic Minor Scale
8. C Harmonic Minor Scale
9. Interdependence for Polyrhythms
10. Grouping for
Level 4B:
Level 5:
1.
2.
3.
4.
5.
6.
7.
8.
9.
10.
Level 6:
1.
2.
3.
4.
5.
6.
7.
8.
9.
10.
Level 7:
1.
2.
3.
4.
5.
6.
7.
8.
9.
10.
Level 8:
1.
2.
3.
4.
5.
6.
7.
8.
9.
10.
Level 9:
1.
2.
3.
4.
5.
6.
7.
8.
9.
10.
Level 10:
1.
2.
3.
4.
5.
6.
7.
8.
9.
10.
Preparatory:
1. How to Sit at the Piano
2. Alignment: Natural Hand Position (Knuckles, Wrists)
3. Gravity - Freedom of Forearm (Drawbridge)
4. Neutral Position (Contacting)
5. Alignment: Finger+Hand+Arm (It's Not the Fingers Alone)
6. Balanced Landing - Playing Fingers 2, 3, 4
7. No Keybed
8. Walking Hand and Arm - Playing Harmonic 5ths
9. Torso
10. What is Piano Technique?
Level 1A:
1. Tension and Limitation Caused by Curling the Fingers
2. Tension and Limitation Caused by Stretching the Fingers Apart from Each Other
3. Introduction to Rotation
4. Combining Rotation with Balanced Landing (Fingers 2, 3, 4)
5. Moving Fingers Together from Main Knuckle Ridge
6. Playing Thumb with Rotation
7. Tension and Limitation Caused by Moving Hand to Extreme Range, Right/Left (Twisting at Wrist - Ulnar/RadialDeviation)
8. Playing the Thumb - More Tips
9. Tension and Limitation Caused by Co-Contraction and Finger Isolation (and how to solve)
10. Single Rotation - (Legato Playing - Step 1)
Level 1B:
1. Melodic Intervals - Broken Triads
2. Double Rotation for Repeated Notes and Intervals
3. In and Out - Introduction
4. In and Out (Intervals, thumb on black keys)
5. 3-4-5, 3-2-1 IN
6. Out to Avoid Curling the Fingers
7. Combining Rotation with In/Out (1-3)
8. Introduction to Double Rotation
9. Major/Minor Triads - Broken and Blocked (Single Rotation:1-5-3; 5-1-3)
10. Walking Hand and Arm
Level 2A:
1.Combining Walking Hand and Arm and Rotation in Interval and Chord Playing
2. Interdependence of Hands: Vertical Motions/2 Hands Playing Simultaneously
3. Introduction to Double Rotation (2-5)
4. Broken and Blocked Major Triads - D, E, A Major; C, F, G Minor (Double and Single Rotation) Double Rotation for Stepwise Motion (Legato - Step 2)
5. Timing of Double Rotations
6. 5-Finger Rhapsody (A, D Major)
7. Passages with Single and Double Rotations
8. 5-Finger Rhapsody (E Major)
9. Combining In/Out with Rotation (1-2)
10. Interdependence of Hands: Opposite Ins and Outs
Level 2B:
1. Key Speed - Tonal Control
2. In-Out Combined with Rotation (3-2-1/3-4-5)
3. In-Out Combined with Rotation (1-2-3/5-4-3)
4. Forward and Backward Movement
5. Shaping
6. What Determines the Shape?
7. Size of the Shape
8. Introduction to Thumb Scale Crossings - Wombat Walkabouts Pattern Group 1
9. Grouping Densities of Notes (Intervals/Chords to Single Notes, or More dense to less dense)
10. Thumb Under Sequences - WWBW/1-2-3-1 (D, A Major, c, g) DRH asc –WWBW 1-2-3-1 DEF#GA RH asc –WWBW 1-2-3-1 ABC#DBbRH asc –WWBW 1-2-3-1 CDEbFBb LH desc –WWBW 1-2-3-1 DCBbAEb RH asc –WWBW 1-2-3-1 CDEbFEb LH desc –WWBW 1-2-3-1 GFEbDcRH asc –WWBW 1-2-3-1 CDEbFgRH asc –WWBW 1-2-3-1 GABbCc LH desc –WWBW 1-2-3-1 CBAbGb LH desc –WWBW 1-2-3-1 EDC#Bf LH desc–WWBW 1-2-3-1 FEDbCf#RH asc –WWBW 1-2-3-1 ABC#D (Same as A)
Level 3A:
1. Thumb Under Sequences - WBBW/1-2-3-1 (A LH desc –WBBW 1-2-3-1 AG#F#EB RH asc–WBBW 1-2-3-1 BC#D#EF# RH asc –WBBW 1-2-3-1 BC#D#E#F# LH desc –WBBW 1-2-3-1 E#D#C#BE RH asc –WBBW 1-2-3-1 EF#G#AB LH desc –WBBW 1-2-3 -1 ED#C#BE LH desc –WBBW 1-2-3-1 ED#C#BC# RH asc –WBBW 1-2-3-1 B#C#D#E#C# LH desc –WBBW 1-2-3-1 E#D#C#B#Ab RH asc –WBBW 1-2-3-1 CDbEbFAb LH desc –WBBW 1-2-3-1 CBbAbGg LH desc –WBBW 1-2-3-1 GF#EbDd LH desc –WBBW 1-2-3-1 DC#BbAc# LH desc –WBBW 1-2-3-1 ED#C#B#ab RH asc –WBBW 1-2-3-1 CbDbEbFb Same as Bab LH desc –WBBW 1-2-3-1 CbBbAbGbb RH asc–WBBW 1-2-3-1 CDbEbF Same as Abbb LH desc -WBBW 1-2-3-1 FEbDbC
2. Thumb Under Sequences - WBWW/1-2-3-1 (G LH desc –WBWW 1-2-3-1 GF#EDD LH desc –WBWW 1-2-3-1 DC#BAa LH desc –WBWW 1-2-3-1 AG#FEeRH asc –WBWW 1-2-3-1 EF#GAe LH desc –WBWW 1-2-3-1 ED#CBbRH asc–WBWW 1-2-3-1 BC#DEf RH asc –WBWW 1-2-3-1 CDbEFeb LH desc –WBWW 1-2-3-1 FEbDCb Etude:Work on measure 1 until it is just right. Then, play measures 2-3 in a way that allows you to play m. 1 just the same way as before.(Tip: Not too much lateral arm adjustment when crossing thumb under. Just enough to play last measure easily.)
3. WBBWW/1-2-3-4-1 (f LH desc –WBBWW 1-2-3-4-1 CBbAbGF*B RH asc –WBBBW 1-2-3-4-1 EF#G#ABB LH desc –WBBBW 1-2-3-4-1 BA#G#F#EC# RH asc–WBBBW 1-2-3-4-1 E#F#G#A#B#F# LH desc –WBBBW 1-2-3-4-1-BA#G#F#E#C# LH desc –WBBBW 1-2-3-4-1 B#A#G#F#E#ebRH asc –WBBBW 1-2-3-4-1 FGbAbBbCbeb LH desc –WBBBW 1-2-3-4-1 CbBbAbGbF
4. B Major Octave Scale
5. F# Major Octave Scale
6. C# Major Octave Scale
7. Fingering
8. Enslavement to Notation
9. Thumb Under Sequences: WWWBW/1-2-3-4-1 (G RH asc –WWWBW 1-2-3-4-1 CDEF#GD RH asc –WWWBW 1-2-3-4-1 GABC#DF RH asc –WWWBW 1-2-3-4-1 FGABbCBb RH asc –WWWBW 1-2-3-4-1 FGABbCBb LH desc –WWWBW 1-2-3-4-1 AGFEbDa RH asc –WWWBW 1-2-3-4-1 DEFG#A With minor 3rd(har. minor)e RH asc –WWWBW 1-2-3-4-1 ABCD#E With minor 3rd(har. minor)e LH desc –WWWBW 1-2-3-4-1 BAGF#E
10. Thumb Under Sequences: WWBBW/1-2-3-4-1 (A RH asc –WWBBW 1-2-3-4-1 DEF#G#AE RH asc –WWBBW 1-2-3-4-1 ABC#D#EE LH desc –WWBBW 1-2-3-4-1 BAG#F#EEb RH asc –WWBBW 1-2-3-4-1 FGAbBbC (Same as Ab Major)Eb LH desc –WWBBW 1-2-3-4-1 DCBbAbGAb RH asc –WWBBW 1-2-3-4-1 FGAbBbCAb LH desc –WWBBW 1-2-3-4-1 GFEbDbCd RH asc –WWBBW 1-2-3-4-1 GABbC#D With minor 3rd(har. minor)g RH asc –WWBBW 1-2-3-4-1 CDEbF#G f RH asc –WWBBW 1-2-3-4-1 FGAbBbCf# RH asc –WWBBW 1-2-3-4-1 DE#F#G#Af# LH desc –WWBBW 1-2-3-4-1 BAG#F#E#c# RH asc –WWBBW 1-2-3-4-1 AB#C#D#Ec# LH desc –WWBBW 1-2-3-4-1 B#AG#F#Eab RH asc –WWBBW 1-2-3-4-1 FbGAbBbCbab LH desc –WWBBW 1-2-3-4-1 GFbEbDbCb
Level 3B:
1. Interdependence of Hands: Tonal Quality and Volume
2. Thumb Under Sequences: WWBWW/1-2-3-4-1
3. Thumb Under Sequences: WWWW/1-2-3-1
4. Thumb Under Sequences: WWWWW/1-2-3-4-1
5. D and A Major Octave Scale
6. E Major Octave Scale
7. G Major Scale
8. C Major Scale
9. F Major Scale
10. Legato Leaps
Level 4A:
1. F Harmonic Minor Scale
2. Grouping Densities of Notes
3. D Harmonic Minor Scale
4. A Harmonic Minor Scale
5. E Harmonic Minor Scale
6. Walking Hand and Arm for Arpeggios (Thumb Under) - D, A, E Major
7. Staccato Leaps
7. G Harmonic Minor Scale
8. C Harmonic Minor Scale
9. Interdependence for Polyrhythms
10. Grouping for
Level 4B:
Level 5:
1.
2.
3.
4.
5.
6.
7.
8.
9.
10.
Level 6:
1.
2.
3.
4.
5.
6.
7.
8.
9.
10.
Level 7:
1.
2.
3.
4.
5.
6.
7.
8.
9.
10.
Level 8:
1.
2.
3.
4.
5.
6.
7.
8.
9.
10.
Level 9:
1.
2.
3.
4.
5.
6.
7.
8.
9.
10.
Level 10:
1.
2.
3.
4.
5.
6.
7.
8.
9.
10.
Contents - Breakdown Grid:
|
Book:
|
Sound - Listening (ear training, tonal control, repertoire listening, improvisation)
Sound Before Symbol. |
Technic
Experience Before Vocabulary. |
Rhythm
Function Before Definition. |
Functional theory (harmonization, keyboard theory scales etc.)
taught first by rote and patterns, not memorizing lists |
Blueprint - Notation - Reading
|
Repertoire - main (current level)
|
Weekly Repertoire (3 levels easier)
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Improvisation and/or Rote
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Layered Listening
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Preparatory Book
By end of the Preparatory Book: they can keep pulse, read directional pre-staff patterns, understand measure/4/4, quarter/half/whole notes & rests, repeat signs, dynamics basics. |
Core Sound Ideas
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Technique:
Unit 1: How to Sit at the Piano, Unit 2: Alignment: Natural Hand Position (Knuckles, Wrists) Unit 3. Gravity - Freedom of Forearm (Drawbridge) Unit 4. Neutral Position (Contacting) Unit 5. Alignment: Finger+Hand+Arm (It's Not the Fingers Alone) Unit 6. Balanced Landing - Playing Fingers 2, 3, 4 Unit 7. No Keybed Unit 8. Walking Hand and Arm - Playing Harmonic 5ths Unit 9. Torso Unit 10. What is Piano Technique? |
Rhythm:
Steady Beat, Quarter Note, Quarter Rest Half, Whole note, fast/slow barlines measures 4/4 |
Functional Theory
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BluePrint:
Keyboard, Alphabet, Finger #'s Pre-Staff Directional (using black key groups) |
Repertoire:
Your old title “Laser Beam” works because it describes directed energy. We can build from that idea: force traveling cleanly through a structure.Balance Etudes: These fit the idea of weight settling and structural balance.
🌊 Energy Transmission / FlowThese evoke energy moving through the arm into the key.
🪶 Effortless Weight / GravityThese reflect using gravity instead of force.
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Easier Repertoire:
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Improvisation and/or Rote:
Black Keys CDE, FGAB Improv |
Layered Listening:
Dalcroze Overlapping Echoes Dalcroze Mixed Note Values (Feet/Clap) |
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Book 1A:
By end of 1A: they can read on one staff with landmark(s), understand steps/skips/interval size, basic articulation, and rests cleanly. |
Core Sound Ideas
Dynamics expanded: mp/mf + cresc/dim as shape; introduce “phrase mark” (slur vs phrase mark) core Sound Ideas (begin to feel musical contour)
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Technique:
Unit 1: Tension and Limitation Caused by Curling the Fingers 2. Tension and Limitation Caused by Stretching the Fingers Apart from Each Other 3. Introduction to Rotation 4. Combining Rotation with Balanced Landing (Fingers 2, 3, 4) 5. Moving Fingers Together from Main Knuckle Ridge 6. Playing Thumb with Rotation 7. Tension and Limitation Caused by Moving Hand to Extreme Range, Right/Left (Twisting at Wrist - Ulnar/RadialDeviation) 8. Playing the Thumb - More Tips 9. Tension and Limitation Caused by Co-Contraction and Finger Isolation (and how to solve) 10. Single Rotation - (Legato Playing - Step 1) |
Rhythm:
Rests literacy: half rest/whole rest placement; “silence counts” games |
Functional Theory
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BluePrint:(single staff intro + treble focus)
The staff (5 lines/4 spaces), notehead/stem, treble clef = “G clef,” landmark G Articulation basics: legato vs staccato; slur vs staccato dot (no technique lecture—just meaning) Intervals by size only (2nd–5th) using staff pictures + keyboard mapping (no quality yet) |
Repertoire:
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Easier Repertoire:
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Improvisation and/or Rote:
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Layered Listening:
Dalcroze Mixed Note Values (Feet/Clap) |
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Book 1B
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Core Sound Ideas
Stability & Home (Sound has gravitational pull) Core Sound Ideas
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Technique:
Unit 1. Melodic Intervals - Broken Triads 2. Double Rotation for Repeated Notes and Intervals 3. In and Out - Introduction 4. In and Out (Intervals, thumb on black keys) 5. 3-4-5, 3-2-1 IN 6. Out to Avoid Curling the Fingers 7. Combining Rotation with In/Out (1-3) 8. Introduction to Double Rotation 9. Major/Minor Triads - Broken and Blocked (Single Rotation:1-5-3; 5-1-3) 10. Walking Hand and Arm |
Rhythm:
Time signatures as “how many beats / what kind”; reinforce 4/4 + introduce 2/4 by feel |
Functional Theory
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BluePrint:(grand staff & landmarks, but still controlled)
Grand staff concept: brace, barline through both staves, middle C as bridge Landmark set: Bass F → Middle C → Treble G (and optional Treble C); “find by interval” (up a 2nd, down a 3rd, up a 5th) Harmonic Intervals, Blocked Triads Accidentals on keyboard: half steps/whole steps; sharp/flat/natural symbols (light on staff) Simple form: A-B, question/answer; repeat sign revisited; DC not needed Triads introduced as sound: “three-note stack”; blocked vs broken; identify by ear “home chord” (tonic) Intervals expand: 2nd–7th by size; octave introduced (all C’s) + transposition-by-letter (very simple) |
Repertoire:
semi contrapuntal - Piece with overlapping a bit (RH 3 steps up LH comes in with 5ths 2 beats early etc.) Rotation pieces:🌀 Rotational / Coordinated MotionPerfect for pieces involving rotation or forearm choreography.
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Easier Repertoire:
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Improvisation and/or Rote:
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Layered Listening:
Dalcroze Overlapping Echos |
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Book 2A
By end of 2A: grand staff is normal, landmarks are automatic, interval/directional reading is functional, meters 4/4 + 3/4 are stable, accidentals/half-steps make sense, and triads/tetrachords are seeded. |
Color & Character (Begin to hear tension)
Core Sound Ideas
Core Sound Ideas
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Technique:
1.Combining Walking Hand and Arm and Rotation in Interval and Chord Playing 2. Interdependence of Hands: Vertical Motions/2 Hands Playing Simultaneously 3. Introduction to Double Rotation (2-5) 4. Broken and Blocked Major Triads - D, E, A Major; C, F, G Minor (Double and Single Rotation) Double Rotation for Stepwise Motion (Legato - Step 2) 5. Timing of Double Rotations 6. 5-Finger Rhapsody (A, D Major) 7. Passages with Single and Double Rotations 8. 5-Finger Rhapsody (E Major) 9. Combining In/Out with Rotation (1-2) 10. Interdependence of Hands: Opposite Ins and Outs |
Rhythm:(expand meter + harmony literacy; still no 8ths)
3/4 meter: strong beat 1; waltz feel; conducting pattern Dotted half note (in 3/4) OR tie concept (tie vs slur) — pick one; tie is more universally useful |
Functional Theory
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BluePrint:
Building major scales conceptually: tetrachords (you said), whole/half pattern on keyboard Minor introduced as “family sound”: natural minor by ear; later harmonic/melodic belong in PIM 4–5 Primary harmony by ear: tonic vs dominant (not Roman numerals yet); simple cadences in listening Chords on staff: stacked thirds vs broken; “root position” as vocabulary (light) Sight-reading readiness: interval reading from landmarks + rhythm review + articulation/dynamics symbols quick-scan routine |
Repertoire:
Semi contrapuntal piece (perhaps play one tap or snap other and switch) |
Easier Repertoire:
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Improvisation and/or Rote:
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Layered Listening:
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Book 2B
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- Structural Hearing (Sound becomes architectural)
Core Sound Ideas
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Technique:
1. Key Speed - Tonal Control 2. In-Out Combined with Rotation (3-2-1/3-4-5) 3. In-Out Combined with Rotation (1-2-3/5-4-3) 4. Forward and Backward Movement 5. Shaping 6. What Determines the Shape? 7. Size of the Shape 8. Introduction to Thumb Scale Crossings - Wombat Walkabouts Pattern Group 1 9. Grouping Densities of Notes (Intervals/Chords to Single Notes, or More dense to less dense) 10. Thumb Under Sequences - WWBW/1-2-3-1 (D, A Major, c, g) DRH asc –WWBW 1-2-3-1 DEF#GA RH asc –WWBW 1-2-3-1 ABC#DBbRH asc –WWBW 1-2-3-1 CDEbFBb LH desc –WWBW 1-2-3-1 DCBbAEb RH asc –WWBW 1-2-3-1 CDEbFEb LH desc –WWBW 1-2-3-1 GFEbDcRH asc –WWBW 1-2-3-1 CDEbFgRH asc –WWBW 1-2-3-1 GABbCc LH desc –WWBW 1-2-3-1 CBAbGb LH desc –WWBW 1-2-3-1 EDC#Bf LH desc–WWBW 1-2-3-1 FEDbCf#RH asc –WWBW 1-2-3-1 ABC#D (Same as A) |
Rhythm:
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Functional Theory
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BluePrint:
Grand staff fluency + C & A minor literacy Unit 1 – Grand Staff Integration
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Repertoire:
Bartok – Dialogue (from First Term at the Piano) M. Praetorius – Gavotte in G (from Terpsichore) Praetorious – Old German Dance Reinagle – Allegretto (No. 9 from 24 Short and Easy Piece, Op. 1) Repertoire (RCM – Prep A) Allegro in C Major, op. 1, no. 4 Alexander Reinagle Melody in G Major, op. 101, no. 39 Ferdinand Beyer |
Easier Repertoire:
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Improvisation and/or Rote:
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Layered Listening:
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Book 3A
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Listen to Examples from Upcoming Repertoire
Key Color Awareness (Begin hearing tonal relationships) Core Sound Ideas
Major/Minor Triads |
Level 3A:
1. Thumb Under Sequences - WBBW/1-2-3-1 (A LH desc –WBBW 1-2-3-1 AG#F#EB RH asc–WBBW 1-2-3-1 BC#D#EF# RH asc –WBBW 1-2-3-1 BC#D#E#F# LH desc –WBBW 1-2-3-1 E#D#C#BE RH asc –WBBW 1-2-3-1 EF#G#AB LH desc –WBBW 1-2-3 -1 ED#C#BE LH desc –WBBW 1-2-3-1 ED#C#BC# RH asc –WBBW 1-2-3-1 B#C#D#E#C# LH desc –WBBW 1-2-3-1 E#D#C#B#Ab RH asc –WBBW 1-2-3-1 CDbEbFAb LH desc –WBBW 1-2-3-1 CBbAbGg LH desc –WBBW 1-2-3-1 GF#EbDd LH desc –WBBW 1-2-3-1 DC#BbAc# LH desc –WBBW 1-2-3-1 ED#C#B#ab RH asc –WBBW 1-2-3-1 CbDbEbFb Same as Bab LH desc –WBBW 1-2-3-1 CbBbAbGbb RH asc–WBBW 1-2-3-1 CDbEbF Same as Abbb LH desc -WBBW 1-2-3-1 FEbDbC 2. Thumb Under Sequences - WBWW/1-2-3-1 (G LH desc –WBWW 1-2-3-1 GF#EDD LH desc –WBWW 1-2-3-1 DC#BAa LH desc –WBWW 1-2-3-1 AG#FEeRH asc –WBWW 1-2-3-1 EF#GAe LH desc –WBWW 1-2-3-1 ED#CBbRH asc–WBWW 1-2-3-1 BC#DEf RH asc –WBWW 1-2-3-1 CDbEFeb LH desc –WBWW 1-2-3-1 FEbDCb Etude:Work on measure 1 until it is just right. Then, play measures 2-3 in a way that allows you to play m. 1 just the same way as before.(Tip: Not too much lateral arm adjustment when crossing thumb under. Just enough to play last measure easily.) 3. WBBWW/1-2-3-4-1 (f LH desc –WBBWW 1-2-3-4-1 CBbAbGF*B RH asc –WBBBW 1-2-3-4-1 EF#G#ABB LH desc –WBBBW 1-2-3-4-1 BA#G#F#EC# RH asc–WBBBW 1-2-3-4-1 E#F#G#A#B#F# LH desc –WBBBW 1-2-3-4-1-BA#G#F#E#C# LH desc –WBBBW 1-2-3-4-1 B#A#G#F#E#ebRH asc –WBBBW 1-2-3-4-1 FGbAbBbCbeb LH desc –WBBBW 1-2-3-4-1 CbBbAbGbF 4. B Major Octave Scale 5. F# Major Octave Scale 6. C# Major Octave Scale 7. Fingering 8. Enslavement to Notation 9. Thumb Under Sequences: WWWBW/1-2-3-4-1 (G RH asc –WWWBW 1-2-3-4-1 CDEF#GD RH asc –WWWBW 1-2-3-4-1 GABC#DF RH asc –WWWBW 1-2-3-4-1 FGABbCBb RH asc –WWWBW 1-2-3-4-1 FGABbCBb LH desc –WWWBW 1-2-3-4-1 AGFEbDa RH asc –WWWBW 1-2-3-4-1 DEFG#A With minor 3rd(har. minor)e RH asc –WWWBW 1-2-3-4-1 ABCD#E With minor 3rd(har. minor)e LH desc –WWWBW 1-2-3-4-1 BAGF#E 10. Thumb Under Sequences: WWBBW/1-2-3-4-1 (A RH asc –WWBBW 1-2-3-4-1 DEF#G#AE RH asc –WWBBW 1-2-3-4-1 ABC#D#EE LH desc –WWBBW 1-2-3-4-1 BAG#F#EEb RH asc –WWBBW 1-2-3-4-1 FGAbBbC (Same as Ab Major)Eb LH desc –WWBBW 1-2-3-4-1 DCBbAbGAb RH asc –WWBBW 1-2-3-4-1 FGAbBbCAb LH desc –WWBBW 1-2-3-4-1 GFEbDbCd RH asc –WWBBW 1-2-3-4-1 GABbC#D With minor 3rd(har. minor)g RH asc –WWBBW 1-2-3-4-1 CDEbF#G f RH asc –WWBBW 1-2-3-4-1 FGAbBbCf# RH asc –WWBBW 1-2-3-4-1 DE#F#G#Af# LH desc –WWBBW 1-2-3-4-1 BAG#F#E#c# RH asc –WWBBW 1-2-3-4-1 AB#C#D#Ec# LH desc –WWBBW 1-2-3-4-1 B#AG#F#Eab RH asc –WWBBW 1-2-3-4-1 FbGAbBbCbab LH desc –WWBBW 1-2-3-4-1 GFbEbDbCb |
Rhythm:
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Functional Theory
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BluePrint:
Building Major Scales Unit 2 – G Major
– Primary Triads
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Repertoire:
Daniel Gottlob Turk – Arioso Diabelli – Allegretto in C (No. 3 from Die ersten 12 Lectionen, Op. 125) Clarke – King William’s March Reinagle – Minuet (No. 10 from 24 Short and Easy Pieces) W.A. Mozart – Minuet in C, K. 6 Minuetto in C Major, op. 37, lesson 2 James Hook Minuet in F Major attr. Leopold Mozart Playing, op. 39, no. 5 Dmitri Kabalevsky – staccatos – interd of hands. |
Easier Repertoire:
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Improvisation and/or Rote:
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Layered Listening:
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Book 3B
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Interval Quality (M/m 3rd)
intervals (min or Maj 3rd), chords (Major or minor Triad), playback (Keys C,G, a – starting note tonic or dominant) Major / Minor 3rds melodic dictation |
Technique:
Unit 1. Interdependence of Hands: Tonal Quality and Volume 2. Thumb Under Sequences: WWBWW/1-2-3-4-1 3. Thumb Under Sequences: WWWW/1-2-3-1 4. Thumb Under Sequences: WWWWW/1-2-3-4-1 5. D and A Major Octave Scale 6. E Major Octave Scale 7. G Major Scale 8. C Major Scale 9. F Major Scale 10. Legato Leaps |
Rhythm:
clap back (3/4, 4/4), rhythmic dictation |
Functional Theory
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BluePrint:
Discovery of pitch and notation concepts including: • accidentals, half steps, whole steps • intervals (size only) • scales and key signatures (G major and F major) • introduction to melody writing and guided listening Scales and Chords Hands Separate (6 scales – C,G,F,a,e,d) Contrary Motion C Hands Together Chromatic Starting on C Functional literacy in C, G, F, a, e, d – Key Signatures 1 sharp/flat review Major/minor triads (root position) Sight-reading strategy Simple melodic writing (4 measures)
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Repertoire:
Minuet in C Major, op. 38, no. 4 Johann Wilhelm Hässler Bourrée in D Minor Christoph Graupner Burlesque in G Major Anonymous German Dance in D Major, Hob. IX:22, no. 2 Franz Joseph Haydn Minuet in D Minor Anonymous Ukrainian Folk Song, op. 107, no. 3 Ludwig van Beethoven Waltz, op. 39, no. 13 Dmitri Kabalevsky Etude in C Major, op. 125, no. 3 Anton Diabelli Scherzo, op. 39, no. 12 Dmitri Kabalevsky |
Easier Repertoire:
Contrary motion concept piece |
Improvisation and/or Rote:
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Layered Listening:
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Book 4A
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Ear-Tests: ¾, 4/4; Intervals (m3, M3, P5); Chords (M,m triads Root Position);
Playback: G, F, d (starting note tonic or dominant) Solfege - or with scale degree names Playback + dictation patterns melodic dictation |
Technique:
1. F Harmonic Minor Scale 2. Grouping Densities of Notes 3. D Harmonic Minor Scale 4. A Harmonic Minor Scale 5. E Harmonic Minor Scale 6. Walking Hand and Arm for Arpeggios (Thumb Under) - D, A, E Major 7. Staccato Leaps 7. G Harmonic Minor Scale 8. C Harmonic Minor Scale 9. Interdependence for Polyrhythms 10. Grouping for ---: |
Rhythm:
rhythmic dictation |
Functional Theory
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BluePrint:
Harmonic vs melodic minor New concepts include: • major and minor keys with one sharp or flat • application of time signatures, bar lines, rests • the harmonic minor scale • chord symbols for tonic triads Scales (HS G, F, Bb, e,d,g – harmonic and melodic) Chords (broken and solid) same keys Formula Pattern (C, G) HT Chromatic on G
Unit suggestion: PIM 5 — Unit 6 Show a half-circle: C → G → D C → F → B♭ Explain: Each step adds one sharp or one flat. Keep it linear. Unit 2 – One sharp/flat minor keys Roman numerals (I, IV, V) Scale degree names Simple harmonic analysis Playback + dictation patterns |
Repertoire:
Entrée in A Minor Anonymous Menuet en rondeau (Minuet in Rondo Form) Jean-Philippe Rameau Impertinence, HWV 494 George Frideric Handel Minuet in A Minor, Z 649 Henry Purcell Minuet in G Major, K 1e Wolfgang Amadeus Mozart Allegretto in C Major Christian Gottlob Neefe Écossaise in G Major, WoO 23 Ludwig van Beethoven Canon in A Minor Cornelius Gurlitt Etude in F Major, op. 190, no. 27 Christian Louis Heinrich Köhler Etude in D Minor, op. 82, no. 65 Cornelius Gurlitt Etude in G Major, op. 166, no. 6 Henri Bertini – slurs interd of hands |
Easier Repertoire:
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Improvisation and/or Rote:
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Layered Listening:
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Book 4B
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melodic dictation
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Rhythm:
rhythmic dictation |
Functional Theory
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BluePrint:
New concepts include: • major and minor keys up to two sharps or flats • perfect and major intervals • octave transposition • the melodic minor scale • dominant triads Two sharps/flats + dominant function PIM 6 Diminished triad (vii°) – Key signatures up to 2 Perfect vs Major intervals Major / Minor / Perfect system formalized Octave transposition Melodic minor form Dominant triad function Basic form: binary/rounded binary Harmonic reduction exercises |
Repertoire:
Minuet in G Minor, BWV Anh. 115 Christian Petzold 7 Musette in D Major, BWV Anh. 126 attr. Johann Sebastian Bach 8 Sonatina in G Major, Anh. 5, no. 1 First Movement Second Movement attr. Ludwig van Beethoven 13 At Night on the River, op. 27, no. 4 Dmitri Kabalevsky 23 Etude in D Major, op. 37, no. 17 Henry Lemoine Arabesque, op. 100, no. 2 Johann Friedrich Burgmüller Trumpet March, op. 36, no. 53 Aleksandr Gedike – repeated keys, voicing,counting On Horseback, op. 98, no. 5 Aleksandr Grechaninov |
Easier Repertoire:
Trad. English – Parson’s Farewell (from The English Dancing Master) Schumann – Melodie (No. 1 from Album fur die Jugend, Op. 68) |
Improvisation and/or Rote:
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Layered Listening:
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Book 5
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Harmonic dictation basics
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Rhythm:
rhythmic dictation |
Functional Theory
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BluePrint:
New concepts include: • major and minor keys up to three sharps or flats • transposition with change of clef • minor intervals • subdominant triads • writing four-measure melodies Three sharps/flats + subdominant function Minor interval quality Stage 3 — Full Circle Introduced Introducing Circle of 5ths - PIM 6 (RCM 3) Now students know:
Teach:
Subdominant triad Writing 4-measure melodies Clef transposition Basic modulation awareness Phrase structure (antecedent/consequent) Harmonic dictation basics |
Repertoire:
Need a romantic type piece – lyrical – pre field chopin Write a halloween like contemporary piece similar to Minuet in D Minor, BWV Anh. 132 attr. Johann Sebastian Bach Sonata in C Minor, K 40 Domenico Scarlatti Sonatina in G Major, op. 36, no. 2: III Muzio Clementi Etude in E Minor, op. 65, no. 42 Carl Albert Loeschhorn (pedaling, expression, line, broken chords) A Frightening Experience, op. 98, no. 11 Aleksandr Grechaninov – chords repeated - voicing Dewdrops, op. 33, no. 12 Samuel Maykapar – voicing – alberti – minor key – on black keys in black key area Ballade, op. 100, no. 15 Johann Friedrich Burgmüller The Avalanche, op. 45, no. 2 Stephen Heller Need a romantic type piece – lyrical – pre field chopin Write a halloween like contemporary piece similar to Sonatina in G Major, op. 66, no. 3: I Heinrich Lichner |
Easier Repertoire:
Etude in C Major Félix Le Couppey Morning Greeting, op. 117, no. 13 Cornelius Gurlitt Both Ways Alexandre Tansman Conversation No. 3 Béla Bartók Andante in G Minor Georg Philipp Telemann High Spirits Daniel Gottlob Türk |
Improvisation and/or Rote:
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Layered Listening:
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Book 8
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melodic and harmonic dictation
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Rhythm:
rhythmic dictation |
Functional Theory
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BluePrint:
Summative review of Preparatory–Level 4 New concepts include: • major and minor keys up to four sharps or flats • triad inversions and dominant 7th chords • expanded melody writing • analysis through repertoire exploration • practice exam questions Four sharps/flats + inversions Unit 1: Basic Concept(s): Unit 1 – Triad inversions PIM 8 Fully diminished 7th (vii°7) Dominant 7th Expanded melody writing Formal analysis Harmonic progressions Secondary dominants intro (light) Practice exam style integration |
Repertoire:
Little Prelude in C Major, BWV 939 Johann Sebastian Bach Sonata in D Minor, K 34 Domenico Scarlatti Sonatina in G Major, op. 168, no. 2: I Anton Diabelli Sonatina in C Major, op. 36, no. 3: III Muzio Clementi – perhaps do in complete Polka, op. 39, no. 10 Pyotr Il’yich Tchaikovsky Prelude, op. 39, no. 19 Dmitri Kabalevsky (staccato vs legato) Harmony of the Angels, op. 100, no. 21 Johann Friedrich Burgmüller |
Easier Repertoire:
Slovakian Folk Tune in E Minor Béla Bartók – good for piece in later level Imitation and Counterpoint #23 Microcosmos Book 1 - Bela Bartok Allegro in C Major, op. 38, no. 8 Johann Wilhelm Hässler – good for easy piece later book The Little Juggler, op. 89, no. 21 Dmitri Kabalevsky – good for leaps later book |
Improvisation and/or Rote:
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Layered Listening:
Imitation and Counterpoint #23 Microcosmos - Bela Bartok (als in Easier Repertoire) |
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Book 9
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augmented and diminished intervals •
ii–V–I Half-diminished 7th (viiø7) Dominant etc. - different 7th chords Authentic vs half cadences melodic and harmonic dictation |
Rhythm:
Compound meter (6/8 rhythmic dictation |
Functional Theory
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BluePrint:
New concepts include: • double sharp and flat • transposition of major key melodies up by any interval • compound meter • augmented and diminished intervals • identification of half and authentic cadences • introduction to Baroque and Classical style Double sharps/flats Circle of 5ths Stage 4 — Functional Circle PIM 8–9 Now use it to teach:
PIM 9 Half-diminished 7th (viiø7) Augmented/diminished intervals ) Transposition by interval Style periods intro Authentic vs half cadences Harmonic analysis in repertoire |
Repertoire:
Sarabande in D Minor George Frideric Handel Sonatina in A Minor Georg Anton Benda As Swift as a Deer Daniel Gottlob Türk Waltz in A Minor, op. posth., B 150 Frédéric Chopin Of Foreign Lands and Peoples (Von fremden Ländern und Menschen), op. 15, no. 1 Robert Schumann Etude in E Minor, op. 29, no. 14 Henri Bertini Modern - add contrapuntal invention impressionistic jazz |
Easier Repertoire:
Pastourelle Bela Bartok (Microcosmos Book 1) Andantino in A Major, op. 38, no. 31 Johann Wilhelm Hässler – miniature for later book 22 A New Irish Tune Henry Purcell – dotted rhythms, ornaments, legato, phrasing – miniature for later book 11 Sonatina in A Minor, op. 94, no. 4 First Movement Albert Biehl – miniature for later book 18 Sonatina in F Major, op. 257, no. 2 Fourth Movement: Finale Théodore Lack – miniature for later book 20 |
Improvisation and/or Rote:
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Layered Listening:
Pastourelle Bela Bartok (Microcosmos Book 1) - Easier Repertoire |
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Book 10
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Augmented/diminished triads
melodic and harmonic dictation |
Rhythm:
rhythmic dictation |
Functional Theory
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BluePrint:
New concepts include: • transposition to any key, up or down • inversion of intervals • chromatic, whole-tone, octatonic, pentatonic, blues scales • diminished, augmented triads; diminished 7th chord • melody writing in minor keys • introduction to Romantic and Modern eras PIM 10 (RCM 7 Equivalent) Goal: Modal + scale expansion Unit 1: Basic Concept(s): Unit 1 – Modal scales PIM 10+ Enharmonic reinterpretation + modulation use Whole tone, pentatonic, blues Inversion of intervals Augmented/diminished triads Minor key melody writing Romantic harmony intro Form analysis (ternary, rondo) |
Repertoire:
PERHAPS a piece similar to Mendelssohn SWOW for VOICING of top note chords – singing line, lyrical chords. But in jazz/contemporary style. Invention No. 8 in F Major, BWV 779 Johann Sebastian Bach Allemande in E flat Major Johann Sebastian Bach Für Elise, WoO 59 Ludwig van Beethoven Sonatina in A Minor, op. 88, no. 3: I (or do all mvts) Friedrich Kuhlau Rondo–Toccata, op. 60, no. 4 Dmitri Kabalevsky Waltz in B Minor, op. 18, D 145, no. 6 Franz Schubert Lullaby, op. 109, no. 7 Johann Friedrich Burgmüller |
Easier Repertoire:
Imitation and Inversion Microcosmos #25 Bela Bartok (also in easier rep) Etude in G Major, op. 108, no. 19 Ludvig Schytte – lh passagework, easier piece for later book Sonatina in C Major, op. 4, no. 1 Samuel Wesley Sonatina in F Major, op. 168, no. 1: I Anton Diabelli Etude in C Major, op. 65, no. 5 Theodor Kirchner – leaps and lots of stuff Harlequinade Johann Ludwig Krebs – for later book – navigating into black key area and other things 5 |
Improvisation and/or Rote:
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Layered Listening:
Imitation and Inversion Microcosmos #25 Bela Bartok (also in easier rep) |
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Book 11
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melodic and harmonic dictation
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Rhythm:
rhythmic dictation |
Functional Theory
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BluePrint:
New concepts include: • alto and tenor clefs • transposition to concert pitch; score types • hybrid meters • compound intervals • triads built on any scale degree • cluster, quartal, and polychords • introduction to Medieval, Renaissance, and world music goal = advanced tonal harmony Alto/Tenor clef intro Extended chords Hybrid meters Quartal clusters Medieval/Renaissance styles Counterpoint basics Harmonic reduction |
Repertoire:
Invention No. 14 in B flat Major, BWV 785 Johann Sebastian Bach Solfeggio in C Minor, Wq 117/2, H 220 Carl Philipp Emanuel Bach Sonatina Op. 55 No. 3 (C major – opening parallel intervals – fun) Friedrich Kuhlau Waltz in B Minor, op. posth. 69, no. 2 Frédéric Chopin Nocturne in B flat Major, H 37 John Field The Little Shepherd Claude Debussy The Storm, op. 109, no. 13 Johann Friedrich Burgmüller |
Easier Repertoire:
Fantasia in E flat Major, TWV 33:35: 2nd Section Georg Philipp Telemann Allegro moderato in F Major Leopold Mozart Lyric Piece, op. 27, no. 16 Dmitri Kabalevsky Etude in C Major, op. 718, no. 7 Carl Czerny |
Improvisation and/or Rote:
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Layered Listening:
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Book 12
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Advanced dictation
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WHA
Bound Intervals |
Rhythm:
Advanced dictation |
Functional Theory
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BluePrint:
Goal: Advanced analysis + chromatic harmony Secondary dominants Neapolitan & modal mixture intro Full harmonic reduction Modulation analysis Formal analysis (sonata-allegro) Romantic harmony texture Advanced dictation Full harmonic reduction |
Repertoire:
Sinfonia No. 10 in G Major, BWV 796 Johann Sebastian Bach Suite in B flat Major, HWV 434: Aria con variazioni George Frideric Handel Sonata in F Major, Hob. XVI:23 Franz Joseph Haydn Nocturne in E flat Major, op. 9, no 2 Frédéric Chopin Grillen, op. 12, no. 4 Robert Schumann Notturno Grieg Tarentelle, op. 77, no. 6 (d minor) Moritz Moszkowski Valse romantique Claude Debussy Intermezzo No. 1 (e minor) Manuel Ponce Atraente Francisca (Chiquinha) Gonzaga Idylle, op. 24, no. 6 Agathe Backer Grøndahl Johann Baptist Cramer – Etude in B flat Major, op. 30, no. 37 (bound intervals – slurs, interdependence of hands) very good piece for technic .. triggering |
Easier Repertoire:
Johann Baptist Cramer – Etude in B flat Major, op. 30, no. 37 (bound intervals – slurs, interdependence of hands) very good piece for technic .. triggering Polonaise in G Minor, BWV Anh. 119 attr. Johann Sebastian Bach – do in later book for miniature 9 Solfeggio in D Major Johann Christoph Friedrich Bach Sonata in B flat Major, K 440 Domenico Scarlatti |
Improvisation and/or Rote:🌊 Buoyancy / Floating WeightThese align most directly with your buoy metaphor.
🚶 Walking / Traveling MotionThese evoke the walking transfer from key to key.
Etudes for WHA Bound Intervals (Cramer piece if add): |
Layered Listening:
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Book 13
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Functional Theory
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Pre-college fluency
Advanced chromatic harmony Fugue structure Thematic transformation Advanced modulation Extended tertian harmony 20th-century harmony systems Independent score analysis |
Repertoire:
Prelude and Fugue in G Major, BWV 884 Johann Sebastian Bach Franz Joseph Haydn Piano Sonata in E minor, Hob. XVI:34 Prelude in C sharp Minor, op. 45 Frédéric Chopin Des Abends Phantasiestucke Op.12, No. 1 (Le Soir - Evening) Robert Schumann Preludes Book 1 - Claude Debussy Minstrels Hungarian, op. 39, no. 12 Edward MacDowell Prokofiev: Pas de deux Samuel Barber (still copyrighted?) Six Dances in Bulgarian Rhythm: No 2, No. 4 Mozskowski - Tarantelle Béla Bartók Nocturne Sophie-Carmen Eckhardt-Gramatté |
Easier Repertoire:
Mélodie, op. 4, no. 2 Fanny Hensel The Spruce, op. 75, no. 5 Jean Sibelius Sonata in B flat Major, C 27 Domenico Cimarosa Sonata in G Minor, op. 49, no. 1: I Ludwig van Beethoven Sonatina in G Major, op. 19/20, no. 1: I Jan Ladislav Dussek |
Improvisation and/or Rote:
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Layered Listening:
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Rotation: The Foundation of EverythingRotation is often called the “mother of all movements.”
It is the most important motion for creating playing that feels aligned, coordinated, fluid, natural—and free from tension or pain.
Without rotation, true technical freedom cannot develop.
Why Rotation MattersRotation is the first step in building an efficient technique.
It is what allows all the other movements—like in-and-out, shaping, and walking hand and arm—to work together.
When rotation is learned correctly, used in small amounts, and combined with the other motions, everything begins to feel like one unified system.
This is what we call technique.
Interestingly, many child prodigies use rotation naturally—they don’t think about it, but their bodies instinctively move this way.
A Common MisunderstandingTraditionally, pianists have often been taught to move from finger to finger by:
Even though this seems like a small movement, it actually creates stretching and tension.
What Actually HappensInstead of stretching the fingers, the movement should come from the forearm.
Rotation is a gentle turning motion of the forearm that:
The Big IdeaRotation allows you to move across the keyboard:
When this happens, playing begins to feel:
It is:
It is the most important motion for creating playing that feels aligned, coordinated, fluid, natural—and free from tension or pain.
Without rotation, true technical freedom cannot develop.
Why Rotation MattersRotation is the first step in building an efficient technique.
It is what allows all the other movements—like in-and-out, shaping, and walking hand and arm—to work together.
When rotation is learned correctly, used in small amounts, and combined with the other motions, everything begins to feel like one unified system.
This is what we call technique.
Interestingly, many child prodigies use rotation naturally—they don’t think about it, but their bodies instinctively move this way.
A Common MisunderstandingTraditionally, pianists have often been taught to move from finger to finger by:
- lifting a finger
- stretching it sideways to reach the next key
Even though this seems like a small movement, it actually creates stretching and tension.
What Actually HappensInstead of stretching the fingers, the movement should come from the forearm.
Rotation is a gentle turning motion of the forearm that:
- moves the hand from one finger to the next
- keeps the fingers relaxed and naturally curved
- avoids stretching and strain
The Big IdeaRotation allows you to move across the keyboard:
- smoothly
- efficiently
- without unnecessary effort
When this happens, playing begins to feel:
- lighter
- faster
- more controlled
- and far more comfortable
It is:
- small
- subtle
- and always working together with other motions
FINGERING:
When beginning a new piece, accomplished pianists don’t simply play the notes—they carefully design how those notes will be executed. Fingering is chosen with great care from the very start, forming the foundation of a well-coordinated performance. I once heard pianist Christopher O’Riley remark in a masterclass that his score was so covered with revised fingerings it looked like planes circling LaGuardia—an apt image for the trial-and-error process pianists often go through. A fingering may seem workable at first, only to be replaced later by one that feels more natural and produces more reliable results. Ultimately, fingering is a process of discovery: what works best in the body and delivers consistency over time.
But why does fingering matter so much? Because it is the starting point of choreography at the piano. Poor fingering leads to awkward, inefficient movement—often resulting in technical limitations that no amount of repetition can fix. In contrast, well-chosen fingering is quickly absorbed and retained by the hands. It minimizes unnecessary motion, avoids strain from twisting or stretching, and supports the principles of alignment and coordination that make playing feel effortless and free.
For this reason, fingering should never be followed blindly. While the notes, rhythm, and musical markings in a score deserve careful attention, fingering suggestions are not absolute. If a printed fingering feels uncomfortable, causes tension, or interferes with ease of movement, it should be reconsidered. Thoughtful fingering is personal, flexible, and guided by the goal of achieving both comfort and control. In the following video, we’ll explore the key factors that inform these decision.
When beginning a new piece, accomplished pianists don’t simply play the notes—they carefully design how those notes will be executed. Fingering is chosen with great care from the very start, forming the foundation of a well-coordinated performance. I once heard pianist Christopher O’Riley remark in a masterclass that his score was so covered with revised fingerings it looked like planes circling LaGuardia—an apt image for the trial-and-error process pianists often go through. A fingering may seem workable at first, only to be replaced later by one that feels more natural and produces more reliable results. Ultimately, fingering is a process of discovery: what works best in the body and delivers consistency over time.
But why does fingering matter so much? Because it is the starting point of choreography at the piano. Poor fingering leads to awkward, inefficient movement—often resulting in technical limitations that no amount of repetition can fix. In contrast, well-chosen fingering is quickly absorbed and retained by the hands. It minimizes unnecessary motion, avoids strain from twisting or stretching, and supports the principles of alignment and coordination that make playing feel effortless and free.
For this reason, fingering should never be followed blindly. While the notes, rhythm, and musical markings in a score deserve careful attention, fingering suggestions are not absolute. If a printed fingering feels uncomfortable, causes tension, or interferes with ease of movement, it should be reconsidered. Thoughtful fingering is personal, flexible, and guided by the goal of achieving both comfort and control. In the following video, we’ll explore the key factors that inform these decision.
- Chopin often began with the B major scale because it naturally places the hand in a comfortable position: the thumb and 5th finger on white keys, and the 2nd–4th fingers on black keys, where the keys are lighter and easier to play.
- If staying on white keys causes stretching, shift the hand so the thumb and 5th finger can also play on black keys.
- Choose fingerings that avoid stretching by using the hand’s natural span—often achieved by involving the thumb alongside other fingers
- Avoid crowding fingers into small spaces; choose fingerings that allow for comfortable spacing
- Never use fingering that causes twisting of the hand.
- When possible, divide passages between the hands to reduce strain and stretching
- If a passage is written with crossed hands, consider uncrossing them if it improves ease and control.
- Don’t rely on traditional habits like always starting with the thumb or ending with the 5th finger—choose what works best for the passage.
- Similar-looking passages may require different fingerings if key patterns or distances change; adjust accordingly.
- While one fingering often works for most hands, adjustments may be needed for smaller hands or different finger spans.
IN AND OUT
LECTURE VERSION:
As Schumann reminded us in a previous unit, pianists often make the mistake of thinking that the fingers alone are responsible for moving from key to key, pressing, and holding the keys down. What we see is finger motion—but that is only the tip of the iceberg. Beneath it lies a largely invisible system of coordinated movements in the hand and forearm.
On their own, the fingers do not have enough weight to overcome the resistance of the keys. When supported by the hand and forearm, however, they gain the necessary weight, and the feeling of heaviness disappears—whether playing on white keys or black keys.
In essence, the forearm is responsible for moving across the keyboard—right and left, in toward the black keys, and out toward the white keys—so the fingers can simply drop into the keys freely, without distorting the natural shape of the hand or disrupting alignment.
One essential but often overlooked movement is the “in-and-out” motion. This refers to the movement of the entire arm (from fingers to shoulder) inward (toward the fallboard) and outward (toward the body). It is initiated by the forearm, with the upper arm following.
These motions are essential for three reasons:
First, keys feel heavier closer to the fallboard due to reduced leverage.
Second, the narrower spacing can make the fingers feel crowded or pulled apart.
In-and-out motion solves both problems. By bringing the forearm’s weight into the keys, heaviness disappears, and playing in the black key area feels as light as in the white key area. At the same time, the hand is positioned so the fingers fit comfortably between the black keys.
Moving between white and black keysWhen approaching the black keys, pianists often wait until the last moment, forcing the hand to twist—especially when the thumb is involved. Instead, the arm should move inward in advance, bringing the hand into position so the thumb can play without distortion. These motions should be small and gradual; exaggerated movements lead to fatigue in the shoulder and neck.
In-and-out motion in the white key areaWithout in-and-out motion, two common problems arise:
In-and-out motion in the black key areaThese motions are equally important in the black key area. They allow the arm to balance over each finger, reduce the sense of heaviness, and prevent the feeling of being cramped between keys. Combined with rotation, they create more space between the fingers and eliminate the sensation of being pulled apart.
Timing with rotationIn-and-out motion must be coordinated with rotation. The inward or outward movement should occur with the playing phase of the rotation—not the preparatory phase. Otherwise, the hand will twist or the fingers will curl.
Neither the finger that has just played nor the one about to play should slide into position. Instead, the forearm brings the hand close to the key so the finger can drop directly downward—just as in walking, where the foot lifts and places rather than slides.
When these movements are properly coordinated, each motion supports the others, and the overall effect feels effortless, with very little visible movement.
In a later unit, we will explore forward and backward motion before introducing the concept of shaping.
STUDENT VERSION:The Hidden Work Behind Your FingersIt may look like your fingers are doing all the work at the piano—but they’re not.
What you see (fingers moving) is only the tip of the iceberg. Underneath, your hand and forearm are doing most of the important work.
On their own, your fingers are actually too weak to press the keys easily. But when they are supported by the weight of your hand and forearm, the keys feel much lighter and easier to play—on both white keys and black keys.
So instead of your fingers “reaching” for notes, your arm moves your hand into place, and your fingers simply drop into the keys.
What is “In-and-Out” Motion?One important movement many pianists miss is called in-and-out motion.
Why is this important?In-and-out motion helps you:
1. Avoid twisting
If your thumb or 5th finger has to play a black key, your arm should move “in” so your hand stays aligned.
Otherwise, your hand twists—which can cause tension and even pain.
2. Avoid finger curling
Without this motion, your longer fingers (2–3–4) may curl or collapse when moving between keys.
In-and-out motion keeps your fingers in their natural shape.
3. Fit your hand comfortably on the keyboard
Your fingers are all different lengths. This motion helps your hand adjust so everything feels balanced and easy.
Why do black keys feel harder?Many students avoid the black key area because:
Moving into the black keysA common mistake is waiting until the last second to move into the black keys.
Instead, move your arm “in” early, so your hand is already in position.
This prevents twisting—especially when the thumb plays a black key.
Keep the motion small and smooth—not big or forced.
What about white keys?Even when playing only white keys, in-and-out motion is still important.
Without it, two problems happen:
No sliding!Your fingers should not slide along the keys to find their place.
Instead, your arm brings your hand close to the right spot, and your finger simply drops down into the key—like placing your foot when you walk.
The Big Idea: Your fingers don’t do this alone.
Your arm guides, your hand positions, and your fingers release into the keys.
When everything works together, playing feels easier, lighter, and more natural—and there’s much less tension.
In the next lesson, we’ll look at another important movement that works together with this one.
LECTURE VERSION:
As Schumann reminded us in a previous unit, pianists often make the mistake of thinking that the fingers alone are responsible for moving from key to key, pressing, and holding the keys down. What we see is finger motion—but that is only the tip of the iceberg. Beneath it lies a largely invisible system of coordinated movements in the hand and forearm.
On their own, the fingers do not have enough weight to overcome the resistance of the keys. When supported by the hand and forearm, however, they gain the necessary weight, and the feeling of heaviness disappears—whether playing on white keys or black keys.
In essence, the forearm is responsible for moving across the keyboard—right and left, in toward the black keys, and out toward the white keys—so the fingers can simply drop into the keys freely, without distorting the natural shape of the hand or disrupting alignment.
One essential but often overlooked movement is the “in-and-out” motion. This refers to the movement of the entire arm (from fingers to shoulder) inward (toward the fallboard) and outward (toward the body). It is initiated by the forearm, with the upper arm following.
These motions are essential for three reasons:
- They eliminate twisting when shorter fingers (thumb and 5th) play black keys. Without moving inward, the hand must twist to reach, breaking alignment and potentially causing strain or injury.
- They prevent the longer fingers (2nd–4th) from curling when moving outward from black keys to white keys, or when staying in the white key area.
- They accommodate differences in finger length, allowing smooth transitions between short and long fingers.
First, keys feel heavier closer to the fallboard due to reduced leverage.
Second, the narrower spacing can make the fingers feel crowded or pulled apart.
In-and-out motion solves both problems. By bringing the forearm’s weight into the keys, heaviness disappears, and playing in the black key area feels as light as in the white key area. At the same time, the hand is positioned so the fingers fit comfortably between the black keys.
Moving between white and black keysWhen approaching the black keys, pianists often wait until the last moment, forcing the hand to twist—especially when the thumb is involved. Instead, the arm should move inward in advance, bringing the hand into position so the thumb can play without distortion. These motions should be small and gradual; exaggerated movements lead to fatigue in the shoulder and neck.
In-and-out motion in the white key areaWithout in-and-out motion, two common problems arise:
- The fingers curl to stay on the white keys
- The hand twists to avoid entering the black key area
In-and-out motion in the black key areaThese motions are equally important in the black key area. They allow the arm to balance over each finger, reduce the sense of heaviness, and prevent the feeling of being cramped between keys. Combined with rotation, they create more space between the fingers and eliminate the sensation of being pulled apart.
Timing with rotationIn-and-out motion must be coordinated with rotation. The inward or outward movement should occur with the playing phase of the rotation—not the preparatory phase. Otherwise, the hand will twist or the fingers will curl.
Neither the finger that has just played nor the one about to play should slide into position. Instead, the forearm brings the hand close to the key so the finger can drop directly downward—just as in walking, where the foot lifts and places rather than slides.
When these movements are properly coordinated, each motion supports the others, and the overall effect feels effortless, with very little visible movement.
In a later unit, we will explore forward and backward motion before introducing the concept of shaping.
STUDENT VERSION:The Hidden Work Behind Your FingersIt may look like your fingers are doing all the work at the piano—but they’re not.
What you see (fingers moving) is only the tip of the iceberg. Underneath, your hand and forearm are doing most of the important work.
On their own, your fingers are actually too weak to press the keys easily. But when they are supported by the weight of your hand and forearm, the keys feel much lighter and easier to play—on both white keys and black keys.
So instead of your fingers “reaching” for notes, your arm moves your hand into place, and your fingers simply drop into the keys.
What is “In-and-Out” Motion?One important movement many pianists miss is called in-and-out motion.
- “In” = moving your arm slightly forward (toward the fallboard / black keys)
- “Out” = moving your arm slightly back (toward your body / white keys)
Why is this important?In-and-out motion helps you:
1. Avoid twisting
If your thumb or 5th finger has to play a black key, your arm should move “in” so your hand stays aligned.
Otherwise, your hand twists—which can cause tension and even pain.
2. Avoid finger curling
Without this motion, your longer fingers (2–3–4) may curl or collapse when moving between keys.
In-and-out motion keeps your fingers in their natural shape.
3. Fit your hand comfortably on the keyboard
Your fingers are all different lengths. This motion helps your hand adjust so everything feels balanced and easy.
Why do black keys feel harder?Many students avoid the black key area because:
- The keys can feel heavier closer to the fallboard
- The space feels tighter and more crowded
Moving into the black keysA common mistake is waiting until the last second to move into the black keys.
Instead, move your arm “in” early, so your hand is already in position.
This prevents twisting—especially when the thumb plays a black key.
Keep the motion small and smooth—not big or forced.
What about white keys?Even when playing only white keys, in-and-out motion is still important.
Without it, two problems happen:
- Fingers curl to stay on the white keys
- The hand twists to avoid the black key area
No sliding!Your fingers should not slide along the keys to find their place.
Instead, your arm brings your hand close to the right spot, and your finger simply drops down into the key—like placing your foot when you walk.
The Big Idea: Your fingers don’t do this alone.
Your arm guides, your hand positions, and your fingers release into the keys.
When everything works together, playing feels easier, lighter, and more natural—and there’s much less tension.
In the next lesson, we’ll look at another important movement that works together with this one.
FORWARD/BACKWARD MOVEMENT:
In the last unit, we learned about in-and-out motion. A closely related movement is called forward-and-backward motion.
Sometimes called a "forward shift" or "backward shift", this is less about traveling and more about adjusting the forearm so it is balanced behind each finger. The finger stays in place—the arm simply shifts slightly to support it.
What does this look like?Forward movement:
If the shorter 5th finger plays G and the longer 4th finger is about to play F♯, the forearm moves slightly forward. This small adjustment brings the arm’s weight behind the longer finger so it can play easily.
Backward movement:
If the 4th finger plays F♯ and the shorter 5th finger is next on G, the forearm moves slightly backward. This supports the shorter finger without forcing it to reach.
The key ideaThis is not a large motion—it’s a subtle balancing adjustment.
The goal is always the same:
each finger feels supported by the arm.
Why it mattersWhen combined with:
In the last unit, we learned about in-and-out motion. A closely related movement is called forward-and-backward motion.
Sometimes called a "forward shift" or "backward shift", this is less about traveling and more about adjusting the forearm so it is balanced behind each finger. The finger stays in place—the arm simply shifts slightly to support it.
What does this look like?Forward movement:
If the shorter 5th finger plays G and the longer 4th finger is about to play F♯, the forearm moves slightly forward. This small adjustment brings the arm’s weight behind the longer finger so it can play easily.
Backward movement:
If the 4th finger plays F♯ and the shorter 5th finger is next on G, the forearm moves slightly backward. This supports the shorter finger without forcing it to reach.
The key ideaThis is not a large motion—it’s a subtle balancing adjustment.
The goal is always the same:
each finger feels supported by the arm.
Why it mattersWhen combined with:
- rotation
- walking hand-and-arm
- in-and-out motion
- overcome key resistance
- play easily in both white and black key areas
- produce a wider range of tone and color
At the Taubman Symposiums, a wonderful teacher, Nina Scolnick, introduced “shaping” using a beautiful image of a flower. It was the perfect metaphor—because shaping brings a sense of roundness, beauty, and ease to piano playing.
Shaping is the fourth fundamental motion, and it completes and refines all the others. It softens what might otherwise feel angular, turning movement into something more curved and natural.
What is shaping?Before defining it, think of a connect-the-dots drawing.
As you play, your forearm constantly adjusts—slightly forward or back, slightly in or out, slightly higher or lower—to stay balanced behind each finger. If you could mark each of these balance points and connect them, you would see a series of small arches or gentle curves—often more like an ellipse than a big rainbow.
That pathway is what we call shaping.
So rather than being a separate motion, shaping is the resulting path the hand and forearm follow as they move from note to note in a coordinated way.
What shaping is NOTShaping is often misunderstood.
It is not:
- Making large circles with the arms
- Moving from the elbow in exaggerated motions
- Lifting or dropping the wrist dramatically
In coordinated technique, movements stay in a comfortable mid-range—never at the extremes.
Shaping is also sometimes used to describe musical phrasing or dynamics. While that is important artistically, here we are focusing on shaping as a physical, technical concept.
Shaping in coordinated techniqueIn healthy piano playing, shaping is:
- A small, curved (not flat) pathway
- Created by subtle forearm adjustments
- Different for every passage
Why shaping mattersWhen done correctly, shaping:
- Works together with rotation, in-and-out, and walking hand-and-arm
- Keeps everything aligned and coordinated
- Reduces effort and unnecessary motion
- Increases speed, control, and ease
- Creates a more natural, musical line
Staying in balanceThere are limits to shaping.
- If the arm lifts too high, it loses contact with the fingers and cannot support them
- If it drops too low, the weight falls back toward the body, and the wrist may collapse
The goal is always the same:
the forearm remains balanced behind the playing finger.
In the next unit, we’ll explore how different shapes are formed—and the science behind the “magic” of shaping.
ShapingEven advanced pianists can get “stuck” in a passage—not because of lack of practice, but because the wrong shape was used. For example, an overshape might be used where an undershape is needed.
Several factors determine the correct shape:
- the combination of long and short fingers
- in-and-out motion
- black and white key patterns
- direction of the passage
- fingering choices
What is an overshape?An overshape forms a gentle “up-and-down wave” of the forearm.
For example, in the right hand descending from B → A♯ → G♯ → F♯ → E:
- 5th finger (short) to 4th finger (longer) → forearm moves slightly up
- 4th to 3rd (longer again) → slightly up
- 3rd to 2nd (shorter) → slightly down
- 2nd to thumb (shortest, and onto a white key) → slightly down
The same pattern in reverse (ascending) also produces an overshape.
What is an undershape?An undershape is the opposite kind of wave.
For example, ascending on white keys from C → D → E → F → G:
- thumb to 2nd finger → slightly down
- 2nd to 3rd → slightly down
- 3rd to 4th → slightly up
- 4th to 5th → slightly up
Important ideas about shaping
- Usually, only one shape works best
Most passages have a “correct” shape. (An exception is five notes on white keys, where more than one option may work.) - Shape depends on context
Even small changes in notes, fingering, or direction can change the shape. Passages that look similar may not use the same shape. - Shaping continues through everything
It happens not only between notes, but also over long notes and rests. - It works with rotation
Shaping always coordinates with the playing phase (second part) of rotation. - Shapes connect seamlessly
The last note of one shape becomes the first note of the next—there are no breaks. - Use just enough
Too little shaping feels awkward and effortful.
Too much shaping becomes exaggerated and can interfere with other movements.
- comfortable
- secure
- natural
Size of the ShapeTo shape correctly, it’s important to know where the highest or lowest point of the shape occurs.
For both overshapes and undershapes, the peak (or lowest point) is usually in the middle of the group of notes:
- 5 notes → highest/lowest point is on the 3rd note
- 4 notes → highest/lowest point is between the 2nd and 3rd notes
When crossing the thumb
- (right hand ascending or left hand descending),
A note about undershapesWith undershapes, the lowest point is also in the middle—but be careful not to drop too low, or alignment will be lost.
Shape size depends on the passageNot all shapes look the same.
- Large distances (big leaps):
→ require more rotation and arm movement
→ but smaller, flatter shaping - Small distances (like scales):
→ shaping is more visible and rounded
The musical “magic” of shapingShaping doesn’t just make playing easier—it transforms the sound.
The slight rising and falling of the arm changes how weight and speed enter the key, allowing you to:
- control tone more precisely
- create natural dynamic shaping
- bring life and direction to every phrase