An early music education that rocks!
A 32 week class for kids ages 3 - 5 that is designed for kids to join at any time and billing is non-committal - we bill by the month. If you'd like to try the class - please call to schedule a free trial.
Whether they’re a budding rock-star or an aspiring classical soloist, Rock City is the place to find real music education for your 3 - 5 year old. Through dynamic musical and movement-based activities, exposure to live instruments and musically inspired story-time, budding young musicians gradually develop the skills needed to read music, play simple rhythms and develop fine motor control - skills that are essential for future success in playing an instrument. Classes focus on foundational musical concepts such as fast and slow, sound and silence, high and low and even singing and playing major scales, and with our special take-home activity materials, their musical adventures will last all week long!
Sample Rock City Syllabus
The Benefits of Creating Music
Learning to play a musical instrument challenges the brain in new ways. In addition to being able to discern different tonal patterns and groupings, new motor skills must be learned and coordinated in order to play the instrument. These new learnings cause profound and seemingly permanent changes in the brain structure. For example, the auditory cortex, the motor cortex, the cerebellum, and the corpus callosum are larger in musicians than non-musicians.
(How the Brain Learns by David A Sousa, pg 225)
Music and Mathematics
Of all the academic subjects, mathematics seems to be most closely connected to music. Music relies on fractions for tempo and on time divisions for pacing, octaves, and chord intervals. Here are some basic mathematical concepts that are basic to music.
Patterns - Music is full of patterns of chords, notes and key changes. Musicians learn to recognize these patterns and use them to vary melodies. Inverting patterns, called counterpoint, helps form different kinds of harmonies.
Counting - Counting is fundamental to music because one must count beats, count rests, and count how long to hold notes.
Geometry - Music students use geometry to remember the correct finger positions for notes or chords. Guitar players' fingers, for example, form triangular shapes on the neck of the guitar.
Sequences - Music and Mathematics are related through sequences called intervals. A mathematical interval is the difference between two numbers; a musical interval is the ratio of their frequencies. Here's another sequence: Arithmetic progressions in music correspond to geometric progressions in mathematics.
Ratios and Proportions, and Equivalent Fractions - Reading music requires an understanding of ratios and proportions, that is, a whole note needs to be played twice as long as a half note, and four times as long as a quarter note. Because the amount of time allotted to one beat is a mathematical constant, the duration of all the notes in a musical piece are relative to one another on the basis of that constant. It is also important to understand the rhythmic difference between 3/4 and 4/4 time signatures.
(How the Brain Learns by David A Sousa, pg 227)
Music and Reading
Several studies confirm a strong association between music instruction and standardized tests of reading ability. Although we cannot say that this is a causal association (that taking music instruction caused improvement in reading ability), this consistent finding in a large groups of students builds confidence that there is a strong relationship (Butzlaff, 2000). Researchers suggest that this strong relationship may result because of positive transfer occurring between language and reading.
Studies done with 4 and 5 year old children revealed that the more music skills children had, the greater their degree of phonological awareness and reading development. Apparently, music perception taps and enhances auditory areas that are relevant to reading (Anvari, Trainor, Woodside, & Levy, 2002).
(How the Brain Learns by David A Sousa, pg 229)