Contraption: B-flat Trumpet 1

Contraption stands out because it comes from genuine peer experience: a high school student who understands exactly what concert bands can do musically and technically. The writing demonstrates sophisticated control of meter and groove without sacrificing accessibility, and programming work by young composers signals to your students that excellent music comes from people just like them.

Contraption pulses with youthful energy and momentum, driven by clear rhythmic intent and the constant push between different metric feels. The piece has the confidence of someone who knows what bands can do and isn't afraid to ask them to do it.

This score and parts suit concert bands at the upper-intermediate to advanced level (Grade 4.5) looking for music with genuine compositional voice and educational value. Directors seeking fresh repertoire by emerging composers will find Sims's writing both technically engaging and genuinely playable.

• Establish the pulse clearly in early rehearsals, especially during meter transitions. The energy of the piece depends on players feeling secure through the shifts between simple and compound time.
• Work the rhythm section as a unit to lock the groove. When percussion and low brass are locked, the entire band's energy lifts.
• Mark the meter changes visibly in all parts and conduct them clearly. Sims writes these shifts deliberately; honor them as structural moments, not obstacles.

This works powerfully as a contest or festival selection where the combination of compositional originality and technical demands impresses adjudicators. It also serves as an excellent centerpiece for a concert section devoted to contemporary band music or emerging composers, especially in schools where students benefit from seeing their peers' published work performed at a high level.

• Reading and maintaining independent parts through meter changes (simple to compound and back)
• Ensemble pulse control and rhythmic precision in syncopated material
• Dynamics and balance adjustments across changing metric contexts
• Ensemble coordination during structural transitions