Sounds of New York City (SONYC)
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Description
| PROGRAM LENGTH | Three-week summer program Monday–Friday, 9 am-4 pm |
| ELIGIBILITY | Age 12 by the start of the program but not older than 14 on the day program begins NYC Residents |
| TUITION | No cost
*Early Drop-Off is Available for a fee of $25 a week (Details provided upon acceptance into the program) |
SONYC is an introduction to the study of noise pollution, one of the topmost quality-of-life issues for urban residents in the United States and particularly in NYC. Students will be able to study the public health consequences of sound by sampling sounds, studying sound waves in local communities, building devices that make and monitor sound, and evaluating how pollution ultimately affects human well-being. Students will demonstrate the skills and knowledge they learn by creating actual smart city technologies that they present at an end-of-program expo.
Coursework
This program will deepen student knowledge of engineering, physical and computer sciences, and natural phenomena like waves and sound, this program engages interest in STEM skills, studies, research, and careers. Through cutting-edge, hands-on curriculum and activities SONYC students learn how microcontrollers, sensors and other hardware work; explore circuitry, electronics and coding; and understand how scientists and engineers apply fundamental knowledge, STEM-based skills, and innovative solutions to challenges in the real world. Students develop projects, demonstrations and final presentations in a materials-rich environment.
Important Dates
2023 Program Dates
- Application Opens: February 1
- Early Admission Deadline: March 10
- Final Deadline: April 14
- Notification of Acceptance: Week of May 12
- Orientation:June 29(via Zoom)
- Program Starts: July 10
- Program Ends: July 28
- Final Presentations: July 28
- Holiday: July 4
My favorite part of SONYC was using the mixing board in the recording studio. I never used one before so it was cool to learn how to use one. I also enjoyed building a circuit with a breadboard and Arduino and later coding it."
Related Research
SONYC comes straight from ProfessorJuan Bello's Music Audio Research Lab and a National Science Foundation research collaboration with Tandon faculty Luke DuBois (integrated design and media, Claudio Silva (computer science, and Oded Nov (technology and culture).
Application
SONYC’s Keywords: Physical computing, Computer Science, Computer Engineering, Sound Waves, Sensors, Microcontrollers, Circuitry, Electronics, Coding