
This site is an extract of my years of continuous endeavor, quest, and artistic production in various disciplines.
I am currently deeply involved in the field of Sonic Research as I am finalizing my thesis research at the RPI Architectural Acoustics program.

Nima Farzaneh (born 1981, Iran) is an Iranian designer, originally from Tehran, he has been living and practicing in NY for the last 10 years. An architect by profession, he is also an artist working in music, photography, visual arts, and literature. Utilizing the tools of contemporary social media, his recent experimentation with short-form narrative and multimedia comics have ruminated on society, politics, and art, with a unique approach to multiculturalism and global audience.
Nima studied architecture in his home country Iran and moved to the U.S. after several years of practicing architecture in Tehran. In 2011 he graduated from Pratt Institute with a Master’s degree in architecture. After 8 years of working as an architect, he went back to school in 2020 and studied Architectural Acoustics at Rensselaer Polytechnic Institute (RPI) with the hope of creating a bridge between his design skills and passion for music and sound.

Skills
My Experience
Portfolio

Acoustics and Sonic Research

This section summarizes my acoustic research projects at the Rensselear Polytechnique Institute (RPI) to fulfill the Master’s degree at the Architectural Acoustics program. A significant part of my research is dedicated to my thesis project under Professor Jonas Braasch’s supervision. Some other presented materials are outcomes of the Sonic Research Lab projects under Professor Xing Niang’s supervision. Besides my interest in architectural space’s impact on
shaping our sonic landscape, I am fascinated by the audio technology aspect of acoustic science and sound simulation techniques. My thesis project contains a section in architectural acoustics study and s section dedicated to sound simulation. The experimentation and testing are done at RPI’s CRAIVE lab, which is equipped with a 128 speaker array for Wave Field Synthesis and a 360 panoramic screen. I am also using my architectural design and modeling skills to create an immersive experience as an outcome of this project.






