Technology Enhances the Arts

Build a pose-to-notation pipeline that measures how well Labanotation can reconstruct folk dance motion and preserve movement detail.

Build a smartphone 3D scanning pipeline, compare surface error, and learn how capture quality changes printed replica accuracy.

Build and test a webcam-based difficulty adjuster that changes game challenge in real time, then measure enjoyment, balance, and player retention.

Build and compare a breath-controlled music interface by mapping breath signals to MIDI CC, then measure expressivity with musician ratings.

Build a vector laser display and measure how line count affects frame rate, flicker, and image clarity while learning display calibration.

Build an idiom-aware translation system and compare BLEU, idiom preservation, and cultural fit on real text examples.

Build and test a POV volumetric display, then measure how voxel density and RPM change perceived solidity with clean sync and analysis.

Build and test an audio guide system that measures dwell time and recall, then compare how ambient context changes museum learning.

Design and test a color-dithering algorithm for 3D printing, then measure how well it matches target images with Delta-E analysis.

Build a CNN that reads Chladni patterns from a piezo sculpture and classifies rain, traffic, and voice while you learn signal analysis and imaging.