Pratham Vadhulas

A machine learning model designed to classify and distinguish between various vocal percussion sounds. This project showcases expertise in audio analysis, feature extraction, and neural network implementation for sound recognition.

MIDI Gen AI is a cutting-edge chord prediction tool, designed using a Transformer neural network architecture. The project is a testament to my proficiency in AI, music theory, and programming. It is hosted as a Google Colab notebook on GitHub, showcasing a fully functional prototype.

A mobile application concept aimed at promoting sustainable transportation by helping users find and utilize electric vehicle charging stations powered by renewable energy sources. The app would feature real-time availability and eco-friendly route planning.

A hardware synthesizer built around the Arduino platform, designed to capture the warm and rich sounds of a semi-analog paraphonic synthesizer. This project combines hands-on electronics, embedded programming, and analog circuit design to recreate the unique sonic character of classic hardware synths.

Vision Synth is an innovative and experimental program that transforms hand movements into musical expressions, creating a unique interactive experience. It leverages a vision-based neural network with pretrained weights, utilizing the YOLO hand detection model, to accurately detect hand positions and sizes through a webcam.

An audio plugin that allows for the creative sequencing of various audio effects. This tool would enable musicians and producers to apply and automate chains of effects in innovative ways, adding complexity and movement to their sound.

A classic 3D platformer game built in Processing 4 (Java), featuring 3D graphics, procedural audio, and unique level designs.

An exploration into digital signal processing to create a suite of artificial reverb effects. This project would involve the implementation of various reverb algorithms, such as Schroeder and convolution reverbs, potentially as audio plugins.