Using a Altera Cyclone IV FPGA to compute the FFT on hardware! Using Verilog for hardware description and cocotb (python) for the testbench.
Implementations of the Discrete Fourier Transform - using the naive and Cooley-Tukey algorithms written in Rust. Validates FFT-H.
My first foray into Unix systems programming! Using C to play around with sockets and send data packets. Built client and server implementations.
Get the latest news, chat with fellow commuters, and receive updates on transit status. Built on a unique online-offline network infrastructure.
A IoT sensor for foot traffic, interfacing with Slack and Airtable. Built with an ESP8266 microcontroller and a StdLib web service backend.
A modern geolocation-based online marketplace for the sharing economy. Built using Angular, Java and MongoDB. Hosted on Google Cloud Platform.
A Universal Chess Interface compatible chess engine, written in Python. Uses Minimax search with Alpha-Beta pruning and piece-square tables.
A redesigned Arduino microcontroller board, from the open source spec. My first project with KiCad and soldering SMT components.
Op-amp circuit based on LM386 chip from Texas Instruments. Powerful enough to drive my electric guitar. Circuit design, layout, and soldering.
Python scripts for training a neural network to compose baroque-style keyboard music. Conversion between MIDI, .txt, and .csv. File retrieval with requests library.
Android app that uses restaurant inspection data from OpenData to recommend dining options for users. Java backend with IBM Cloudant database.