Past Projects and Research
Developing Remote Sensing Modules for Time-Sequencing Data
Spent the summer working in an archeological site, developing remote sensing modules which are used to gather valuable data for archeological conservation.
Supervised by Michael Saunders, Stephanie Sanchez and I worked to develop industry level code for Saunder's Modified USYMQR Algorithm for Julia.
Predicting Education Opportunity using Machine Learning
We set out to build a model that, given satellite imagery and structured covariate data, is able to provide a reasonable estimate of the performance of a school district.
Reimaging Shallow Structure
We perform smoothing over the raw velocity spectrum data, and then apply methods of unsupervised classification to emphasize features of nonuniformity. We then create a heuristic-driven graphical overlay for accelerating subsurface fault-line/mineral deposit identification based on reflection seismology.
Software Engineering Capstone - Human Interactable Table
Implement an LED grid on top of your everyday coffee table. This grid is reconfigurable through a Bluetooth connected android device.
Create an implementation of Huffman Encoding for an arbitrary subset of ASCII characters. This implementation makes explicit use of data structures to ease processing.
Honors Thesis - General Usage Remote Sensing Module
My team was given the task of design a data acquisition module that is both versatile in its ability to collect different sensory data by alternating sensor units, while also being portable, particularly capable of fitting within the average pocket. The final module is also cost effective, estimated to cost a mere twenty US dollars in order produce a single module.
Parallel and Distributed Programming Final Project
Developed a simple, collaborative editor in Java, using the command design pattern, that provided users the ability to edit the same document simultaneously.