• Helped write and optimize a real-time C++ program from a Matlab source.
• Worked with embedded devices using C++, Python, GNU Radio, and Buildroot.
• Wrote various tools and C++ mex functions for Matlab.
• Setup an automated build system using Jenkins, Autotools, GitLab, and GoogleTest.
• Helped implement a detection, localization, and tracking system in C/C++. Additionally wrote Python scripts to test and measure various aspects of the system.
• Designed and implemented a user interface. Created mockups for different displays and features.
• Provided documentation for the client, which included my design and code contributions.

• Led a team of graduate students in the creation of a software defined network of Raspberry Pis for use in teaching and future research projects. Created an SDN controller that allows students to upload forwarding tables via a REST API which deploys the tables to the Pis running OpenVSwitch. Additionally implemented an API to set the topology of the network by bringing up and down outgoing ethernet interfaces on the devices.
• Created a Python framework built on Flask for implementing simple micro-service architectures. Modified an existing network security program to work with the framework.
• Worked on a secure multi-party computation project that facilitated the transfer of data between parties performing machine learning computations. Helped to develop a Python MPC library and an optimized C++ MPC server. Additionally ran networking experiments on AWS to collect results for the paper.

• Contributed source code and data to a research project on dynamic taint analysis in Java. Our paper is published in the Journal of Computer Security. ^[1]
• Modified existing taint analysis software for Java with additional features for taint propagation and logging.
• Built software to test the modifications by traversing an instance of OpenMRS ^[2] and logging information needed for the paper.

Developed the infrastructure for two online Computer Science classes for high school students. This was an open source project and is hosted on a public Github repository. ^[3]

• Implemented a web portal for students, mentors, and instructors to interact with the course content.
• Implemented a web hosting service using Nginx that allows students to host static files and Python Flask applications created during their coursework.
• Managed and automated Azure virtual machines for each student to use for software development during the courses.

Various software development projects associated with image classifying and processing.

• Built an image viewing and manipulating application with features targeted for single particle 3D reconstruction with electron micrographs.
• Maintained existing image processing software, fixing problems and adding features as requested.
• Created a system for parallelizing existing single-core image processing software.
• Designed and implemented intuitive user interfaces for use with existing and newly developed software.
• Contributed to the EMIRA language, ^[4] intended for creating image processing pipelines.