• Engineered a network filtering appliance to reduce the load on a costly cybersecurity sensor. Utilized C++ and Python in conjunction with a variety of Linux and networking tools

• Developed a system to automatically notify customers of cybersecurity alerts generated by a sensor. Reduced analyst workload and customer notification time by up to 75% each, while removing the potential for human error

• Created a web portal using Clojure/ClojureScript and React to access a network modeling tool that was previously only used via the command line

• Designed the site in order to simplify user experience for non-technical users. Built several features to remove the need for programming expertise across all aspects of the system

• Extended an existing codebase to add diagnostics tools for an automated vaccine management machine. Programmed user interfaces using .NET to be utilized by field technicians and assemblers to aid debugging

• Analyzed machine data in Python to allow firmware updates, improving automation efficiency by 50%

• Tested, debugged, and developed software for a complex medical device (antibiotic susceptibility test instrument) while working alongside the hardware engineering team

• Improved testing efficiency by building a program in Python and C# to automate the calibration of the product’s fluidics subsystem

• Served as an engineering intern in the company’s hardware test and assembly lab

• Assembled, tested and shipped the company’s web filter products

• Built hardware and set up the company’s back-end server operating systems