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
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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
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Created a web portal using Clojure/ClojureScript and React to access a network modeling tool that was previously only used via the command line
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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
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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
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Improved testing efficiency by building a program in Python and C# to automate the calibration of the product’s fluidics subsystem
