- Developed a generative AI question answering system for help websites; received 2023 Impact Award in the AI category- Completed numerous product improvements including defect fixes, infrastructure upgrades, API endpoints, web widgets, and full-stack development of automated content import

- Designed and implemented a C++ library to implement Mitek standard logging format - Extended Mitek's performance testing framework to run from a Jenkins job and publish an HTML report- Architected a path forward for separating configuration data to support microservices- Assisted in the refactoring of C++ code to support the development of microservices- Delivered new internal tools in Java for document modeling and updated existing tooling to support changes to the related services- Participated in the development of queue service leveraging AWS SQS by writing modern, testable, object-oriented C++ code

- Led the design and implementation of a cloud-based service image search tool in AWS, scalable to millions of images searched per day by running Linux docker containers with AWS Batch - Successfully designed and delivered a Java-based UI for internal users to replace existing scripts- Recruited and hired two new team members

- Key player in the algorithm development for Mitek's identity document verification service- Integrated new computer vision and machine learning algorithms into C++ - Developed a configurable rules engine in C++ to support variations in identity documents

- Developed a C++/C# tool for to extract system metrics from the service response and logging- Managed marshalling layers between C++ and C#- Wrote a .NET desktop application to dynamically view results of image binarization algorithms- Created an Azure Devops CI pipeline to build and test a C++ core library - Tracked system accuracy through dashboards in ElasticSearch/Kibana

- Responsible for completing system analysis and trade studies of potential growth opportunities- Frequently presented analysis results to leadership and customers- Upgraded an existing C# desktop application for system analysis by decluttering the user interface and performing in-depth testing to mitigate potential issues - Created an object-oriented library of Matlab code and a Matlab wrapper to a .NET library, allowing for easy scripting and batching of analysis - Presented features of the new Matlab toolset for system analysis at a team-level "Lunch and Learn"- Drastically reduced analysis time by developing a custom C# parallel computing architecture to simultaneously run simulation jobs on multiple processors with multiple cores- Developed a new analysis capability using an image processing algorithm with a sliding window and K-means clustering

- Performed system analysis while working at a customer site and received 5 out of 5 for professionalism, technical competence, cooperation, timeliness, responsiveness, dependability, and communication skills in a customer satisfaction survey- Created a Matlab GUI to extract telemetry data and implemented signal processing algorithms for data analysis- Developed 2 new Simulink models of electronic components from schematics and integrated models into larger simulations- Participated in the project management process including hours tracking, weekly/monthly status updates, and leadership meetings - Regularly briefed customers on analysis results and published numerous briefings of analysis results- Authored 4 technical reports describing the verification and validation of Simulink models and contributed to 3 additional technical reports

- See above for job description- ESL Teacher in Nagykanizsa, Hungary, between these two periods of employment

- Created a mathematical model of system electronics and implemented the model in MATLAB/Simulink- Presented project summary to Dynetics executives