• Worked with the data search engine teams to provide technical mentorship and coaching as we solved hard problems in digital forensics and incident response workflows.• Architected and developed a cloud-native search engine service for a newly launched SaaS-based digital forensics/incident response platform on AWS, capable of processing millions of forensic artifact hits per day.• Founding member of the Architecture Steering Committee, a group of senior tech leaders who collaborate with engineering teams across the organization to solve challenging technical problems• Supported the team in the development of new features, bug fixes, technical debt initiatives, and customer service investigations• Collaborated with other technical leads to advocate for technical initiatives to modernize the architecture of the flagship product, AXIOM • Championed a new engine platform team to help modernize the search engine and accelerate other teams relying on the engine

• Developing new features and quality of life improvements on Magnet Forensics flagship digital forensics platform, Axiom, using C# and SQLite

• After Karos Health got acquired by Vital Images, I continued in my role as a senior software engineer on the data and workflow management platform for the company• Led the architecture and development of one of the company’s largest project that involved data management and orchestration for over 10 million medical studies per year (500 TB/year), for over 8 million patient• Developed highly scalable distributed systems leveraging Cassandra, ElasticSearch, and Apache NiFi to solve big data challenges in the radiology industry• Developed a unified product monitoring solution for all the company’s products based on the Elastic stack (Beats, Logstash, Elasticsearch, Kibana) to get consistent observability across different products• Joined the Office of the CTO as a software architect where I contribute to the architecture of the entire line of Vital Images products.• Drove the implementation of various development workflow processes and philosophies to improve overall product quality, including: - Improvements to our quality management system to enable more frequent security patching - Improvements to our CI pipeline to ensure consistent, reproducible, and clean outputs - Improvements to our software upgrade strategy to minimize risk and maintain zero downtime

• Developing fault tolerant, secure, and scalable distributed systems for exchanging healthcare information using Java, Ruby on Rails, Elasticsearch, and Cassandra.• Lead the development of many major features, including a suite of quality control tools, a medical image compression router, and numerous other standards based healthcare components.• Researching and designing efficient algorithms and software architecture to solve interoperability problems in the healthcare industry.

• Developed two C# applications to transform medical incident information into standardized formats and export them securely to other systems.• Created a suite of automated tests to validate software against rigorous healthcare specifications.

• Developed business opportunities for Christie Digital's newest visualization products by researching and pursuing various markets including home design and interactive museum exhibits.• Collaborated with a small, interdisciplinary group of students to create prototypes for potential clients.

• Created web-based user interfaces using Java and Google Web Toolkit with a focus on user experience • Collaborated closely with a Scrum team to produce well-tested software that met client requirements • Researched, designed, and implemented scalable RESTful APIs that allowed the user interface to communicate with server code

• Gathered requirements from users for an application that manipulated geographic information for the market research field• Planned and coded a 50,000 line application using C# .NET 3.5, and SQL Server 2008 • Integrated with third party mapping software with limited documentation and support

• Collaborated with the Quality Assurance team to report and verify program defects for medical imaging software • Wrote several detailed white papers for supervisors and future co-op students • Developed software in C# to help the QA team handle bug reports in a concise, organized manner

• Developed PHP web-based administrative software by expanding on legacy code • Created algorithms and documentation with two other volunteers

• Coordinated meetings for the school robotics club with about 20 members • Created documentation including planning articles, meeting logs, and blueprints

• Developed Alumni website using HTML, PHP, and MySQL databases • Managed all stages of the development cycle and compiled documentation • Communicated effectively with my supervisor to handle changing requirements