Atlanta Metropolitan Area
Experienced engineering leader with a proven record of building scalable platforms, leading high-performing teams, and delivering production systems that drive business impact across finance, federal, and healthcare sectors. Currently a Lead Software Engineer at MarketAxess, where we architect and deliver distributed, event-driven systems powering high-throughput market data processing and low-latency bond trading. My technical background spans cloud-native microservices, real-time APIs, event streaming, service orchestration, CI/CD infrastructure, and machine learning systems. I pair deep backend knowledge with a strong product mindset—consistently aligning engineering outcomes with business goals. I began my career in computational bioengineering research at Notre Dame, applying image analysis and modeling to study cellular signaling in cancer formation. That foundation in quantitative problem-solving led to a career in software engineering, alongside earning an M.S. in Computer Science from Georgia Tech while working full time.
Led an engineering team delivering scalable, event-driven systems for fixed-income trading. Oversaw critical initiatives including cloud migration, platform expansion, and system integrations supporting significant business growth.
Designed and built distributed services and infrastructure supporting fixed-income trading workflows.
Led development efforts modernizing logistics systems for a major federal agency, including hybrid cloud integrations and CI/CD automation. Delivered backend systems and infrastructure supporting large-scale SAP environments.
Built production systems to deploy and serve machine learning models at scale across distributed edge infrastructure for a federal client. Focused on microservices, model orchestration, and continuous delivery for secure federal operations.
Worked with large healthcare clients to enhance patient engagement platforms through custom development, technical troubleshooting, and cross-functional coordination. Supported operational strategy, compliance, and platform upgrades.
Contributed to research focused on the quantitative analysis of pattern formation, growth, and regeneration in epithelial tissue in Jeremiah Zartman's Bioengineering lab at Notre Dame.
Contributed to research focused on the genetics of Liposarcoma in Dr. Andrew Koff's Molecular Biology lab at Memorial Sloan-Kettering Cancer Center.