Led architecture and delivery of data visualization dashboards to benchmark onboarding success metrics, enabling leadership to identify bottlenecks and optimize process alignment across teams.

Spearheaded initiative to streamline third-party integration workflows, resulting in a 53% reduction in go-live time and 50% decrease in support tickets, directly improving restaurant onboarding efficiency.

Acted as Security Champion for the team, leading security reviews and implementing integration-specific safeguards for third-party systems.

Designed and implemented scalable backend services in Kotlin and modern frontend interfaces in React, deployed to a cloud-native environment.

Designed and implemented a webhooks platform to enable real-time integrations between MURAL and external tools like Slack and Microsoft Teams, enhancing collaborative workflows for enterprise users.

Built scalable, event-driven services using Node.js, TypeScript, Docker, Redis, and MongoDB; contributed to internal observability and system reliability through structured logging and performance metrics.

Led a team of 5 engineers in the design and delivery of a cloud-based aircraft part inventory tracking system for the U.S. Department of Defense, ensuring compliance with security and reliability standards.

Acted as the primary technical liaison with DoD stakeholders, translating mission requirements into deliverable architecture and feature roadmaps.

Built and maintained internal shared UI libraries to standardize branding and UX across outward-facing DoD applications.

Architected and implemented backend services in .NET Core and frontend interfaces in Angular/TypeScript, delivering a secure, user-friendly platform used across multiple military logistics units.

Mentored over 20 students in Thinkful’s full stack web development curriculum, covering JavaScript,

Node.js, PostgreSQL, React, HTML/CSS, and computer science fundamentals.

Conducted weekly 1:1 sessions focused on problem-solving, debugging techniques, and career

readiness, helping students transition into software engineering roles at startups and mid-sized tech

companies.

Reinforced foundational concepts through paired programming and project-based learning; provided

code reviews, architectural guidance, and best practices around testing and deployment.