Engineering scalable systems with curiosity — Building tomorrow's infrastructure
As a veteran software engineer, I bring expertise in leveraging cloud platforms (AWS) and cloud-native technologies (Kubernetes) to architect, develop, and manage scalable applications. I primarily utilize Golang to extend Kubernetes functionality through custom controllers, develop scalable APIs, standardize CI/CD systems, and build robust CLI tooling.
My approach to software development prioritizes security, scalability, and simplicity—operating in a superposition of innovation and reliability. I am also an advocate for intelligent and judicious use of AI-assisted tooling in engineering workflows, believing in the fusion of human curiosity and artificial intelligence.
With curiosity driving my exploration of emerging technologies, I continuously seek to push the boundaries of what's possible in cloud-native infrastructure, creating systems that scale beyond traditional limitations.
Garner Health
Nov 2024 - Present
New York (remote)
Paxos
Jul 2023 - Nov 2024
New York (remote)
Splunk
Sep 2019 - Jun 2023
San Francisco
Capital One
Jul 2015 - Aug 2019
San Francisco
Monsoon Company
Oct 2014 - Jul 2015
Oakland
Architected and implemented a novel cloud resource provisioning engine based on a functional ontology that ensures semantic validity of infrastructure operations.
Extended the capabilities of Flagger, a Kubernetes custom controller used for canary deployments, contributing to the open source community.
Led development of a comprehensive GitOps-oriented CI/CD platform that accelerated innovation while ensuring compliance for millions of customers.
Theology in History
University of Edinburgh
2013
Theology
William Jessup University
2006
"My multidisciplinary background in theology and technology creates a unique perspective—where the humanities meet technical innovation."
Ready to explore possibilities in cloud-native infrastructure or dive deep on the implications of AI in software engineering or even a casually curious chat about the potential of non-classical computing, today? Don't hesitate to reach out.
"Engineering at the Speed of Light"