Senior Product Manager at Microsoft Azure. Shaping the container infrastructure behind the world's largest cloud and AI workloads.
Cold starts for training and inferencing. HPC orchestration and Kubernetes clusters for agentic systems. Parallel delivery of containers and models to frontier labs.
High availability, seamless failovers, hardened networking, and performance at every layer, built into Azure to enable the world's largest AI workloads.
Supply chain security, authentication and authorization, RBAC and ABAC, observability, and governance for AI workloads and the artifacts they depend on.
Senior PM working with teams across Azure's containers and cloud-native portfolio to land impact end to end, from the world's largest AI customers to Azure-wide initiatives.
Designing systems, shipping production code, and working incident bridges. Building what PMs, engineers, and business operations all trust. Sleeves rolled up, even while leading.
Years of durable business impact across Azure and Microsoft. Shaping the public conversation. Evangelizing systems thinking, structural reasoning, and lessons learned for AI infrastructure and economics.
Started as a software engineer across the Linux and Kubernetes ecosystems, building engineering fundamentals deep in Azure's stack.Grew into a technical product manager, landing durable capabilities across Azure Container Registry and Azure Kubernetes Service.Senior PM driving Azure-wide initiatives on the industry's emergent problems.
Senior PM across Azure's Kubernetes and container registries portfolio: Azure Container Registry, Azure Kubernetes Service, and Azure Cloud Native Fundamentals. Scaling the performance, reliability, and supply chain security behind the world's largest cloud and AI workloads.
Owned the performance, reliability, and security of Azure Container Registry and its integrations across Azure services. Drove vulnerability management, supply chain security, and open source container ecosystem improvements to enable scale.
Extended telemetry, on-call automation, and security playbooks for Linux virtual machines and Kubernetes clusters. Helped build Azure's first service mesh offering on Open Service Mesh: Envoy-based traffic management, observability, and governance for Kubernetes at scale.
Designed fast user provisioning systems for Red Hat, CentOS, Fedora, and Ubuntu through cloud-init and open source projects, powering rapid deployment of Azure Virtual Machines and scale-out of Azure Kubernetes Service clusters.
Planned and executed the migration of Jira's highest-traffic pages, Jira issues and Jira boards, to React single-page applications. Improved Apdex and reduced page latency.
Integrated fast user provisioning and telemetry of Red Hat and CentOS on Azure Virtual Machines, enabling scale out of data warehousing workloads.
Built the build-and-validation pipeline for a seL4/OKL4 microkernel-based hypervisor on AWS, enabling fast builds and validation of embedded deployments to secure smartphones and automotive systems.
Teaching assistant, academic tutor, lab demonstrator, and exam marker for introductory computer science classes across 4 semesters: data structures and algorithms, microprocessors, software construction, computer systems fundamentals, and programming.
Distinction Graduate, Dean's Honours List.