Aurélien Legrand is a Senior Strategic Cloud Engineer at Google with a decade of experience designing and operating infrastructure and networking solutions for large-scale cloud and private datacenter environments. An EPITA-trained engineer, he combines deep hands-on expertise in SDN, BGP/VXLAN, automation and load balancing with strategic customer-facing engagement to drive architecture, migrations and cloud adoption. At Google he focuses on Infrastructure & Networking and has contributed to open-source Terraform landing-zone tooling and GCP network monitoring dashboards that surface custom metrics and dynamic route analytics. Previously at HPE he led high‑availability private cloud designs, influenced multiple software releases through product feedback, and automated migrations that saved months of work. He also teaches advanced software-defined datacenter topics, translating complex transformation programs into practical projects for students and clients. Known for bridging low‑level networking detail with strategic outcomes, he excels at turning operational telemetry into actionable infrastructure improvements.
10 years of coding experience
8 years of employment as a software developer
Compute Science Graduate in System and Software Engineering, Ingénierie Informatique, Compute Science Graduate in System and Software Engineering, Ingénierie Informatique at EPITA: Ingénierie Informatique
Engineering Technology, General, Engineering Technology, General at Staffordshire University
End-to-end modular samples and landing zones toolkit for Terraform on GCP.
Role in this project:
Back-end & Cloud Engineer
Contributions:67 reviews, 33 commits, 38 PRs in 2 years
Contributions summary:Aurélien's commits primarily involve modifications to cloud function code written in Python, specifically for a network dashboard project on Google Cloud Platform. These changes encompass the creation and management of custom metrics within Google Cloud Monitoring, including data gathering for various network resources such as instances, VPC peerings, L4/L7 forwarding rules, and subnet IP utilization. The contributions also involve the utilization of Cloud Asset Inventory to collect and analyze network resource data. Furthermore, the user implemented enhancements to the monitoring and dashboarding of dynamic and static routes within VPC networks.
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