
Worked on the dspace-group/simphera-reference-architecture-aws repository to enhance GPU support and automation for AWS-based Kubernetes deployments. Delivered a Jammy-based GPU-capable AMI with GPU operator compatibility, streamlined node pool configuration, and removed legacy setup steps to simplify GPU provisioning. Leveraged Terraform and Helm to deploy the GPU Operator as an EKS add-on, introducing configurable namespace handling, driver version control, and modular Helm values for toolkit and monitoring components. Improved AWS infrastructure for GPU-enabled nodes by refining launch templates, node pools, and storage integration. Focused on automation, maintainability, and reproducibility using HCL, YAML, and Infrastructure as Code practices.
December 2024 performance summary for the AWS reference architecture. Key features delivered include GPU Operator deployment and configuration in EKS via Terraform and Helm, with configurable namespace handling, driver version control, and Helm values (driver, toolkit, DCGM exporter, and Node Feature Discovery). Additional AWS infrastructure enhancements support GPU-enabled nodes, including launch template toggles, GPU node pools, GP3 volumes, and relocation of related EFS/IAM resources within addon modules. Major bugs fixed: none reported in this period. Overall impact: enables faster, more reliable GPU provisioning with reproducible deployments, reducing manual steps and accelerating workload rollout for GPU workloads. Technologies demonstrated: Terraform, Helm, Kubernetes/EKS, AWS Launch Templates, GP3 volumes, EFS, IAM, and modular addon architecture; emphasis on automation, configurability, and maintainability.
December 2024 performance summary for the AWS reference architecture. Key features delivered include GPU Operator deployment and configuration in EKS via Terraform and Helm, with configurable namespace handling, driver version control, and Helm values (driver, toolkit, DCGM exporter, and Node Feature Discovery). Additional AWS infrastructure enhancements support GPU-enabled nodes, including launch template toggles, GPU node pools, GP3 volumes, and relocation of related EFS/IAM resources within addon modules. Major bugs fixed: none reported in this period. Overall impact: enables faster, more reliable GPU provisioning with reproducible deployments, reducing manual steps and accelerating workload rollout for GPU workloads. Technologies demonstrated: Terraform, Helm, Kubernetes/EKS, AWS Launch Templates, GP3 volumes, EFS, IAM, and modular addon architecture; emphasis on automation, configurability, and maintainability.
Month 2024-11 — GPU support and configuration cleanup for AWS deployments in simphera-reference-architecture-aws. Implemented a Jammy-based GPU-capable AMI with GPU operator compatibility, updated node pool block device mappings for GPU nodes, and removed legacy setup steps and obsolete variables to simplify GPU provisioning and reduce maintenance.
Month 2024-11 — GPU support and configuration cleanup for AWS deployments in simphera-reference-architecture-aws. Implemented a Jammy-based GPU-capable AMI with GPU operator compatibility, updated node pool block device mappings for GPU nodes, and removed legacy setup steps and obsolete variables to simplify GPU provisioning and reduce maintenance.

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