Max M. Hessari

Spearheaded strategic initiatives for cloud infrastructure evolution, integrating advanced automation and security protocols to enhance system resilience and performance.

Mentored junior DevOps engineers and led cross-functional teams in complex CI/CD pipeline development and optimization, driving best practices and innovation.

Directed the architectural design and implementation of highly available, fault-tolerant systems across AWS and GCP, ensuring compliance and operational excellence.

Implemented Kubernetes cluster autoscaling with Karpenter, significantly enhancing resource utilization and application availability for critical services.

Designed and deployed comprehensive, multi-service AWS infrastructure for new clients, provisioning and managing critical resources including databases and networking components.

Led the migration of repositories and CI/CD pipelines from GitLab to GitHub, achieving seamless integration and collaboration across development teams and improving delivery efficiency.

Replicated entire AWS product infrastructure on GCP for new clients using Terraform and Ansible, optimizing provisioning and configuration management for multi-cloud environments.

Automated GitHub repository management and established daily synchronized sandbox environments, streamlining development workflows and enhancing security protocols.

Automated CI/CD pipelines using GitHub Actions and GitLab CI/CD, streamlining development workflows and improving deployment efficiency for client projects.

Developed and managed infrastructure-as-code solutions with Terraform, deploying scalable and consistent cloud environments for various client requirements.

Supported Kubernetes cluster deployments and management using Helm Charts, ensuring scalable and consistent application deployments across client infrastructures.

Configured and secured HTTPS endpoints using SSL certificates, Nginx, and AWS Route 53, enhancing application security and reliability for client services.

Developed sophisticated financial models for large-scale projects, successfully increasing Net Present Value (NPV) by $130M through comprehensive analysis and strategic recommendations.

Innovatively designed and implemented an Excel-based financial model, reducing project feasibility study time by 75% and accelerating critical decision-making processes.

Conducted in-depth market research and financial analysis to identify key investment opportunities, informing strategic portfolio decisions for various companies.