About Me

As a Senior DevOps Engineer, I specialize in building scalable, reliable, and secure systems that empower teams to deliver software with confidence. My approach focuses on automation, observability, and resilient architecture—ensuring that infrastructure and pipelines evolve in step with product growth and organizational needs.

Infrastructure as Code

I have hands-on experience with Infrastructure as Code (IaC) tools, including Terraform and AWS CloudFormation. My approach to writing infrastructure code emphasizes modularity, scalability, resilience, and idempotency—ensuring that environments are predictable, repeatable, and easy to manage. I follow best practices such as separating environments, using reusable modules, and integrating IaC with CI/CD pipelines for automated provisioning and updates. This helps reduce manual intervention, improve system reliability, and support rapid development cycles.

Orchestration

Automation alone is not sufficient — I aim to orchestrate the entire software development lifecycle to minimize manual intervention and cognitive overhead. By embedding observability into the development process, I ensure that teams have real-time insights into system health, performance, and reliability. I advocate for proactive monitoring, structured logging, and traceability across services, so developers can focus on building features rather than firefighting.

Team Integration

DevOps should never exist in a silo or remain just a theoretical concept. I actively foster strong collaboration across development, security, and operations teams to ensure shared ownership of both the build and runtime environments. By being involved early in the design and planning stages, I help make more informed decisions that consider scalability, security, and maintainability from the start. This integrated approach leads to more robust systems, fewer downstream issues, and ultimately, a better experience for end users and stakeholders alike.

Observability

I design and implement comprehensive observability frameworks that turn infrastructure and application behavior into actionable insight using the following:

• Develop alerting and SLO-based monitoring strategies to proactively detect performance regressions and reliability risks.
• Advocate for a data-driven operations culture, where teams use telemetry to improve system performance, resilience, and customer experience.
• Integrate observability into CI/CD workflows to enable early detection and faster remediation.

CI/CD

I architect and maintain end-to-end CI/CD pipelines that enable teams to ship code securely and efficiently focusing on the following:

• Enforce quality gates through automated testing, static analysis, and vulnerability scanning.
• Implement progressive delivery strategies (blue/green, canary, feature flags) for safe, zero-downtime releases.
• Focus on pipeline reliability and feedback loops, ensuring developers receive fast, consistent feedback on every change.

Security

I embed security into every phase of development and operations—shifting left while maintaining a practical DevSecOps approach by using the following:

• Automate vulnerability scanning (containers, IaC, dependencies) and integrate findings into CI/CD.
Manage secrets and identity securely using AWS IAM, HashiCorp Vault, and SSO integrations.
• Apply least privilege principles, network segmentation, and encryption by default.
• Collaborate with security teams to perform threat modeling, compliance checks, and incident response drills.

Architecture

I design and implement cloud-native infrastructure that balances scalability, cost, and maintainability with the following:

• Architect highly available systems using AWS, Kubernetes, and Terraform.
• Develop infrastructure as code (IaC) that is modular, version-controlled, and reviewable.
• Utilize microservice and event-driven architectures to support complex, distributed systems.
• Focus on resilience, scalability, and cost optimization, aligning infrastructure decisions with business objectives.
• Enable self-service and platform engineering to empower development teams while maintaining governance and standards.

Example New Project Workflow