Azure Site Reliability Engineer - Cloud Automation

Robertson & Company Ltd.; Toronto; Hybrid; CAD 103,000 - 139,000; Full time

Job summary

Robertson is seeking a skilled Site Reliability Engineer in Toronto to design, build, and support enterprise Azure cloud infrastructure across Windows and Linux. You will deploy production-grade environments, implement IaC with Terraform and Ansible, and automate deployments, monitoring, and DR tasks.

The role emphasizes strong Azure expertise, DevOps practices, and collaboration across security, architecture, and application teams in a hybrid work setting.

Qualifications

• Undergraduate degree required.
• 7+ years of infrastructure/cloud/platform engineering experience.
• Experience building enterprise Azure environments from scratch.
• Experience with DevOps, CI/CD and infrastructure automation.

Responsibilities

• Design, build, deploy, and support enterprise Azure infrastructure in Windows and Linux.
• Create production-grade Azure environments across Development, QA, Production and DR.
• Deploy, secure, and support Azure Databricks workspaces and services.
• Administer Azure VMs, App Service, Storage, Networking, Monitoring, Backup, and DR.
• Develop IaC using Terraform, Ansible, PowerShell, Bicep, etc.
• Build CI/CD pipelines for deployments, upgrades and config management.
• Automate provisioning, patching, monitoring, compliance, and DR testing.
• Develop PowerShell and Python automation; maintain deployment artifacts in Git.

Skills

Azure

Terraform

Ansible

PowerShell

Python

CI/CD

Git

Linux/Windows

Education

Undergraduate Degree

Tools

Terraform

Ansible

PowerShell

Bicep

Git

Job description

Robertson is seeking a skilled Site Reliability Engineer in Toronto to design, build, and support enterprise Azure cloud infrastructure across Windows and Linux. You will deploy production-grade environments, implement IaC with Terraform and Ansible, and automate deployments, monitoring, and DR tasks.

The role emphasizes strong Azure expertise, DevOps practices, and collaboration across security, architecture, and application teams in a hybrid work setting.