Site Reliability Engineer Senior Lead

at  Mars

JOB DESCRIPTION:

The Systems Reliability Engineering (SRE) Senior Lead is a pivotal leader within our organization, responsible for ensuring the reliability, performance, and scalability of our critical systems. This role is instrumental in strategizing and overseeing reliability with an end-to-end service delivery perspective, aligning technical infrastructure with business objectives to meet evolving customer needs. As an influential figure in our company, the Systems Reliability Engineering Senior Lead will spearhead initiatives to automate infrastructure, enhance system observability, and drive the transformation of our IT operations.

Systems Reliability Engineering Senior Lead is to ensure that the technology stack being deployed and its ability to be supported accordingly with the business requirements, the focus is in the infra tech stack and IT Operations support model:

System Reliability, Performance and best practices:

• Design, implement, and maintain highly available and scalable systems.
• Monitor system performance, reliability, and security using advanced monitoring and logging tools.
• Proactively identify and resolve issues that could impact service availability.
• Conduct assessments to ensure systems comply with market standards and best practices.

Automation and Infrastructure as Code (IaC):

• Develop and maintain automated CI/CD pipelines to streamline deployments.
• Implement Infrastructure as Code (IaC) using tools like Terraform, Ansible, or Others.
• Automate repetitive tasks to increase system efficiency and reliability.

Collaboration and DevOps Culture:

• Collaborate with software development teams to ensure new features are built with reliability in mind.
• Advocate for best practices in software engineering, deployment, and operations and foster a culture of collaboration and continuous improvement across teams.

Capacity Planning and Scaling:

• Conduct capacity planning to anticipate future growth and scaling needs.
• Implement strategies to efficiently scale systems based on demand.