Site Reliability Engineer SRE (1103243) Raleigh, North Carolina

Salary: USD85000 - USD150000 per year

Site Reliability Engineer SRE – Perm – Raleigh, NC - $85,000-$150,000 

Hays Specialist Recruitment is working in partnership with LexisNexis to manage the recruitment of this position

The end client is unable to sponsor or transfer visas for this position; all parties authorized to work in the US without sponsorship are encouraged to apply.


Are you an SRE with true "lead" experience? Well, LexisNexis has multiple positions open that you should check out! If you have experience with Infrastructure as a code, working with Go Development, or a background with Python then they want to see you immediately. You'll also have the chance to build with Docker and image with Kubernetes on an AWS platform. Submit your resume now for consideration.
 
Role Description
• Work closely with developers in supporting new features and services as they are deployed to production.
• Monitor site availability, reliability, performance and troubleshoot issues.
• Build automation to scale infrastructure based on forecast demand
• Develop custom tools as necessary
• Document system design and procedures.
• Maintain applications and services once they are live by measuring and monitoring availability, latency and overall system health.
• Practice sustainable incident response and blameless postmortems.
• Partner and lead internal and external technology resources in solving complex business needs
• Participate in an on-call rotation.
• Provide architectural recommendations
• Ensure SLA obligations are met.

Skills & Requirements
• 3+ years of Software Engineering experience
• BS Engineering/Computer Science or related technical degree
• Willingness to work in an On Call rotation
• Proficiency in development languages including but not limited to: Java/J2EE, JavaScript, JSP, Python, C/C++, HTML, XML, SQL, Windows, UNIX, and .Net.
• Cloud experience AWS, Azure, and/or GCP
• Experience in site operations and/or infrastructure
• Understanding of container orchestration

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