Site Reliability Engineer: Scale, Automate & Observability

NTT Data Singapore; Singapore; On-site; SGD 80,000 - 120,000; Full time

Job summary

A prominent tech company in Singapore is looking for a Site Reliability Engineer to enhance the reliability and performance of their services. The ideal candidate will work closely with engineering teams to improve production services, drive observability initiatives, and implement best practices in SRE and Chaos Engineering. Requirements include familiarity with ITIL processes, leadership skills, scripting knowledge in Bash/Python, and a background in managing vendor and project relationships. This role offers a crucial opportunity to impact overall service health.

Qualifications

• Good understanding of ITIL & SRE processes.
• Leadership in working with application teams.
• Ability to establish deployment standards.
• Strong project management skills.
• Agile, AWS certification preferred.
• Ability to create scripts for infra deployment.
• Familiarity with SRE & Chaos Engineering principles.

Responsibilities

• Improve availability, reliability, and performance of services.
• Drive observability for applications.
• Reduce operational toil.
• Set up SLI, SLO and Error budgets.
• Deploy SRE enablers/initiatives.

Skills

ITIL understanding

Leadership skills

People management

Vendor management

Project management

Agile methodology

Bash scripting

Python scripting

Interpersonal skills

Communication skills

Tools

AWS

Job description

A prominent tech company in Singapore is looking for a Site Reliability Engineer to enhance the reliability and performance of their services. The ideal candidate will work closely with engineering teams to improve production services, drive observability initiatives, and implement best practices in SRE and Chaos Engineering. Requirements include familiarity with ITIL processes, leadership skills, scripting knowledge in Bash/Python, and a background in managing vendor and project relationships. This role offers a crucial opportunity to impact overall service health.