Principal Site Reliability Engineer (AWS Resiliency & Cloud Architecture)

Zettalogix INC; United States; Remote; USD 140,000 - 200,000; Full time

Job summary

Zettalogix INC is seeking a Principal Site Reliability Engineer to lead AWS resiliency efforts and cloud architecture for mission-critical apps. You will drive multi-region strategies, implement IaC, and optimize failover times across environments.

The role requires extensive AWS experience, championing best practices in automation, monitoring, and reliability engineering across teams.

Qualifications

• Architect/Engineer experience with an SRE focus.
• AWS Certified Solutions Architect - Professional.
• Experience with multi-regional resiliency implementation.
• Strong IaC experience with CloudFormation YAML and Terraform.
• Hands-on AWS services including EC2, ECS, Route53, Lambda, S3, SQS, EFS, RDS.

Responsibilities

• Support efforts to reduce failover time of applications in AWS.
• Design and implement resilient architectures across regions.
• Collaborate with SMEs to optimize disaster recovery and failover strategies.

Skills

SRE experience

Python

Cloud architecture

AWS knowledge

Education

AWS Certified Solutions Architect - Professional

Tools

CloudFormation

Terraform

EC2

ECS

Route53

Load Balancers

Lambda

SQS

S3

EFS

RDS

Job description

Job: Principal Site Reliability Engineer (AWS Resiliency & Cloud Architecture)

9 Months

Remote

• Looking for an SRE (Architect V/ Engineer V level) to support the client's efforts to reduce the failover time of applications in AWS.
• The resources identified are Subject Matter Experts in the following areas: o Architect/Engineer experience
  o AWS Certified Solutions Architect - Professional
  o Must have expertise on multi-regional resiliency implementation,
• Core AWS experience: o Understanding of Infrastructure as Code. Strong experience working with CloudFormation YAML, Terraform.
  o EC2, ECS, Route53, Load balances, Lambda, SQS, S3, EFS, RDS, AWS EFS
• Programming: o Python experience to understand resiliency automation code, and ability to tweak/modify existing automation code.