Senior Cloud DevOps Engineer - Reliability for Logistics

Coulter Services; Fort Worth (TX); On-site; USD 120,000 - 150,000; Full time

Job summary

Coulter Services is seeking a Senior DevOps Engineer to drive reliability and scalability for transportation and warehousing platforms. You will design, automate, and manage cloud infrastructure for mission-critical logistics systems, and build CI/CD pipelines to ensure dependable software delivery.

You will improve observability, implement IaC, apply security best practices, and design high-availability architectures.

Qualifications

• Experience designing and automating cloud infrastructure.
• Proficiency building and maintaining CI/CD pipelines.
• Knowledge of observability, security, and HA principles.

Responsibilities

• Design, automate, and manage cloud infrastructure to support mission-critical logistics systems.
• Build, maintain, and optimize CI/CD pipelines to enable reliable software delivery.
• Improve observability across applications and infrastructure (monitoring, logging, alerting, and performance insights).
• Champion Infrastructure as Code (IaC) to standardize provisioning, configuration, and deployment.
• Apply security best practices and implement high-availability architectures.
• Partner with software, data, and operations teams to drive operational resilience, faster delivery, and improved safety.
• Leverage automation and data-driven approaches (including robotics where applicable) to optimize supply chain solutions.

Skills

Cloud infrastructure automation

CI/CD

IaC

Observability practices

Security

High-availability design

Cross-functional collaboration

Job description

Coulter Services is seeking a Senior DevOps Engineer to drive reliability and scalability for transportation and warehousing platforms. You will design, automate, and manage cloud infrastructure for mission-critical logistics systems, and build CI/CD pipelines to ensure dependable software delivery.

You will improve observability, implement IaC, apply security best practices, and design high-availability architectures.