OpenStack IaaS Engineer & Chef — Private Cloud

INENT INC; Wilmington (DE); On-site; Full time

Job summary

A technology solutions company is seeking a Chef / IaaS Engineer to build a private cloud infrastructure in Wilmington, DE. This role requires expertise in IaaS platforms, configuration management with Chef, and strong knowledge of networking and security. The successful candidate will modernize the client's infrastructure to support scalability and implement event-driven architectures. This position allows for onsite work initially, followed by potential remote flexibility.

Qualifications

• Expertise in IaaS platform management and operation.
• Experience with Chef configuration management tool.
• Proficient in Ubuntu/RHEL and networking technologies.
• Strong knowledge of security practices.
• Familiarity with Test Driven Development and Continuous Delivery methodologies.
• Experience in systems integration projects.

Responsibilities

• Build and maintain a private cloud for client access.
• Reconfigure infrastructure for scalability and modernization.
• Implement CQRS pattern for improved architecture.
• Migrate applications to a private cloud environment.
• Utilize event-driven architecture for real-time system communication.
• Establish modern data warehousing solutions.

Skills

IaaS platform expertise

Chef

Ubuntu

RHEL

Networks (Neutron, Nuage)

Security

Test Driven Development

Continuous Delivery

Pair programming

Systems Integration

Tools

OpenStack

Appdynamics

Logstash

Spring Actuator

Nagios

Hadoop

Spark

Spring Boot

RabbitMQ

Hystrix

Job description

A technology solutions company is seeking a Chef / IaaS Engineer to build a private cloud infrastructure in Wilmington, DE. This role requires expertise in IaaS platforms, configuration management with Chef, and strong knowledge of networking and security. The successful candidate will modernize the client's infrastructure to support scalability and implement event-driven architectures. This position allows for onsite work initially, followed by potential remote flexibility.