About the role
The Cloud Backend Deployment role focuses on testing and maintaining backend systems for the Service Management and Orchestration (SMO) platform, also referred to as Samsung Cognitive Network Operations Suite (NOS). SMO is an automation solution for Open RAN Radio Resources, enabling efficient management and orchestration of network resources. The engineer will work on verifying SMO's core functionalities, ensuring seamless integration and operation in cloud environments.
Responsibilities:
- Verification of NOS/SMO systems for the platform, focusing on automation and orchestration.
- Build scalable, secure, and efficient APIs and microservices to support SMO's core functionalities.
- Collaborate with cross-functional teams to integrate backend services with frontend components and other system modules.
- Ensure high availability, reliability, and performance of backend systems in cloud environments.
- Stay updated on industry trends and best practices in cloud computing and backend development technologies.
Requirements:
- Strong experience in using languages such as Java, Golang, Python, or Go.
- Preferred experience in cloud containerization tools (e. g., Docker, Kubernetes).
- Containerization technologies: Docker and Kubernetes / RHOSP, Openshift, Windriver Cloud Platform (WRCP).
- Knowledge of microservices architecture, RESTful APIs, and database management systems.
- Familiarity with Open RAN technologies and automation platforms is a plus.
- This role offers an opportunity to contribute to cutting-edge technology in the Open RAN ecosystem while working on a mission-critical platform for network automation and orchestration.
- Must have working experience on SMO (Service Management and Orchestration).
- Must have a deep understanding of Kubernetes, Docker, RHOCP, and WRCP.
- Strong experience in using languages, Java, Python, and Golang.
- Strong knowledge on microservices architecture, RESTful APIs, and database management systems.
- Expertise on ONAP (Open Network Automation Platform), ETSI-NFV.