RIT Solutions, Inc.
Title: Senior Network Automation Engineer
Location: Onsite 4 days per week in Plano, TX / Overland Park KS, Travel: less than 25%
Interview Mode: 1st MS Team, Final F2F at work Location (Either TX or KS)
Job Description:
Must Have 90% of Below Skills: • Current Telecom Preferred • VoLTE/VoNR, CLI, NETCONF, RESTCONF, Netmiko, Nornir, or PyATS • Ansible, Python, Kubernetes/OpenShift, IMS • Kubernetes and/or Red Hat OpenShift • CNF onboarding, Helm charts, and Kustomize. • IMS core components (e.g., CSCF, HSS, Clients, Diameter/SIP
Full Job Description
Experience with the following:
protocols) and their role in VoLTE/VoNR environments. • Experience with network vendor devices (Cisco, Juniper, Nokia, etc.) and their automation interfaces (CLI, NETCONF, RESTCONF). • Comfortable working in Linux environments with Git for version control and collaborative development. • Ansible (playbooks, roles, dynamic inventories) • Python (network automation libraries like Netmiko, Nornir, or PyATS) • Working knowledge of Kubernetes and/or Red Hat OpenShift in production or lab environments. • Familiarity with container-based networking, CNF onboarding, Helm charts, and Kustomize. • Understanding of IMS core components (e.g., CSCF, HSS, Clients, Diameter/SIP
Responsibilities: • Design, build, and maintain scalable network automation solutions using Ansible and Python. • Automate deployment and configuration of network functions and services across traditional hardware and cloud-native platforms like Kubernetes and Red Hat OpenShift. • Create CI/CD pipelines and automation frameworks to support agile delivery of network changes and services. • Collaborate with cross-functional teams (network, cloud, DevOps, and systems) to integrate automation across IMS, core network, and cloud-native components. • Support the onboarding and management of CNFs (Cloud-Native Network Functions) in Kubernetes/OpenShift environments. • Develop APIs, tools, and integrations to improve operational workflows and orchestration. • Participate in design reviews and ensure solutions meet reliability, performance, and compliance standards. • Document automation architecture, playbooks, scripts, and deployment strategies.
Must Have 90% of Below Skills: • Current Telecom Preferred • VoLTE/VoNR, CLI, NETCONF, RESTCONF, Netmiko, Nornir, or PyATS • Ansible, Python, Kubernetes/OpenShift, IMS • Kubernetes and/or Red Hat OpenShift • CNF onboarding, Helm charts, and Kustomize. • IMS core components (e.g., CSCF, HSS, Clients, Diameter/SIP
Full Job Description
Experience with the following:
protocols) and their role in VoLTE/VoNR environments. • Experience with network vendor devices (Cisco, Juniper, Nokia, etc.) and their automation interfaces (CLI, NETCONF, RESTCONF). • Comfortable working in Linux environments with Git for version control and collaborative development. • Ansible (playbooks, roles, dynamic inventories) • Python (network automation libraries like Netmiko, Nornir, or PyATS) • Working knowledge of Kubernetes and/or Red Hat OpenShift in production or lab environments. • Familiarity with container-based networking, CNF onboarding, Helm charts, and Kustomize. • Understanding of IMS core components (e.g., CSCF, HSS, Clients, Diameter/SIP
Responsibilities: • Design, build, and maintain scalable network automation solutions using Ansible and Python. • Automate deployment and configuration of network functions and services across traditional hardware and cloud-native platforms like Kubernetes and Red Hat OpenShift. • Create CI/CD pipelines and automation frameworks to support agile delivery of network changes and services. • Collaborate with cross-functional teams (network, cloud, DevOps, and systems) to integrate automation across IMS, core network, and cloud-native components. • Support the onboarding and management of CNFs (Cloud-Native Network Functions) in Kubernetes/OpenShift environments. • Develop APIs, tools, and integrations to improve operational workflows and orchestration. • Participate in design reviews and ensure solutions meet reliability, performance, and compliance standards. • Document automation architecture, playbooks, scripts, and deployment strategies.