Domain Architect - Wireless Networking

Job Summary

 Network Reliability & Availability Own reliability engineering for enterprise LAN, WAN, WLAN, SD-WAN and cloud connectivity. Proactively identify availability, capacity, latency and performance risks. Analyze recurring incidents and establish permanent corrective actions. Define and track appropriate SLIs/SLOs for critical network services. Improve network resilience through redundancy, fault tolerance and automated recovery. Partner with Network Architecture, Engineering and Operations teams to eliminate recurring failure patterns. The existing network operations material already emphasizes proactive/predictive monitoring, outage prevention and engineering changes that improve availability, capacity and performance. SDWAN JD 2 2. Incident & Problem Management Provide L3/L4 technical leadership for P1/P2 and major network incidents. Perform advanced troubleshooting across routing, switching, wireless, SD-WAN, DNS/DHCP and cloud connectivity. Lead technical bridges, restore services rapidly and coordinate across vendors and infrastructure teams. Perform detailed RCA and identify preventive engineering actions. Create automated diagnostics and remediation for repeatable failure scenarios. Improve MTTD and MTTR through better telemetry, correlation and automation. This reflects the existing requirement for expert troubleshooting and technical leadership during critical network incidents. Open Requirements in J&J Networks 3. Network Automation & Toil Reduction Develop network automation using Python, Ansible and YAML. Convert repetitive operational activities into automated workflows and runbooks. Build automated network health checks, configuration validation and compliance checks. Develop self-healing/remediation use cases for common network incidents. Integrate network automation with monitoring, ITSM and source-of-truth platforms. Use GitHub/Bitbucket and CI/CD pipelines for network automation lifecycle management. Identify and eliminate non-value-added alerts and repetitive tickets. Your existing requirement specifically calls out Python, Ansible, YAML, GitHub/Bitbucket and CI/CD, with measurable reduction of operational toil as a transformation objective. bpSigned_Copy_624789 4. Monitoring, Observability & Predictive Operations Develop proactive monitoring and network health indicators. Improve alert quality through threshold optimization, correlation and noise reduction. Analyze telemetry, logs, events and performance trends to predict service degradation. Establish dashboards for availability, latency, packet loss, capacity and other reliability indicators. Drive monitoring improvements that prevent incidents rather than simply detecting failures. This extends traditional monitoring into an SRE operating model, where reliability is measured using indicators/objectives and repetitive operational work is systematically automated. Site Reliability Engineer: Responsibilities, Roles and Salaries 5. Continuous Improvement Identify recurring network failure patterns and develop engineering solutions. Provide feedback to architecture, engineering and deployment teams. Contribute to reliability reviews and post-incident improvement plans. Improve operational documentation, knowledge articles and automated runbooks. Drive measurable improvement in availability, incident volume, MTTR and automation coverage. Technical Skills Routing & Switching Advanced BGP, OSPF and EIGRP HSRP / VRRP VLAN, STP/RSTP/MST, EtherChannel MPLS, QoS and advanced WAN technologies TCP/IP, subnetting and route analysis Enterprise Networking Cisco routers and switches Cisco Nexus Arista Cisco Meraki Cisco / Aruba Wireless SD-WAN, preferably Cisco SD-WAN/Viptela F5 Load Balancing DNS, DHCP and IPAM These technologies are strongly represented across the existing network engineering JDs, including Cisco/Arista, Meraki, Cisco/Aruba WLAN, F5 and advanced routing. Design Engineer_Stable Team - JD Cloud Networking AWS and/or Azure networking Hybrid cloud

Key Responsibilities

 Network Reliability & Availability Own reliability engineering for enterprise LAN, WAN, WLAN, SD-WAN and cloud connectivity. Proactively identify availability, capacity, latency and performance risks. Analyze recurring incidents and establish permanent corrective actions. Define and track appropriate SLIs/SLOs for critical network services. Improve network resilience through redundancy, fault tolerance and automated recovery. Partner with Network Architecture, Engineering and Operations teams to eliminate recurring failure patterns. The existing network operations material already emphasizes proactive/predictive monitoring, outage prevention and engineering changes that improve availability, capacity and performance. SDWAN JD 2 2. Incident & Problem Management Provide L3/L4 technical leadership for P1/P2 and major network incidents. Perform advanced troubleshooting across routing, switching, wireless, SD-WAN, DNS/DHCP and cloud connectivity. Lead technical bridges, restore services rapidly and coordinate across vendors and infrastructure teams. Perform detailed RCA and identify preventive engineering actions. Create automated diagnostics and remediation for repeatable failure scenarios. Improve MTTD and MTTR through better telemetry, correlation and automation. This reflects the existing requirement for expert troubleshooting and technical leadership during critical network incidents. Open Requirements in J&J Networks 3. Network Automation & Toil Reduction Develop network automation using Python, Ansible and YAML. Convert repetitive operational activities into automated workflows and runbooks. Build automated network health checks, configuration validation and compliance checks. Develop self-healing/remediation use cases for common network incidents. Integrate network automation with monitoring, ITSM and source-of-truth platforms. Use GitHub/Bitbucket and CI/CD pipelines for network automation lifecycle management. Identify and eliminate non-value-added alerts and repetitive tickets. Your existing requirement specifically calls out Python, Ansible, YAML, GitHub/Bitbucket and CI/CD, with measurable reduction of operational toil as a transformation objective. bpSigned_Copy_624789 4. Monitoring, Observability & Predictive Operations Develop proactive monitoring and network health indicators. Improve alert quality through threshold optimization, correlation and noise reduction. Analyze telemetry, logs, events and performance trends to predict service degradation. Establish dashboards for availability, latency, packet loss, capacity and other reliability indicators. Drive monitoring improvements that prevent incidents rather than simply detecting failures. This extends traditional monitoring into an SRE operating model, where reliability is measured using indicators/objectives and repetitive operational work is systematically automated. Site Reliability Engineer: Responsibilities, Roles and Salaries 5. Continuous Improvement Identify recurring network failure patterns and develop engineering solutions. Provide feedback to architecture, engineering and deployment teams. Contribute to reliability reviews and post-incident improvement plans. Improve operational documentation, knowledge articles and automated runbooks. Drive measurable improvement in availability, incident volume, MTTR and automation coverage. Technical Skills Routing & Switching Advanced BGP, OSPF and EIGRP HSRP / VRRP VLAN, STP/RSTP/MST, EtherChannel MPLS, QoS and advanced WAN technologies TCP/IP, subnetting and route analysis Enterprise Networking Cisco routers and switches Cisco Nexus Arista Cisco Meraki Cisco / Aruba Wireless SD-WAN, preferably Cisco SD-WAN/Viptela F5 Load Balancing DNS, DHCP and IPAM These technologies are strongly represented across the existing network engineering JDs, including Cisco/Arista, Meraki, Cisco/Aruba WLAN, F5 and advanced routing. Design Engineer_Stable Team - JD Cloud Networking AWS and/or Azure networking Hybrid cloud

Skill Requirements

 Network Reliability & Availability Own reliability engineering for enterprise LAN, WAN, WLAN, SD-WAN and cloud connectivity. Proactively identify availability, capacity, latency and performance risks. Analyze recurring incidents and establish permanent corrective actions. Define and track appropriate SLIs/SLOs for critical network services. Improve network resilience through redundancy, fault tolerance and automated recovery. Partner with Network Architecture, Engineering and Operations teams to eliminate recurring failure patterns. The existing network operations material already emphasizes proactive/predictive monitoring, outage prevention and engineering changes that improve availability, capacity and performance. SDWAN JD 2 2. Incident & Problem Management Provide L3/L4 technical leadership for P1/P2 and major network incidents. Perform advanced troubleshooting across routing, switching, wireless, SD-WAN, DNS/DHCP and cloud connectivity. Lead technical bridges, restore services rapidly and coordinate across vendors and infrastructure teams. Perform detailed RCA and identify preventive engineering actions. Create automated diagnostics and remediation for repeatable failure scenarios. Improve MTTD and MTTR through better telemetry, correlation and automation. This reflects the existing requirement for expert troubleshooting and technical leadership during critical network incidents. Open Requirements in J&J Networks 3. Network Automation & Toil Reduction Develop network automation using Python, Ansible and YAML. Convert repetitive operational activities into automated workflows and runbooks. Build automated network health checks, configuration validation and compliance checks. Develop self-healing/remediation use cases for common network incidents. Integrate network automation with monitoring, ITSM and source-of-truth platforms. Use GitHub/Bitbucket and CI/CD pipelines for network automation lifecycle management. Identify and eliminate non-value-added alerts and repetitive tickets. Your existing requirement specifically calls out Python, Ansible, YAML, GitHub/Bitbucket and CI/CD, with measurable reduction of operational toil as a transformation objective. bpSigned_Copy_624789 4. Monitoring, Observability & Predictive Operations Develop proactive monitoring and network health indicators. Improve alert quality through threshold optimization, correlation and noise reduction. Analyze telemetry, logs, events and performance trends to predict service degradation. Establish dashboards for availability, latency, packet loss, capacity and other reliability indicators. Drive monitoring improvements that prevent incidents rather than simply detecting failures. This extends traditional monitoring into an SRE operating model, where reliability is measured using indicators/objectives and repetitive operational work is systematically automated. Site Reliability Engineer: Responsibilities, Roles and Salaries 5. Continuous Improvement Identify recurring network failure patterns and develop engineering solutions. Provide feedback to architecture, engineering and deployment teams. Contribute to reliability reviews and post-incident improvement plans. Improve operational documentation, knowledge articles and automated runbooks. Drive measurable improvement in availability, incident volume, MTTR and automation coverage. Technical Skills Routing & Switching Advanced BGP, OSPF and EIGRP HSRP / VRRP VLAN, STP/RSTP/MST, EtherChannel MPLS, QoS and advanced WAN technologies TCP/IP, subnetting and route analysis Enterprise Networking Cisco routers and switches Cisco Nexus Arista Cisco Meraki Cisco / Aruba Wireless SD-WAN, preferably Cisco SD-WAN/Viptela F5 Load Balancing DNS, DHCP and IPAM These technologies are strongly represented across the existing network engineering JDs, including Cisco/Arista, Meraki, Cisco/Aruba WLAN, F5 and advanced routing. Design Engineer_Stable Team - JD Cloud Networking AWS and/or Azure networking Hybrid cloud 

Other Requirements

 Network Reliability & Availability Own reliability engineering for enterprise LAN, WAN, WLAN, SD-WAN and cloud connectivity. Proactively identify availability, capacity, latency and performance risks. Analyze recurring incidents and establish permanent corrective actions. Define and track appropriate SLIs/SLOs for critical network services. Improve network resilience through redundancy, fault tolerance and automated recovery. Partner with Network Architecture, Engineering and Operations teams to eliminate recurring failure patterns. The existing network operations material already emphasizes proactive/predictive monitoring, outage prevention and engineering changes that improve availability, capacity and performance. SDWAN JD 2 2. Incident & Problem Management Provide L3/L4 technical leadership for P1/P2 and major network incidents. Perform advanced troubleshooting across routing, switching, wireless, SD-WAN, DNS/DHCP and cloud connectivity. Lead technical bridges, restore services rapidly and coordinate across vendors and infrastructure teams. Perform detailed RCA and identify preventive engineering actions. Create automated diagnostics and remediation for repeatable failure scenarios. Improve MTTD and MTTR through better telemetry, correlation and automation. This reflects the existing requirement for expert troubleshooting and technical leadership during critical network incidents. Open Requirements in J&J Networks 3. Network Automation & Toil Reduction Develop network automation using Python, Ansible and YAML. Convert repetitive operational activities into automated workflows and runbooks. Build automated network health checks, configuration validation and compliance checks. Develop self-healing/remediation use cases for common network incidents. Integrate network automation with monitoring, ITSM and source-of-truth platforms. Use GitHub/Bitbucket and CI/CD pipelines for network automation lifecycle management. Identify and eliminate non-value-added alerts and repetitive tickets. Your existing requirement specifically calls out Python, Ansible, YAML, GitHub/Bitbucket and CI/CD, with measurable reduction of operational toil as a transformation objective. bpSigned_Copy_624789 4. Monitoring, Observability & Predictive Operations Develop proactive monitoring and network health indicators. Improve alert quality through threshold optimization, correlation and noise reduction. Analyze telemetry, logs, events and performance trends to predict service degradation. Establish dashboards for availability, latency, packet loss, capacity and other reliability indicators. Drive monitoring improvements that prevent incidents rather than simply detecting failures. This extends traditional monitoring into an SRE operating model, where reliability is measured using indicators/objectives and repetitive operational work is systematically automated. Site Reliability Engineer: Responsibilities, Roles and Salaries 5. Continuous Improvement Identify recurring network failure patterns and develop engineering solutions. Provide feedback to architecture, engineering and deployment teams. Contribute to reliability reviews and post-incident improvement plans. Improve operational documentation, knowledge articles and automated runbooks. Drive measurable improvement in availability, incident volume, MTTR and automation coverage. Technical Skills Routing & Switching Advanced BGP, OSPF and EIGRP HSRP / VRRP VLAN, STP/RSTP/MST, EtherChannel MPLS, QoS and advanced WAN technologies TCP/IP, subnetting and route analysis Enterprise Networking Cisco routers and switches Cisco Nexus Arista Cisco Meraki Cisco / Aruba Wireless SD-WAN, preferably Cisco SD-WAN/Viptela F5 Load Balancing DNS, DHCP and IPAM These technologies are strongly represented across the existing network engineering JDs, including Cisco/Arista, Meraki, Cisco/Aruba WLAN, F5 and advanced routing. Design Engineer_Stable Team - JD Cloud Networking AWS and/or Azure networking Hybrid cloud