IP Network Engineer

Key Responsibilities for IP Network Engineer

1. Incident & Problem Management: Own the end-to-end resolution of network incidents escalated from L1/L2, performing root cause analysis (RCA) to resolve chronic problems and security threats, aligning with ITIL processes.

2. Infrastructure Collaboration: Collaborate with cross-functional infra tower teams to troubleshoot and isolate network-related root causes, ensuring rapid service restoration.

3. Vendor Management: Drive technical resolution by managing network vendor support teams for hardware/software issues, troubleshooting, and patching.

4. Critical Incident Response: Manage high-pressure, critical network incidents (P1/P2) by leading troubleshooting efforts, applying emergency workarounds, and implementing final fixes to minimize business impact.

5. Technical Coordination: Drive technical conference calls with support teams to accelerate problem identification and resolution.

6. Communication & Autonomy: Deliver clear, professional technical communication (verbal/written) and work independently on complex assignments.

7. Process Compliance: Strictly adhere to Customer policies regarding change management, standard operating procedures (SOPs), and security standards.

8. Configuration: Perform daily configuration, commissioning, and optimization of data communication devices (Routers/Switches/Firewalls) based on customer requirements.

9. Network Insight & Optimization: Perform proactive network analysis and health checks to identify potential capacity bottlenecks or performance degradation.

10. Preventive Maintenance (PM): Execute scheduled preventive maintenance tasks, monitor performance, and provide detailed reporting on network health check results and follow-up actions.

11. Customer Relationship Management: Maintain a professional relationship with the customer, providing proactive technical advice on infrastructure improvements and potential risks.

12. Team Collaboration: Act as a subject matter expert (SME) to provide technical guidance and collaborate with other TDs (Technical Directors/Teams) on complex problem resolutions.

13. High-Pressure Reliability: Demonstrate the ability to work under high pressure with minimal supervision to meet strict SLAs (Service Level Agreements).

This role requires a Diploma/Bachelor’s in Engineering or Computer Science and in-depth knowledge of networking concepts (routing/switching, BGP, OSPF, VLANs, STP). Key requirements include hands-on experience in troubleshooting complex network issues, with preference for experience in Campus Network, Firewall, and WLAN technologies.

1. Requirements:

- Networking Fundamentals: In-depth understanding of Routing, Switching, WLAN/LAN/WAN, STP, HSRP, ARP, VLANs, Inter-VLAN Routing, OSPF, and BGP.

- Troubleshooting: Hands-on experience in troubleshooting complex network problems, including root cause analysis and incident resolution.

- Advanced Technologies: Experience with technologies such as Campus Network, Firewall, and WLAN technologies is a distinct advantage.

- Enterprise Campus Network Focus: Knowledge of Campus Network, Firewall, and WLAN technologies.

- Soft Skills: Strong logical thinking, analytical skills, and a willingness to learn.

2. Education: Diploma or Bachelor's degree in Engineering, Computer Science, or equivalent IT field.

3. Preferred Qualifications:

- Network troubleshooting tools (e.g., Wireshark).

- Network Security basics (Firewalls, VPNs).

Skills

Switches, Logical Thinker, Analytical Skills, Wireshark, Network Technology, Root Cause Analysis, STP, LAN/WAN, Soft Skills, WLAN, Switching, Enthusiasm to learn, IP Routing, ARP, Network Security, VPN, Firewall Management, HSRP, BGP